{"exportedAt":"2026-06-18T06:58:07.285Z","pages":[{"id":"b7235968ae3b0468","url":"https://c25207b1d01f6070c09370dc-69a267f1d6a9761e35df0f49-http-3055.dusk-lion-2a3-sg.containers.hoody.icu/kit/terminal","path":"/kit/terminal","status":200,"title":"Hoody — Computers That Are URLs","description":"The first infrastructure where containers, terminals, displays, and AI agents share the same HTTP protocol.","wordCount":753,"contentHash":"02f479208425a296","crawledAt":"2026-06-17T15:14:28.103Z","fetchError":null,"reviewedProviders":["claude-code"],"reviewCount":1,"findingTotals":{"high":2,"medium":4,"low":2},"totalFindings":8,"lastCheckedAt":"2026-06-17T15:19:49.278Z","changedSinceReview":false}],"reviews":[{"id":"9a66377f-74b4-4031-a4e3-6674f286166b","runId":"9783f226-0e9c-4a92-abc8-b5e3330252b5","status":"completed","error":null,"pageId":"b7235968ae3b0468","page":{"id":"b7235968ae3b0468","url":"https://c25207b1d01f6070c09370dc-69a267f1d6a9761e35df0f49-http-3055.dusk-lion-2a3-sg.containers.hoody.icu/kit/terminal","status":200,"title":"Hoody — Computers That Are URLs","description":"The first infrastructure where containers, terminals, displays, and AI agents share the same HTTP protocol.","headings":["Terminal","Five ways to use Terminal","Commands Over HTTP","Every command is an API call","Built for real workflows","Remote Development","AI Agent Orchestration","Team Debugging"],"wordCount":753,"contentHash":"02f479208425a296","crawledAt":"2026-06-17T15:14:28.103Z"},"provider":"claude-code","model":"Claude Opus 4.8","startedAt":"2026-06-17T15:14:37.966Z","finishedAt":"2026-06-17T15:19:49.278Z","durationMs":311312,"tokenEstimate":{"prompt":10673,"completion":2766,"total":13439,"method":"estimated_chars_div_3.7"},"costEstimate":{"inputPerMillion":0,"outputPerMillion":0,"promptCost":0,"completionCost":0,"totalCost":0,"currency":"USD","method":"rates_x_tokens"},"customNote":"","requestPayload":{"provider":"claude-code","model":"Claude Opus 4.8","websitePageSent":{"id":"b7235968ae3b0468","url":"https://c25207b1d01f6070c09370dc-69a267f1d6a9761e35df0f49-http-3055.dusk-lion-2a3-sg.containers.hoody.icu/kit/terminal","title":"Hoody — Computers That Are URLs","headings":["Terminal","Five ways to use Terminal","Commands Over HTTP","Every command is an API call","Built for real workflows","Remote Development","AI Agent Orchestration","Team Debugging","GUI Applications","CI/CD Integration","Live Monitoring","19 endpoints, full control","Session Management","System & Meta","Command Execution","Live Streaming","Everything built in","Persistent Sessions","Shell Selection","tmux Bridge","Terminal Screenshots","Session Reset","OpenAPI Spec","Ready to explore?","The Kit","Platform","Methods","Resources","Company"],"contentHash":"02f479208425a296","wordCount":753,"text":"HTTP Command APIWebSocket StreamingMultiplayer Sessions50+ URL Parameters5 Shell EnvironmentsDisplay Auto-Mapping19 API EndpointsPersistent SessionsHTTP Command APIWebSocket StreamingMultiplayer Sessions50+ URL Parameters5 Shell EnvironmentsDisplay Auto-Mapping19 API EndpointsPersistent SessionsHTTP Command APIWebSocket StreamingMultiplayer Sessions50+ URL Parameters5 Shell EnvironmentsDisplay Auto-Mapping19 API EndpointsPersistent SessionsHTTP Command APIWebSocket StreamingMultiplayer Sessions50+ URL Parameters5 Shell EnvironmentsDisplay Auto-Mapping19 API EndpointsPersistent Sessionshome / kit / terminalKit ServiceTerminalA persistent Linux shell exposed as an HTTPS endpoint. Run commands via API, connect from any browser, stream over WebSocket, or SSH in directly. Sessions persist across reconnections.View DocumentationQuickstart# Get your token$ curl https://your-terminal.hoody.com/token> eyJhbG... # Run your first command$ curl -X POST .../api/v1/terminal/execute \\ -H \"Authorization: Bearer $TOKEN\" \\ -d {\"command\":\"echo Hello from Hoody!\",\"wait\":true}> [\"success\":true,\"stdout\":\"Hello from Hoody!\\n\",\"duration_ms\":3] # Share the URL — anyone can connecthttps://proj-dev-terminal-1.server.containers.hoody.comhome / kit / terminal / featuresHow It WorksFive ways to use TerminalTerminal adapts to how you work. Execute commands via HTTP, stream builds over WebSocket, collaborate in real time, launch GUI apps, or monitor system resources — all from the same URL.terminal-1ExecuteStreamCollaborateDisplayMonitorExecuteStreamCollaborateDisplayMonitorCommands Over HTTPPOST a shell command to any terminal session. Get structured JSON with stdout, stderr, exit code, and timing. No SSH tunnel, no client library — just HTTP.# before / after- ssh user@server 'ls -la /app' 2>/dev/null+ curl -X POST terminal.hoody.com/api/v1/terminal/execute -d {\"command\":\"ls -la /app\"}curljavascriptpythonbrowsercurljavascriptpythonbrowser$ curl -X POST /api/v1/terminal/execute \\ -d '{\"command\": \"npm test\", \"wait\": true}' > HTTP/1.1 200 OK> [> \"success\": true,> \"exit_code\": 0,> \"stdout\": \"24 passed, 0 failed\",> \"duration_ms\": 12> ]Execute — 1/5home / kit / terminal / apiHTTP APIEvery command is an API callPOST a command, get structured JSON back with stdout, stderr, exit code, and timing metadata. Sync or async with polling.View All Endpointsterminal-api.shterminal-api.shterminal-api.jsterminal_api.pyterminal-api.shterminal-api.jsterminal_api.py# Execute a command via Terminal HTTP APIcurl -X POST \\ https://proj-dev-terminal-1.hoody.com/api/v1/terminal/execute \\ -H \"Content-Type: application/json\" \\ -H \"Authorization: Bearer $TOKEN\" \\ -d '{ \"command\": \"ls -la /app\", \"wait\": true }' # Response:# {# \"success\": true,# \"exit_code\": 0,# \"stdout\": \"total 48\\ndrwxr-xr-x ...\",# \"stderr\": \"\",# \"duration_ms\": 12# }home / kit / terminal / moreUse CasesBuilt for real workflowsTerminal covers the full range of developer and automation scenarios. Each use case maps to specific API endpoints and URL parameters.Remote DevelopmentSSH into your container from any device with a browser. Full shell access with persistent sessions — pick up where you left off from your phone, tablet, or another machine.AI Agent OrchestrationAgents execute shell commands via the HTTP API. Build, test, deploy — the Terminal API gives AI agents structured access to your entire development environment.Team DebuggingShare a terminal URL with your team for multiplayer debugging. Everyone sees the same output, types commands, and gets unique cursor colors in real time.GUI ApplicationsLaunch any graphical application from the terminal. Firefox, VS Code, GIMP — terminal-N auto-maps to display-N with zero X11 forwarding setup.CI/CD IntegrationRun build steps, execute tests, deploy artifacts — all via HTTP. Integrate Terminal into any CI pipeline with simple curl calls and structured JSON responses.Live MonitoringReal-time CPU, memory, disk, and network stats via API. List running processes, send signals, inspect ports — full system visibility through structured endpoints.home / kit / terminal / endpointsHTTP API19 endpoints, full controlFour domains: command execution, session management, live streaming via WebSocket, and system monitoring. Every endpoint returns structured JSON with bearer token auth.Session Management7 endpointscurl .../sessions → [{terminal_id: \"1\", shell: \"bash\"}]GET/api/v1/terminal/sessionsList active sessionsPOST/api/v1/terminal/sessionsCreate new sessionDELETE/api/v1/terminal/sessions/:idTerminate sessionPOST/api/v1/terminal/sessions/:id/resizeResize terminalPOST/api/v1/terminal/sessions/:id/writeWrite to sessionGET/api/v1/terminal/sessions/:id/statusSession statusPOST/api/v1/terminal/sessions/:id/signalSend signal to sessionSystem & Meta6 endpointscurl .../system/resources → {cpu: 45%, mem: 8GB}GET/api/v1/system/resourcesCPU, memory, disk, networkGET/api/v1/system/processesRunning processesPOST/api/v1/system/process/signalSend signal to PIDGET/api/v1/system/envEnvironment variablesGET/api/v1/system/infoSystem informationGET/api/v1/terminal/rawExport raw outputCommand Execution4 endpointscurl -X POST .../execute -d '{\"command\":\"npm test\"}'POST/api/v1/terminal/executeExecute command (sync/async)GET/api/v1/terminal/result/:idPoll async resultGET/api/v1/terminal/history/:idCommand historyGET/api/v1/terminal/screenshotCapture as PNG/JPEG/GIFLive Streaming2 endpointsWS .../sessions/1/ws → real-time stdout framesWS/api/v1/terminal/sessions/:id/wsReal-time streamGET/api/v1/terminal/sessions/:id/bufferRead output bufferhome / kit / terminal / moreCapabilitiesEverything built inEvery feature is available out of the box with zero configuration. Terminal ships ready to use the moment your container starts.Persistent SessionsWorking directory, environment variables, shell history — everything survives browser closes and reconnections.Shell Selectionbash, zsh, fish, tmux, sh — switch shells via URL parameter. Pre-installed and ready to use.tmux Bridgetmux sessions shared between web and SSH access. terminal-3 in the browser maps to tmux session 3 over SSH.Terminal ScreenshotsCapture terminal state as PNG, JPEG, or GIF via API. Configurable colors and font size for documentation.Session ResetKill all processes, clear environment, reset working directory with a single URL parameter. Clean slate instantly.OpenAPI SpecSelf-documenting API at /api/v1/terminal/openapi.json. Generate typed clients in any language automatically.home / kit / terminal / startReady to explore?Terminal is one of 14 Kit services that ship with every Hoody container. No installation, no configuration — explore the docs or browse the API reference above.Join WaitlistRead the Docs"},"docsContextSent":[{"id":"cc4b13360ea1ed67","title":"What You Can Do","score":"18.794","fallback":false,"text":"## What You Can Do **hoody-terminal** provides complete shell control through HTTP: - **🌐 Web Terminal UI** - Full-featured browser terminal—replaces SSH for most use cases - **🖥️ Launch GUI Apps Instantly** - Type `firefox &` and it appears in browser—zero configuration - **⚡ Execute Commands** - Run any shell command via POST request, get `stdout`/`stderr`/exit codes - **🔄 Persistent Sessions** - Stateful terminals that remember working directory and environment - **👥 Multiplayer Sessions** - Multiple users typing in the same terminal simultaneously - **📊 System Monitoring** - Query CPU, memory, disk, processes, ports via HTTP - **📡 WebSocket Streaming** - Real-time output for long-running commands - **📸 Screenshots** - Capture terminal state as PNG/JPEG/GIF **Access & Security:** - **Traditional SSH** - SSH connections for automation/advanced users. See [SSH →](/foundation/networking/ssh/) - **SSH to Remote Servers** - Connect to other servers through the web UI using SSH parameters (no SSH client needed) - **Proxy Permissions** - Control terminal access with IP whitelist, passwords, or JWT. See [Permissions →](/foundation/proxy/permissions/) ---"},{"id":"5045ec52c629bc0a","title":"2. HTTP Shell Execution (For Automation)","score":"14.873","fallback":false,"text":"HTTP Shell Execution (For Automation) **For scripts and AI agents, use the HTTP API directly:** ```bash # Execute a command in your container hoody terminal sessions exec --command \"ls -la /app\" --wait # Run a command asynchronously hoody terminal sessions exec --command \"npm run build\" --no-wait --timeout 300 ``` ```typescript import { HoodyClient } from '@hoody-ai/hoody-sdk'; const client = new HoodyClient({ baseURL: 'https://api.hoody.icu', token: process.env.HOODY_TOKEN }); const containerClient = await client.withContainer({ id: CONTAINER_ID, project_id: PROJECT_ID, server: SERVER }); // Execute a shell command (synchronous) const result = await containerClient.terminal.execution.execute( { command: 'ls -la /app', wait: true }, // request body { terminal_id: '1' } // query params — terminal_id matches the terminal-1 URL ); console.log(result.data.stdout); ``` ```bash curl -X POST \"https://$PROJECT-$CONTAINER-terminal-1.$SERVER.containers.hoody.icu/api/v1/terminal/execute\" \\ -H \"Content-Type: application/json\" \\ -d '{\"command\": \"ls -la /app\", \"wait\": true}' ``` **Response:** ```json { \"success\": true, \"command_id\": \"cmd-123\", \"terminal_id\": \"1\", \"status\": \"completed\", \"exit_code\": 0, \"stdout\": \"total 48\\ndrwxr-xr-x 5 user user 4096 Nov 9 14:30 .\\n...\", \"stderr\": \"\", \"duration_ms\": 5 } ``` **The breakthrough:** Your entire shell is now accessible to: - AI agents (can execute commands via HTTP) - Mobile devices (POST from your phone) - Other containers (cross-container orchestration) - Embedded iframes (terminals in documentation) - Automation scripts (no SSH setup needed) **The URL terminal number determines which session executes the command:** - `terminal-1.hoody.icu/execute` → Executes in terminal session 1 - `terminal-2.hoody.icu/execute` → Executes in terminal session 2 - Each session is isolated but in the same container"},{"id":"256a3fc9683ebdc8","title":"The 18 HTTP Services","score":"14.178","fallback":false,"text":"## The 18 HTTP Services **Your floating operating system**—manage all containers, projects, and services from one browser interface. **Key Capabilities:** - Unified dashboard for all containers - Drag-and-drop workspace layouts - Embed multiple containers in one view - Share entire workspace with a URL - Access from any device **Perfect for:** Project management, monitoring, client presentations [Learn More →](/kit/workspaces/) **Execute shell commands via HTTP**—your Linux terminal as a web service, accessible from anywhere. **Key Capabilities:** - Web terminal UI in browser - HTTP command execution API - Multiple terminal instances per container - Session state persistence (cwd, env, history) - SSH to remote servers (no client needed) - Launch GUI apps instantly **Perfect for:** Command execution, automation, remote server management, AI agent control [Learn More →](/kit/terminals/) • [API Reference →](/api/terminal/sessions/) **Remote desktop via HTTP**—run graphical applications and see them in your browser. Zero configuration. **Key Capabilities:** - Full Linux desktop in browser - Multiple display instances (one app per display) - Auto-mapping with terminals (terminal-5 → display-5) - Session sharing for multiplayer - Screenshot API **Perfect for:** Visual development tools, GUI applications, browser automation, design software [Learn More →](/kit/displays/) • [API Reference →](/api/displays/web-client/) **Unified file access via HTTP**—read, download, and manage files across local storage and 60+ cloud providers."},{"id":"3e0b64fbbe4d2c86","title":"What's Next","score":"13.919","fallback":false,"text":"## What's Next **Explore other interactive services:** Full desktop environments accessible via URL—run VS Code, browsers, any GUI application. [Explore Displays →](./displays/) Chrome automation as REST API—control browsers via HTTP, scrape websites, run tests. [Explore Browser →](./browser/) Transform any script into an HTTP endpoint—your code becomes an API automatically. [Explore Exec →](./exec/) **Master terminal workflows:** - **[Sessions →](/api/terminal/sessions/)** - Manage persistent terminal sessions - **[Commands →](/api/terminal/commands/)** - Sync/async execution patterns - **[Monitoring →](/api/terminal/monitoring/)** - System introspection APIs --- > **Your shell is a URL.** > **Execute from anywhere.** > **Collaborate in real-time.** > **AI-native by design.** **This is how terminals work in the HTTP era.** ---"},{"id":"cc9faa64cea7d02c","title":"Terminals","score":"13.328","fallback":false,"text":"# Terminals **Your shell is a URL.** Execute commands via HTTP, share terminal sessions with a link, collaborate in real-time—no SSH keys, no configuration, just pure HTTP. **Launch GUI applications instantly:** Type `firefox &` in the terminal and it appears in your browser via the matching [display URL](/kit/displays/). No setup. No configuration. Just type and see. Every Hoody container includes **hoody-terminal**, transforming your Linux shell into a first-class web service accessible via HTTP endpoints. ---"},{"id":"30ba0bb4736e54dd","title":"API Endpoints Summary","score":"12.987","fallback":false,"text":"- **[GET /api/v1/terminal/sessions](/api/terminal/sessions/#get-apiv1terminalsessions)** - List all active sessions - Returns: Local and SSH sessions with status, resource usage, timestamps - **[DELETE /api/v1/terminal/\\{terminal_id\\}](/api/terminal/sessions/#delete-apiv1terminalterminal_id)** - Terminate session - Kills all processes in the session - **[GET /api/v1/terminal/history/\\{terminal_id\\}](/api/terminal/sessions/#get-apiv1terminalhistoryterminal_id)** - Command history - Returns: All commands with status, exit codes, duration - **[GET /api/v1/terminal/raw](/api/terminal/sessions/#get-apiv1terminalraw)** - Export complete output - Query params: `terminal_id`, `format` (download|text|html) - **[GET /api/v1/terminal/screenshot](/api/terminal/sessions/#get-apiv1terminalscreenshot)** - Visual terminal snapshot - Query params: `terminal_id`, `format` (png|jpeg|gif), `foreground`, `background`, `fontsize` **Terminal Automation (TUI Control):** - **[GET /api/v1/terminal/snapshot](/api/terminal/automation/#get-rendered-terminal-snapshot)** - Read rendered terminal screen (lines, cursor, fullscreen state) - Query params: `terminal_id`, `include_colors`, `include_highlights`, `scroll_offset` - **[GET /api/v1/terminal/find](/api/terminal/automation/#search-terminal-screen-with-regex)** - PCRE2 regex search on screen/scrollback - Query params: `terminal_id`, `pattern`, `scope`, `limit`, `case_insensitive` - **[POST /api/v1/terminal/press](/api/terminal/automation/#send-named-key-presses-to-terminal)** - Send named key presses (mode-aware DECCKM/DECKPAM) - Body: `{ \"key\": \"enter\" }` or `{ \"keys\": [...] }` - **[POST /api/v1/terminal/paste](/api/terminal/automation/#paste-text-into-terminal)** - Bracketed paste with UTF-8 support - Body: `{ \"text\": \"...\", \"bracketed\": true }` - **[POST /api/v1/terminal/wait](/api/terminal/automation/#wait-for-terminal-condition)** - Block until screen settles or regex matches, returns atomic snapshot - Body: `{ \"mode\": \"stable|regex|either\", \"pattern\": \"...\", \"timeout_ms\": 5000, \"debounce_ms\": 100 }` - **[GET /api/v1/terminal/keys](/api/terminal/automation/#list-supported-key-names)** - List supported key names for `/press` - **[GET /api/v1/terminal/automation/metrics](/api/terminal/automation/#get-terminal-automation-metrics)** - Global vterm metrics (session count, memory used/cap, active waiters) - **[GET /api/v1/terminal/\\{terminal_id\\}/automation](/api/terminal/automation/#get-per-session-automation-state)** - Per-session automation state (dimensions, seq, idle ms, alt-screen) **System Resource Monitoring:** - **[GET /api/v1/system/resources](/api/terminal/monitoring/#get-system-resources)** - System stats - Returns: CPU, memory, disk, network usage - **[GET /api/v1/system/processes](/api/terminal/monitoring/#list-system-processes)** - List processes - Query params: `sort` (cpu|memory|pid), `limit`, `filter` (by name) - **[GET /api/v1/system/processes/\\{pid\\}](/api/terminal/monitoring/#get-process-details)** - Process details - Returns: Command, working directory, parent/child relationships, environment - **[POST /api/v1/system/process/signal](/api/terminal/monitoring/#send-signal-to-process)** - Send Unix signals - Body: `{\"pid\": 12345, \"signal\": \"SIGTERM\"}` or `{\"name\": \"nginx\", \"signal\": \"SIGHUP\"}` **System Control:** - **[POST /api/v1/system/shutdown](/api/terminal/monitoring/#shutdown-system)** - Shutdown the system - **[POST /api/v1/system/reboot](/api/terminal/monitoring/#reboot-system)** - Reboot the system **System Introspection:** - **[GET /api/v1/system/ports](/api/terminal/monitoring/#list-network-ports)** - List listening ports - Query params: `http_only`, `hoody_only`, `user`, `port` - **[GET /api/v1/system/daemon](/api/terminal/monitoring/#get-daemon-programs-configuration)** - List hoody-daemon programs - Returns: hoody-daemon-managed services with status, uptime, configuration - **[GET /api/v1/system/displays](/api/terminal/monitoring/#get-display-information)** - List X11 displays - Returns: Active display sessions, resolutions, users **WebSocket:** - **[GET /api/v1/terminal/ws](/api/terminal/sessions/#get-apiv1terminalws)** - WebSocket terminal connection - Real-time bidirectional terminal I/O **Health:** - **[GET /api/v1/terminal/health](/api/terminal/monitoring/#health-check)** - Service health check **Web Interface & Authentication:** - **[GET /](/api/terminal/web-interface/)** - Browser terminal UI - 39 query parameters for customization (session, shell, SSH, display, desktop, panel, theme, font, etc.) - **[GET /api/v1/terminal/openapi.json](/api/terminal/web-interface/#get-openapi-specification-json)** - OpenAPI specification - **[GET /api/v1/terminal/openapi.yaml](/api/terminal/web-interface/#get-openapi-specification-yaml)** - OpenAPI YAML spec ---"},{"id":"f8da1abff64d674f","title":"Available endpoints","score":"12.809","fallback":false,"text":"## Available endpoints The Terminal service is organized into the following sub-pages. Each page documents the operations, parameters, and response formats for that capability area. Execute commands and retrieve results. Run one-off or tracked commands inside containers, stream output, and poll for completion. Useful for automation, CI/CD pipelines, and scripted workflows. [Open Command Execution →](/api/terminal/commands/) List, inspect, connect via WebSocket, and manage sessions. Enumerate active and historical terminal sessions, retrieve session metadata, attach a WebSocket client for real-time I/O, and terminate sessions that are no longer needed. [Open Session Management →](/api/terminal/sessions/) Access web-based terminal and API docs. Retrieve the URL of the built-in web terminal interface and the auto-generated OpenAPI/Swagger documentation for the daemon's HTTP surface. [Open Web UI & API Access →](/api/terminal/web-interface/) Monitor resources, processes, and network ports. Query host-level metrics including CPU, memory, and disk usage, list running processes, and inspect the set of listening network ports. [Open System Monitoring →](/api/terminal/monitoring/) ---"},{"id":"c1088386d628abcd","title":"Hoody Terminal","score":"12.706","fallback":false,"text":"# Hoody Terminal **Page:** api/terminal/index [Download Raw Markdown](./api/terminal/index.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} The Hoody Terminal service provides a unified interface for executing commands, managing persistent sessions, and monitoring system resources. Whether you need to run one-off commands in isolated containers, stream interactive shell sessions over WebSocket, or inspect process and network activity, the Terminal API exposes a consistent set of endpoints backed by the Hoody daemon. Use this section when you need to: - Execute a command in a fresh or existing container and retrieve its output. - List, inspect, or terminate long-running terminal sessions. - Connect to a session interactively via WebSocket. - Query the web terminal UI and explore the auto-generated API documentation. - Monitor host resources such as CPU, memory, disk, processes, and listening ports."},{"id":"4c06825632a5e5b2","title":"API Endpoints Summary","score":"11.866","fallback":false,"text":"## API Endpoints Summary **Official Technical Reference:** For complete endpoint documentation with all parameters, responses, and examples: **Command Execution:** - **[POST /api/v1/terminal/execute](/api/terminal/commands/#post-apiv1terminalexecute)** - Execute shell commands - Body params: `command`, `id`, `timeout`, `wait`, `cwd` (per-command working directory), `env` - Query params: `terminal_id`, `cwd` (initial working directory for new/reset local sessions), `cwd_auto_create`, `shell`, `user`, `ssh_host`, `ssh_user`, `ssh_password`, `ssh_key`, `reset` - Modes: Synchronous (`wait: true`) or Asynchronous (`wait: false`) - **[GET /api/v1/terminal/result/\\{command_id\\}](/api/terminal/commands/#get-apiv1terminalresultcommand_id)** - Poll async command result - Returns: `status`, `exit_code`, `stdout`, `stderr`, `duration_ms` - **[POST /api/v1/terminal/execute/\\{command_id\\}/abort](/api/terminal/commands/#post-apiv1terminalexecutecommand_idabort)** - Abort a running command (SIGINT or force SIGKILL) - Body: `{ \"force\": false }` - **[POST /api/v1/terminal/write](/api/terminal/commands/#post-apiv1terminalwrite)** - Type raw input into a session PTY (interactive prompts, y/n, sudo password) - Query params: `terminal_id` - Body: `{ \"input\": \"text\", \"enter\": true }` — raw byte injection as if typed at a keyboard **Session Management:** - **[POST /api/v1/terminal/create](/api/terminal/sessions/#post-apiv1terminalcreate)** - Explicitly create a terminal session - Query params: `terminal_id`, `shell`, `user`, `cwd`, `display`, `ssh_host`, ..."},{"id":"63cb83d428859e81","title":"What's Next","score":"11.360","fallback":false,"text":"## What's Next - **[Terminals Overview -->](/kit/terminals/)** -- Full terminal service docs: web UI, session management, command execution - **[Terminal API Reference -->](/api/terminal/commands/)** -- Complete OpenAPI endpoint reference with all parameters and response schemas - **[SSH Access -->](/foundation/networking/ssh/)** -- SSH as an alternative access method alongside HTTP automation - **[Displays -->](/kit/displays/)** -- Visual display service for GUI applications launched from terminal sessions - **[Kit Overview -->](/kit/)** -- All HTTP services available in every Hoody container - **[Permissions -->](/foundation/proxy/permissions/)** -- Control who can access terminal automation endpoints ---"},{"id":"349457eecd80c626","title":"Parameters","score":"11.320","fallback":false,"text":"Default: `50`, minimum: `10`. | | `reset` | query | boolean | No | Reset existing session and reconfigure (kills current process, clears state, allows switching from bash to SSH or changing any parameter). Use `'true'`, `'1'`, or no value. | | `cwd` | query | string | No | Working directory for local bash sessions (ignored for SSH). | | `cwd_auto_create` | query | boolean | No | Auto-create `cwd` when the requested working directory does not exist yet. Only applies when `cwd` is explicitly provided for a new or reset local session. Enable with `'true'`, `'1'`, or no value. Default: `false`. | | `shell` | query | string | No | Shell to use for local sessions: `bash` (case-insensitive), `zsh`, `fish`, `sh`, etc. Default: server startup command, only applies to new sessions or after reset. | | `user` | query | string | No | System user to spawn shell as (requires `su` permissions, only applies to new sessions or after reset). | | `cmd` | query | string | No | Base64-encoded command to execute automatically (works with both new and active shells, executes every time URL is visited). | | `env` | query | string | No | Environment variable in `KEY=VALUE` format (can be repeated for multiple variables, e.g., `?env=DEBUG=1&env=API_KEY=abc`). | | `skip_display_wait` | query | boolean | No | Skip waiting for Hoody Display readiness before executing command. By default, if a `DISPLAY` is configured, the endpoint blocks until the display server on port `4000+display_num` is ready. Default: `false`."},{"id":"45b9312c1a80ad19","title":"1. Desktop as a URL","score":"11.189","fallback":false,"text":"### 1. Desktop as a URL **Every container can run multiple display instances—one per application:** ``` https://{project}-{container}-display-1.{server}.containers.hoody.icu https://{project}-{container}-display-2.{server}.containers.hoody.icu https://{project}-{container}-display-3.{server}.containers.hoody.icu ``` **Recommended pattern: One display per application** - `display-1` - Your main IDE (VS Code) - `display-2` - Web browser (Firefox/Chrome) - `display-3` - Office applications (LibreOffice) - `display-4` - Graphics editor (GIMP) - `display-5` - Database tools **Why separate displays matter:** Each display runs independently with its own: - Screen resolution - Window manager state - Application set - Performance profile **Access any display from any browser**—phone, tablet, laptop, TV. No installation. No configuration. Just open the URL. **Terminal integration:** When you use [`terminal-5`](/kit/terminals/), it automatically connects to `display-5` (`:5` in X11 terms). This makes GUI programs work seamlessly—run `firefox` in terminal-5, and it appears in display-5. **Manual display selection:** Set the `DISPLAY` environment variable to target a specific display: ```bash"},{"id":"5e15e69c17e84620","title":"Quick Start (Ephemeral Programs)","score":"0.000","fallback":true,"text":"## Quick Start (Ephemeral Programs) Quick Start lets you run temporary custom programs that auto-clean when stopped or on container reboot. Programs are not saved to `programs.json`; they are tracked in `ephemeral.json` for crash recovery. Use them for one-off data migrations, temporary test servers, debug tasks, CI/CD ephemeral environments, and custom batch jobs. For permanent programs that must survive reboots, use `POST /api/v1/daemon/programs/add`."},{"id":"66bc588ddc6c0406","title":"Overview","score":"0.000","fallback":true,"text":"## Overview The Orchestration Vault & Import API manages the **portable Master TODO state** — synchronizing TODOs to/from Hoody Vault and importing repositories across workspaces. Use these endpoints to discover vault-stored TODOs, sync local snapshots, start a repository import job, and poll import progress."},{"id":"4013e43bd747b8c0","title":"`PATCH /api/v1/containers/{id}/env`","score":"0.000","fallback":true,"text":"## `PATCH /api/v1/containers/{id}/env` Merge environment variables into the container. Existing keys are updated, new keys are added. Keys not present in the body are left unchanged (merge semantics). Changes take effect upon the next container restart."}],"finalPromptSent":"# Hoody Website Reviewer — latest prompt (for records)\n\n_Reassembled from our working history. The LIVE prompt is in `data/prompt.md` on the\ncontainer; paste the block below into the Prompt tab to guarantee they match._\n\n_Newest change (this revision): the recommendation rule now explicitly forbids\nsynthesizing a \"canonical\" example from the page's own (possibly wrong) strings on\ninternal-consistency / on-page-self-check findings — marked **[NEW]** inline below._\n\n---\n\n```\nOUTPUT PROTOCOL (read first, obey exactly)\n- Respond with a SINGLE valid JSON object and NOTHING else.\n- No prose, no markdown, no code fences, no preamble, no explanation outside the JSON.\n- Do NOT include any <think> blocks or chain-of-thought in the output. Think silently;\n  emit only the final JSON. (Any reasoning you expose will be discarded.)\n- The JSON must match OUTPUT JSON SHAPE below exactly. No extra top-level keys.\n\nROLE\nYou are a meticulous launch-readiness auditor for Hoody's English marketing website.\nHoody is HTTP-native infrastructure (\"Computers as URLs\" / \"Linux as HTTP\") that exposes\nLinux primitives as HTTPS endpoints so AI agents can operate full machines over URLs.\n\nTASK\nAudit ONE website page (WEBSITE_PAGE) against the official documentation excerpts\n(HOODY_DOCS_CONTEXT) AND against itself. Treat the docs as the source of truth and the\nwebsite as the artifact under review — EXCEPT where the KNOWN SOURCE-OF-TRUTH OVERRIDES\nbelow say otherwise. Report only defensible, specific problems a careful reviewer would\nstand behind. This is a MARKETING website about to launch — your job is to catch factual,\ntechnical, and structural errors, NOT to police persuasive wording.\n\nKNOWN SOURCE-OF-TRUTH OVERRIDES (read before judging; these WIN over the docs)\nThe docs are the source of truth, with these known exceptions/clarifications:\n- DOMAIN: `containers.hoody.com` is the ONLY customer-facing / production domain. Both\n  `containers.hoody.run` (old pre-prod) AND `containers.hoody.icu` (internal/pre-prod, the\n  domain the docs themselves use) are NON-customer-facing. On the marketing WEBSITE, the\n  correct domain is `.com`; if a page shows `.run` or `.icu`, THAT is the error (should be\n  `.com`). Do NOT flag the docs for using `.icu`, and never tell the website to change\n  `.com` to `.icu`/`.run`. When judging website hostnames, map the documented `.icu`\n  pattern to `.com`.\n- SCOPE: the docs police everything they COVER. If a claim (technical, capability, count,\n  pricing, anything) is supported or contradicted by the docs, judge it. If the docs are\n  SILENT on a claim (e.g. funding, a price not in the docs, a marketing superlative), do\n  NOT invent a contradiction — stay silent or use needs-docs-context-check.\n\nWHAT TO LOOK FOR\n1. claim-mismatch — the page states something that contradicts the docs (numbers,\n   capabilities, limits, pricing, availability, behavior, URLs/hostnames, endpoint paths).\n2. missing-docs-support — a concrete, checkable claim that the supplied docs neither\n   confirm nor plausibly cover. Do NOT flag normal marketing tone as unsupported.\n3. terminology — product/feature names, casing, or concepts used inconsistently with\n   the docs (e.g. \"Agent mode\" vs \"Hoody Agent\") in a way that could genuinely mislead a\n   user about what a feature IS. Naming style alone is not a finding.\n4. launch-content — placeholder text, \"lorem\", TODO, broken links, empty sections,\n   obvious copy errors, or truly dead CTAs (e.g. a button linking nowhere). A CTA whose\n   LABEL is merely off-tone or arguably stale is at most low severity (see CALIBRATION).\n5. legal-policy — issues on Terms/Privacy/AUP/Sub-processors pages (contradictions,\n   missing required disclosures, stale entities/dates). Tag clearly.\n6. broken-or-incomplete — page renders empty, truncated, or structurally broken.\n7. internal-consistency — the page contradicts ITSELF, independent of the docs. Flag\n   repeated values that should match but don't: hostnames/URLs (e.g. three different\n   domains across code examples), counts (services, endpoints), prices, endpoint paths,\n   product/feature names, or a stated total that disagrees with the list it accompanies.\n   Use this type even when the docs are silent; a page that contradicts itself is a defect.\n\nSPECIAL CHECKS (apply within the categories above)\n- Numeric / enumerated claims: when the page states a count (\"19 endpoints\", \"14 services\")\n  AND enumerates the underlying items, verify the count against the list AND against the\n  docs. If the listed items don't match the documented set (extra, missing, wrong total),\n  flag it as claim-mismatch at the confidence the evidence supports — do NOT downgrade to\n  needs-docs-context-check, because the page's own list is directly checkable. If the page\n  gives a count with no list and the docs don't cover it, needs-docs-context-check applies.\n- Code & API samples are checkable artifacts, not decoration: flag invalid JSON (e.g.\n  array brackets \"[ ]\" wrapping object fields that require \"{ }\"), malformed curl, response\n  shapes that don't match the documented schema, and endpoint paths that differ from the\n  docs. Quote the offending sample as evidence. These are high/medium, not polish.\n\nMARKETING COPY CALIBRATION (important — this is a pre-launch marketing site)\n- Persuasive wording is the company's call, not yours. Do NOT flag, escalate, or treat as\n  contradictions: taglines, value-prop phrasing, CTA button labels, superlatives (\"first\",\n  \"best\", \"only\", \"the most\"), aspirational framing, or tone — UNLESS they assert a\n  concrete, checkable, FALSE fact.\n- A mismatch between a CTA label (e.g. \"Join Waitlist\") and an availability statement is at\n  MOST low severity, type launch-content. Never high or medium. The team knows their launch\n  state; assume availability copy is intentional unless it's a hard factual error elsewhere.\n- Superlative/primacy claims (\"the first infrastructure where...\") are marketing positioning.\n  At most low, type missing-docs-support, and only if stated as a hard fact. Prefer to note\n  them rather than flag them.\n- Reserve high/medium severity for FACTUAL, TECHNICAL, NUMERIC, or STRUCTURAL errors:\n  wrong endpoints/paths, wrong counts, wrong prices, wrong domains/URLs, invalid code,\n  broken JSON, contradictory numbers, broken/empty pages, legal-policy defects.\n- When unsure whether something is a marketing choice or a factual error, choose the LOWER\n  severity, and if it's purely wording, prefer a \"notes\" entry over a finding.\n\nRULES\n- Return ONLY valid JSON. No prose, no markdown, no code fences.\n- Quote real evidence: copy the exact (or near-exact) phrase from WEBSITE_PAGE. Never invent text.\n- Anchor every docs claim to the supplied HOODY_DOCS_CONTEXT. If the docs context is\n  insufficient to judge a real claim, emit a finding with type \"needs-docs-context-check\"\n  rather than guessing or assuming a contradiction. (Exception: internal-consistency and\n  on-page numeric/list mismatches do not require docs — they are checkable on the page itself.)\n- NEVER state a canonical value (hostname, endpoint path, price, count, product name) in a\n  recommendation from memory or paraphrase. Quote it from the supplied docs, or point to\n  where it lives (\"use the value documented in HOODY_DOCS_CONTEXT\"). A fix that invents a\n  plausible-looking value is worse than no fix. Respect the KNOWN OVERRIDES above.\n- [NEW] For internal-consistency / on-page-self-check findings about a value that ALSO has a\n  canonical form (hostnames, URL patterns, endpoint paths): do NOT synthesize the \"correct\"\n  example by picking one of the page's own (possibly wrong) strings. The page's strings are\n  the thing under suspicion — reusing one as the fix can launder an invented/placeholder\n  value (e.g. \"proj-dev\", \"yourserver\", \"server\") into an authoritative-sounding correction.\n  Instead: (a) if the docs supply the canonical pattern, quote THAT in the recommendation;\n  (b) if not in context, say \"use the canonical pattern documented in the docs\" WITHOUT\n  inventing a concrete example. Never present a placeholder-laden or page-derived string as\n  the canonical value.\n- Precision over volume. A clean page should return an empty findings array. Do not\n  manufacture findings to look thorough. Do not flag subjective style preferences.\n- Do not emit the same underlying defect twice under different types; pick the most\n  specific type and consolidate.\n- Be specific in recommendation: state the exact change to make. When the page is wrong\n  about a value the docs define (canonical hostname, endpoint path, count), reference the\n  documented value rather than inventing one — subject to the KNOWN OVERRIDES and the\n  [NEW] rule above.\n- No chain-of-thought. The \"discrepancy\" field is a concise audit rationale, not reasoning.\n\nSEVERITY RUBRIC\n- high   = factually wrong, contradicts docs, broken, invalid code, or legally risky.\n           Ship-blocker. Must be a concrete technical/factual/numeric/structural error.\n- medium = misleading on a factual point, ambiguous technical claim, or likely to confuse\n           a user about how something works; should fix before launch.\n- low    = minor polish, wording, tone, CTA-label, superlative, or low-impact inconsistency.\n           ALL marketing-wording items live here or in notes — never above.\n\nCONFIDENCE\n- high   = directly supported by the supplied evidence + docs, OR an on-page\n           self-contradiction / count-vs-list mismatch verifiable from WEBSITE_PAGE alone.\n- medium = strong inference.\n- low    = plausible but the supplied context is thin (prefer needs-docs-context-check).\n\nOUTPUT JSON SHAPE (return exactly this structure)\n{\n  \"pageSummary\": \"1-2 sentence neutral description of what this page is\",\n  \"findings\": [\n    {\n      \"severity\": \"high|medium|low\",\n      \"type\": \"claim-mismatch|missing-docs-support|terminology|launch-content|legal-policy|broken-or-incomplete|internal-consistency|needs-docs-context-check|other\",\n      \"tag\": \"short-kebab-tag\",\n      \"message\": \"one-line title of the issue\",\n      \"evidence\": \"exact quote from the website page\",\n      \"docsReference\": \"the docs section/excerpt used, why docs context is missing, or 'on-page self-check' for internal-consistency findings\",\n      \"discrepancy\": \"why this is a problem, concisely\",\n      \"confidence\": \"high|medium|low\",\n      \"recommendation\": \"the specific fix to apply\"\n    }\n  ],\n  \"notes\": [\"optional neutral observations that are not findings — put pure wording/tone observations here\"]\n}\n\nREMINDER\nOutput the JSON object only. Begin your response with \"{\" and end it with \"}\".\nIf the page is clean, return {\"pageSummary\":\"...\",\"findings\":[],\"notes\":[]}.\n```\n\n---\n\n## Change history (for your record)\n1. **Base** — original launch-readiness auditor prompt (6 finding types).\n2. **+ internal-consistency (#7), numeric/enumerated rule, code-validity rule** — catches\n   self-contradictions (14-vs-19), count-vs-list, invalid JSON.\n3. **+ MARKETING COPY CALIBRATION** — CTAs/superlatives/taglines capped at low; high/medium\n   reserved for factual/technical/numeric/structural errors. Killed the \"Join Waitlist =\n   high\" noise.\n4. **+ KNOWN SOURCE-OF-TRUTH OVERRIDES (domain + scope)** and the \"never state a canonical\n   value from memory\" recommendation rule.\n5. **[this revision] + on-page-self-check recommendation rule** — do not reuse the page's\n   own (possibly invented) strings as the canonical fix example; quote the docs' pattern or\n   decline to give a concrete example. (Prompted by the terminal-hostname finding that\n   suggested `proj-dev-terminal-1.server.containers.hoody.com` — itself containing the\n   invented `proj-dev`/`server` placeholders.)\n\nCUSTOM_NOTE:\n(none)\n\nWEBSITE_PAGE:\n{\n  \"url\": \"https://c25207b1d01f6070c09370dc-69a267f1d6a9761e35df0f49-http-3055.dusk-lion-2a3-sg.containers.hoody.icu/kit/terminal\",\n  \"title\": \"Hoody — Computers That Are URLs\",\n  \"description\": \"The first infrastructure where containers, terminals, displays, and AI agents share the same HTTP protocol.\",\n  \"headings\": [\n    \"Terminal\",\n    \"Five ways to use Terminal\",\n    \"Commands Over HTTP\",\n    \"Every command is an API call\",\n    \"Built for real workflows\",\n    \"Remote Development\",\n    \"AI Agent Orchestration\",\n    \"Team Debugging\",\n    \"GUI Applications\",\n    \"CI/CD Integration\",\n    \"Live Monitoring\",\n    \"19 endpoints, full control\",\n    \"Session Management\",\n    \"System & Meta\",\n    \"Command Execution\",\n    \"Live Streaming\",\n    \"Everything built in\",\n    \"Persistent Sessions\",\n    \"Shell Selection\",\n    \"tmux Bridge\",\n    \"Terminal Screenshots\",\n    \"Session Reset\",\n    \"OpenAPI Spec\",\n    \"Ready to explore?\",\n    \"The Kit\",\n    \"Platform\",\n    \"Methods\",\n    \"Resources\",\n    \"Company\"\n  ],\n  \"wordCount\": 753,\n  \"text\": \"HTTP Command APIWebSocket StreamingMultiplayer Sessions50+ URL Parameters5 Shell EnvironmentsDisplay Auto-Mapping19 API EndpointsPersistent SessionsHTTP Command APIWebSocket StreamingMultiplayer Sessions50+ URL Parameters5 Shell EnvironmentsDisplay Auto-Mapping19 API EndpointsPersistent SessionsHTTP Command APIWebSocket StreamingMultiplayer Sessions50+ URL Parameters5 Shell EnvironmentsDisplay Auto-Mapping19 API EndpointsPersistent SessionsHTTP Command APIWebSocket StreamingMultiplayer Sessions50+ URL Parameters5 Shell EnvironmentsDisplay Auto-Mapping19 API EndpointsPersistent Sessionshome / kit / terminalKit ServiceTerminalA persistent Linux shell exposed as an HTTPS endpoint. Run commands via API, connect from any browser, stream over WebSocket, or SSH in directly. Sessions persist across reconnections.View DocumentationQuickstart# Get your token$ curl https://your-terminal.hoody.com/token> eyJhbG... # Run your first command$ curl -X POST .../api/v1/terminal/execute \\\\ -H \\\"Authorization: Bearer $TOKEN\\\" \\\\ -d {\\\"command\\\":\\\"echo Hello from Hoody!\\\",\\\"wait\\\":true}> [\\\"success\\\":true,\\\"stdout\\\":\\\"Hello from Hoody!\\\\n\\\",\\\"duration_ms\\\":3] # Share the URL — anyone can connecthttps://proj-dev-terminal-1.server.containers.hoody.comhome / kit / terminal / featuresHow It WorksFive ways to use TerminalTerminal adapts to how you work. Execute commands via HTTP, stream builds over WebSocket, collaborate in real time, launch GUI apps, or monitor system resources — all from the same URL.terminal-1ExecuteStreamCollaborateDisplayMonitorExecuteStreamCollaborateDisplayMonitorCommands Over HTTPPOST a shell command to any terminal session. Get structured JSON with stdout, stderr, exit code, and timing. No SSH tunnel, no client library — just HTTP.# before / after- ssh user@server 'ls -la /app' 2>/dev/null+ curl -X POST terminal.hoody.com/api/v1/terminal/execute -d {\\\"command\\\":\\\"ls -la /app\\\"}curljavascriptpythonbrowsercurljavascriptpythonbrowser$ curl -X POST /api/v1/terminal/execute \\\\ -d '{\\\"command\\\": \\\"npm test\\\", \\\"wait\\\": true}' > HTTP/1.1 200 OK> [> \\\"success\\\": true,> \\\"exit_code\\\": 0,> \\\"stdout\\\": \\\"24 passed, 0 failed\\\",> \\\"duration_ms\\\": 12> ]Execute — 1/5home / kit / terminal / apiHTTP APIEvery command is an API callPOST a command, get structured JSON back with stdout, stderr, exit code, and timing metadata. Sync or async with polling.View All Endpointsterminal-api.shterminal-api.shterminal-api.jsterminal_api.pyterminal-api.shterminal-api.jsterminal_api.py# Execute a command via Terminal HTTP APIcurl -X POST \\\\ https://proj-dev-terminal-1.hoody.com/api/v1/terminal/execute \\\\ -H \\\"Content-Type: application/json\\\" \\\\ -H \\\"Authorization: Bearer $TOKEN\\\" \\\\ -d '{ \\\"command\\\": \\\"ls -la /app\\\", \\\"wait\\\": true }' # Response:# {# \\\"success\\\": true,# \\\"exit_code\\\": 0,# \\\"stdout\\\": \\\"total 48\\\\ndrwxr-xr-x ...\\\",# \\\"stderr\\\": \\\"\\\",# \\\"duration_ms\\\": 12# }home / kit / terminal / moreUse CasesBuilt for real workflowsTerminal covers the full range of developer and automation scenarios. Each use case maps to specific API endpoints and URL parameters.Remote DevelopmentSSH into your container from any device with a browser. Full shell access with persistent sessions — pick up where you left off from your phone, tablet, or another machine.AI Agent OrchestrationAgents execute shell commands via the HTTP API. Build, test, deploy — the Terminal API gives AI agents structured access to your entire development environment.Team DebuggingShare a terminal URL with your team for multiplayer debugging. Everyone sees the same output, types commands, and gets unique cursor colors in real time.GUI ApplicationsLaunch any graphical application from the terminal. Firefox, VS Code, GIMP — terminal-N auto-maps to display-N with zero X11 forwarding setup.CI/CD IntegrationRun build steps, execute tests, deploy artifacts — all via HTTP. Integrate Terminal into any CI pipeline with simple curl calls and structured JSON responses.Live MonitoringReal-time CPU, memory, disk, and network stats via API. List running processes, send signals, inspect ports — full system visibility through structured endpoints.home / kit / terminal / endpointsHTTP API19 endpoints, full controlFour domains: command execution, session management, live streaming via WebSocket, and system monitoring. Every endpoint returns structured JSON with bearer token auth.Session Management7 endpointscurl .../sessions → [{terminal_id: \\\"1\\\", shell: \\\"bash\\\"}]GET/api/v1/terminal/sessionsList active sessionsPOST/api/v1/terminal/sessionsCreate new sessionDELETE/api/v1/terminal/sessions/:idTerminate sessionPOST/api/v1/terminal/sessions/:id/resizeResize terminalPOST/api/v1/terminal/sessions/:id/writeWrite to sessionGET/api/v1/terminal/sessions/:id/statusSession statusPOST/api/v1/terminal/sessions/:id/signalSend signal to sessionSystem & Meta6 endpointscurl .../system/resources → {cpu: 45%, mem: 8GB}GET/api/v1/system/resourcesCPU, memory, disk, networkGET/api/v1/system/processesRunning processesPOST/api/v1/system/process/signalSend signal to PIDGET/api/v1/system/envEnvironment variablesGET/api/v1/system/infoSystem informationGET/api/v1/terminal/rawExport raw outputCommand Execution4 endpointscurl -X POST .../execute -d '{\\\"command\\\":\\\"npm test\\\"}'POST/api/v1/terminal/executeExecute command (sync/async)GET/api/v1/terminal/result/:idPoll async resultGET/api/v1/terminal/history/:idCommand historyGET/api/v1/terminal/screenshotCapture as PNG/JPEG/GIFLive Streaming2 endpointsWS .../sessions/1/ws → real-time stdout framesWS/api/v1/terminal/sessions/:id/wsReal-time streamGET/api/v1/terminal/sessions/:id/bufferRead output bufferhome / kit / terminal / moreCapabilitiesEverything built inEvery feature is available out of the box with zero configuration. Terminal ships ready to use the moment your container starts.Persistent SessionsWorking directory, environment variables, shell history — everything survives browser closes and reconnections.Shell Selectionbash, zsh, fish, tmux, sh — switch shells via URL parameter. Pre-installed and ready to use.tmux Bridgetmux sessions shared between web and SSH access. terminal-3 in the browser maps to tmux session 3 over SSH.Terminal ScreenshotsCapture terminal state as PNG, JPEG, or GIF via API. Configurable colors and font size for documentation.Session ResetKill all processes, clear environment, reset working directory with a single URL parameter. Clean slate instantly.OpenAPI SpecSelf-documenting API at /api/v1/terminal/openapi.json. Generate typed clients in any language automatically.home / kit / terminal / startReady to explore?Terminal is one of 14 Kit services that ship with every Hoody container. No installation, no configuration — explore the docs or browse the API reference above.Join WaitlistRead the Docs\"\n}\n\nHOODY_DOCS_CONTEXT:\n[\n  {\n    \"title\": \"What You Can Do\",\n    \"text\": \"## What You Can Do **hoody-terminal** provides complete shell control through HTTP: - **🌐 Web Terminal UI** - Full-featured browser terminal—replaces SSH for most use cases - **🖥️ Launch GUI Apps Instantly** - Type `firefox &` and it appears in browser—zero configuration - **⚡ Execute Commands** - Run any shell command via POST request, get `stdout`/`stderr`/exit codes - **🔄 Persistent Sessions** - Stateful terminals that remember working directory and environment - **👥 Multiplayer Sessions** - Multiple users typing in the same terminal simultaneously - **📊 System Monitoring** - Query CPU, memory, disk, processes, ports via HTTP - **📡 WebSocket Streaming** - Real-time output for long-running commands - **📸 Screenshots** - Capture terminal state as PNG/JPEG/GIF **Access & Security:** - **Traditional SSH** - SSH connections for automation/advanced users. See [SSH →](/foundation/networking/ssh/) - **SSH to Remote Servers** - Connect to other servers through the web UI using SSH parameters (no SSH client needed) - **Proxy Permissions** - Control terminal access with IP whitelist, passwords, or JWT. See [Permissions →](/foundation/proxy/permissions/) ---\"\n  },\n  {\n    \"title\": \"2. HTTP Shell Execution (For Automation)\",\n    \"text\": \"HTTP Shell Execution (For Automation) **For scripts and AI agents, use the HTTP API directly:** ```bash # Execute a command in your container hoody terminal sessions exec --command \\\"ls -la /app\\\" --wait # Run a command asynchronously hoody terminal sessions exec --command \\\"npm run build\\\" --no-wait --timeout 300 ``` ```typescript import { HoodyClient } from '@hoody-ai/hoody-sdk'; const client = new HoodyClient({ baseURL: 'https://api.hoody.icu', token: process.env.HOODY_TOKEN }); const containerClient = await client.withContainer({ id: CONTAINER_ID, project_id: PROJECT_ID, server: SERVER }); // Execute a shell command (synchronous) const result = await containerClient.terminal.execution.execute( { command: 'ls -la /app', wait: true }, // request body { terminal_id: '1' } // query params — terminal_id matches the terminal-1 URL ); console.log(result.data.stdout); ``` ```bash curl -X POST \\\"https://$PROJECT-$CONTAINER-terminal-1.$SERVER.containers.hoody.icu/api/v1/terminal/execute\\\" \\\\ -H \\\"Content-Type: application/json\\\" \\\\ -d '{\\\"command\\\": \\\"ls -la /app\\\", \\\"wait\\\": true}' ``` **Response:** ```json { \\\"success\\\": true, \\\"command_id\\\": \\\"cmd-123\\\", \\\"terminal_id\\\": \\\"1\\\", \\\"status\\\": \\\"completed\\\", \\\"exit_code\\\": 0, \\\"stdout\\\": \\\"total 48\\\\ndrwxr-xr-x 5 user user 4096 Nov 9 14:30 .\\\\n...\\\", \\\"stderr\\\": \\\"\\\", \\\"duration_ms\\\": 5 } ``` **The breakthrough:** Your entire shell is now accessible to: - AI agents (can execute commands via HTTP) - Mobile devices (POST from your phone) - Other containers (cross-container orchestration) - Embedded iframes (terminals in documentation) - Automation scripts (no SSH setup needed) **The URL terminal number determines which session executes the command:** - `terminal-1.hoody.icu/execute` → Executes in terminal session 1 - `terminal-2.hoody.icu/execute` → Executes in terminal session 2 - Each session is isolated but in the same container\"\n  },\n  {\n    \"title\": \"The 18 HTTP Services\",\n    \"text\": \"## The 18 HTTP Services **Your floating operating system**—manage all containers, projects, and services from one browser interface. **Key Capabilities:** - Unified dashboard for all containers - Drag-and-drop workspace layouts - Embed multiple containers in one view - Share entire workspace with a URL - Access from any device **Perfect for:** Project management, monitoring, client presentations [Learn More →](/kit/workspaces/) **Execute shell commands via HTTP**—your Linux terminal as a web service, accessible from anywhere. **Key Capabilities:** - Web terminal UI in browser - HTTP command execution API - Multiple terminal instances per container - Session state persistence (cwd, env, history) - SSH to remote servers (no client needed) - Launch GUI apps instantly **Perfect for:** Command execution, automation, remote server management, AI agent control [Learn More →](/kit/terminals/) • [API Reference →](/api/terminal/sessions/) **Remote desktop via HTTP**—run graphical applications and see them in your browser. Zero configuration. **Key Capabilities:** - Full Linux desktop in browser - Multiple display instances (one app per display) - Auto-mapping with terminals (terminal-5 → display-5) - Session sharing for multiplayer - Screenshot API **Perfect for:** Visual development tools, GUI applications, browser automation, design software [Learn More →](/kit/displays/) • [API Reference →](/api/displays/web-client/) **Unified file access via HTTP**—read, download, and manage files across local storage and 60+ cloud providers.\"\n  },\n  {\n    \"title\": \"What's Next\",\n    \"text\": \"## What's Next **Explore other interactive services:** Full desktop environments accessible via URL—run VS Code, browsers, any GUI application. [Explore Displays →](./displays/) Chrome automation as REST API—control browsers via HTTP, scrape websites, run tests. [Explore Browser →](./browser/) Transform any script into an HTTP endpoint—your code becomes an API automatically. [Explore Exec →](./exec/) **Master terminal workflows:** - **[Sessions →](/api/terminal/sessions/)** - Manage persistent terminal sessions - **[Commands →](/api/terminal/commands/)** - Sync/async execution patterns - **[Monitoring →](/api/terminal/monitoring/)** - System introspection APIs --- > **Your shell is a URL.** > **Execute from anywhere.** > **Collaborate in real-time.** > **AI-native by design.** **This is how terminals work in the HTTP era.** ---\"\n  },\n  {\n    \"title\": \"Terminals\",\n    \"text\": \"# Terminals **Your shell is a URL.** Execute commands via HTTP, share terminal sessions with a link, collaborate in real-time—no SSH keys, no configuration, just pure HTTP. **Launch GUI applications instantly:** Type `firefox &` in the terminal and it appears in your browser via the matching [display URL](/kit/displays/). No setup. No configuration. Just type and see. Every Hoody container includes **hoody-terminal**, transforming your Linux shell into a first-class web service accessible via HTTP endpoints. ---\"\n  },\n  {\n    \"title\": \"API Endpoints Summary\",\n    \"text\": \"- **[GET /api/v1/terminal/sessions](/api/terminal/sessions/#get-apiv1terminalsessions)** - List all active sessions - Returns: Local and SSH sessions with status, resource usage, timestamps - **[DELETE /api/v1/terminal/\\\\{terminal_id\\\\}](/api/terminal/sessions/#delete-apiv1terminalterminal_id)** - Terminate session - Kills all processes in the session - **[GET /api/v1/terminal/history/\\\\{terminal_id\\\\}](/api/terminal/sessions/#get-apiv1terminalhistoryterminal_id)** - Command history - Returns: All commands with status, exit codes, duration - **[GET /api/v1/terminal/raw](/api/terminal/sessions/#get-apiv1terminalraw)** - Export complete output - Query params: `terminal_id`, `format` (download|text|html) - **[GET /api/v1/terminal/screenshot](/api/terminal/sessions/#get-apiv1terminalscreenshot)** - Visual terminal snapshot - Query params: `terminal_id`, `format` (png|jpeg|gif), `foreground`, `background`, `fontsize` **Terminal Automation (TUI Control):** - **[GET /api/v1/terminal/snapshot](/api/terminal/automation/#get-rendered-terminal-snapshot)** - Read rendered terminal screen (lines, cursor, fullscreen state) - Query params: `terminal_id`, `include_colors`, `include_highlights`, `scroll_offset` - **[GET /api/v1/terminal/find](/api/terminal/automation/#search-terminal-screen-with-regex)** - PCRE2 regex search on screen/scrollback - Query params: `terminal_id`, `pattern`, `scope`, `limit`, `case_insensitive` - **[POST /api/v1/terminal/press](/api/terminal/automation/#send-named-key-presses-to-terminal)** - Send named key presses (mode-aware DECCKM/DECKPAM) - Body: `{ \\\"key\\\": \\\"enter\\\" }` or `{ \\\"keys\\\": [...] }` - **[POST /api/v1/terminal/paste](/api/terminal/automation/#paste-text-into-terminal)** - Bracketed paste with UTF-8 support - Body: `{ \\\"text\\\": \\\"...\\\", \\\"bracketed\\\": true }` - **[POST /api/v1/terminal/wait](/api/terminal/automation/#wait-for-terminal-condition)** - Block until screen settles or regex matches, returns atomic snapshot - Body: `{ \\\"mode\\\": \\\"stable|regex|either\\\", \\\"pattern\\\": \\\"...\\\", \\\"timeout_ms\\\": 5000, \\\"debounce_ms\\\": 100 }` - **[GET /api/v1/terminal/keys](/api/terminal/automation/#list-supported-key-names)** - List supported key names for `/press` - **[GET /api/v1/terminal/automation/metrics](/api/terminal/automation/#get-terminal-automation-metrics)** - Global vterm metrics (session count, memory used/cap, active waiters) - **[GET /api/v1/terminal/\\\\{terminal_id\\\\}/automation](/api/terminal/automation/#get-per-session-automation-state)** - Per-session automation state (dimensions, seq, idle ms, alt-screen) **System Resource Monitoring:** - **[GET /api/v1/system/resources](/api/terminal/monitoring/#get-system-resources)** - System stats - Returns: CPU, memory, disk, network usage - **[GET /api/v1/system/processes](/api/terminal/monitoring/#list-system-processes)** - List processes - Query params: `sort` (cpu|memory|pid), `limit`, `filter` (by name) - **[GET /api/v1/system/processes/\\\\{pid\\\\}](/api/terminal/monitoring/#get-process-details)** - Process details - Returns: Command, working directory, parent/child relationships, environment - **[POST /api/v1/system/process/signal](/api/terminal/monitoring/#send-signal-to-process)** - Send Unix signals - Body: `{\\\"pid\\\": 12345, \\\"signal\\\": \\\"SIGTERM\\\"}` or `{\\\"name\\\": \\\"nginx\\\", \\\"signal\\\": \\\"SIGHUP\\\"}` **System Control:** - **[POST /api/v1/system/shutdown](/api/terminal/monitoring/#shutdown-system)** - Shutdown the system - **[POST /api/v1/system/reboot](/api/terminal/monitoring/#reboot-system)** - Reboot the system **System Introspection:** - **[GET /api/v1/system/ports](/api/terminal/monitoring/#list-network-ports)** - List listening ports - Query params: `http_only`, `hoody_only`, `user`, `port` - **[GET /api/v1/system/daemon](/api/terminal/monitoring/#get-daemon-programs-configuration)** - List hoody-daemon programs - Returns: hoody-daemon-managed services with status, uptime, configuration - **[GET /api/v1/system/displays](/api/terminal/monitoring/#get-display-information)** - List X11 displays - Returns: Active display sessions, resolutions, users **WebSocket:** - **[GET /api/v1/terminal/ws](/api/terminal/sessions/#get-apiv1terminalws)** - WebSocket terminal connection - Real-time bidirectional terminal I/O **Health:** - **[GET /api/v1/terminal/health](/api/terminal/monitoring/#health-check)** - Service health check **Web Interface & Authentication:** - **[GET /](/api/terminal/web-interface/)** - Browser terminal UI - 39 query parameters for customization (session, shell, SSH, display, desktop, panel, theme, font, etc.) - **[GET /api/v1/terminal/openapi.json](/api/terminal/web-interface/#get-openapi-specification-json)** - OpenAPI specification - **[GET /api/v1/terminal/openapi.yaml](/api/terminal/web-interface/#get-openapi-specification-yaml)** - OpenAPI YAML spec ---\"\n  },\n  {\n    \"title\": \"Available endpoints\",\n    \"text\": \"## Available endpoints The Terminal service is organized into the following sub-pages. Each page documents the operations, parameters, and response formats for that capability area. Execute commands and retrieve results. Run one-off or tracked commands inside containers, stream output, and poll for completion. Useful for automation, CI/CD pipelines, and scripted workflows. [Open Command Execution →](/api/terminal/commands/) List, inspect, connect via WebSocket, and manage sessions. Enumerate active and historical terminal sessions, retrieve session metadata, attach a WebSocket client for real-time I/O, and terminate sessions that are no longer needed. [Open Session Management →](/api/terminal/sessions/) Access web-based terminal and API docs. Retrieve the URL of the built-in web terminal interface and the auto-generated OpenAPI/Swagger documentation for the daemon's HTTP surface. [Open Web UI & API Access →](/api/terminal/web-interface/) Monitor resources, processes, and network ports. Query host-level metrics including CPU, memory, and disk usage, list running processes, and inspect the set of listening network ports. [Open System Monitoring →](/api/terminal/monitoring/) ---\"\n  },\n  {\n    \"title\": \"Hoody Terminal\",\n    \"text\": \"# Hoody Terminal **Page:** api/terminal/index [Download Raw Markdown](./api/terminal/index.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} The Hoody Terminal service provides a unified interface for executing commands, managing persistent sessions, and monitoring system resources. Whether you need to run one-off commands in isolated containers, stream interactive shell sessions over WebSocket, or inspect process and network activity, the Terminal API exposes a consistent set of endpoints backed by the Hoody daemon. Use this section when you need to: - Execute a command in a fresh or existing container and retrieve its output. - List, inspect, or terminate long-running terminal sessions. - Connect to a session interactively via WebSocket. - Query the web terminal UI and explore the auto-generated API documentation. - Monitor host resources such as CPU, memory, disk, processes, and listening ports.\"\n  },\n  {\n    \"title\": \"API Endpoints Summary\",\n    \"text\": \"## API Endpoints Summary **Official Technical Reference:** For complete endpoint documentation with all parameters, responses, and examples: **Command Execution:** - **[POST /api/v1/terminal/execute](/api/terminal/commands/#post-apiv1terminalexecute)** - Execute shell commands - Body params: `command`, `id`, `timeout`, `wait`, `cwd` (per-command working directory), `env` - Query params: `terminal_id`, `cwd` (initial working directory for new/reset local sessions), `cwd_auto_create`, `shell`, `user`, `ssh_host`, `ssh_user`, `ssh_password`, `ssh_key`, `reset` - Modes: Synchronous (`wait: true`) or Asynchronous (`wait: false`) - **[GET /api/v1/terminal/result/\\\\{command_id\\\\}](/api/terminal/commands/#get-apiv1terminalresultcommand_id)** - Poll async command result - Returns: `status`, `exit_code`, `stdout`, `stderr`, `duration_ms` - **[POST /api/v1/terminal/execute/\\\\{command_id\\\\}/abort](/api/terminal/commands/#post-apiv1terminalexecutecommand_idabort)** - Abort a running command (SIGINT or force SIGKILL) - Body: `{ \\\"force\\\": false }` - **[POST /api/v1/terminal/write](/api/terminal/commands/#post-apiv1terminalwrite)** - Type raw input into a session PTY (interactive prompts, y/n, sudo password) - Query params: `terminal_id` - Body: `{ \\\"input\\\": \\\"text\\\", \\\"enter\\\": true }` — raw byte injection as if typed at a keyboard **Session Management:** - **[POST /api/v1/terminal/create](/api/terminal/sessions/#post-apiv1terminalcreate)** - Explicitly create a terminal session - Query params: `terminal_id`, `shell`, `user`, `cwd`, `display`, `ssh_host`, ...\"\n  },\n  {\n    \"title\": \"What's Next\",\n    \"text\": \"## What's Next - **[Terminals Overview -->](/kit/terminals/)** -- Full terminal service docs: web UI, session management, command execution - **[Terminal API Reference -->](/api/terminal/commands/)** -- Complete OpenAPI endpoint reference with all parameters and response schemas - **[SSH Access -->](/foundation/networking/ssh/)** -- SSH as an alternative access method alongside HTTP automation - **[Displays -->](/kit/displays/)** -- Visual display service for GUI applications launched from terminal sessions - **[Kit Overview -->](/kit/)** -- All HTTP services available in every Hoody container - **[Permissions -->](/foundation/proxy/permissions/)** -- Control who can access terminal automation endpoints ---\"\n  },\n  {\n    \"title\": \"Parameters\",\n    \"text\": \"Default: `50`, minimum: `10`. | | `reset` | query | boolean | No | Reset existing session and reconfigure (kills current process, clears state, allows switching from bash to SSH or changing any parameter). Use `'true'`, `'1'`, or no value. | | `cwd` | query | string | No | Working directory for local bash sessions (ignored for SSH). | | `cwd_auto_create` | query | boolean | No | Auto-create `cwd` when the requested working directory does not exist yet. Only applies when `cwd` is explicitly provided for a new or reset local session. Enable with `'true'`, `'1'`, or no value. Default: `false`. | | `shell` | query | string | No | Shell to use for local sessions: `bash` (case-insensitive), `zsh`, `fish`, `sh`, etc. Default: server startup command, only applies to new sessions or after reset. | | `user` | query | string | No | System user to spawn shell as (requires `su` permissions, only applies to new sessions or after reset). | | `cmd` | query | string | No | Base64-encoded command to execute automatically (works with both new and active shells, executes every time URL is visited). | | `env` | query | string | No | Environment variable in `KEY=VALUE` format (can be repeated for multiple variables, e.g., `?env=DEBUG=1&env=API_KEY=abc`). | | `skip_display_wait` | query | boolean | No | Skip waiting for Hoody Display readiness before executing command. By default, if a `DISPLAY` is configured, the endpoint blocks until the display server on port `4000+display_num` is ready. Default: `false`.\"\n  },\n  {\n    \"title\": \"1. Desktop as a URL\",\n    \"text\": \"### 1. Desktop as a URL **Every container can run multiple display instances—one per application:** ``` https://{project}-{container}-display-1.{server}.containers.hoody.icu https://{project}-{container}-display-2.{server}.containers.hoody.icu https://{project}-{container}-display-3.{server}.containers.hoody.icu ``` **Recommended pattern: One display per application** - `display-1` - Your main IDE (VS Code) - `display-2` - Web browser (Firefox/Chrome) - `display-3` - Office applications (LibreOffice) - `display-4` - Graphics editor (GIMP) - `display-5` - Database tools **Why separate displays matter:** Each display runs independently with its own: - Screen resolution - Window manager state - Application set - Performance profile **Access any display from any browser**—phone, tablet, laptop, TV. No installation. No configuration. Just open the URL. **Terminal integration:** When you use [`terminal-5`](/kit/terminals/), it automatically connects to `display-5` (`:5` in X11 terms). This makes GUI programs work seamlessly—run `firefox` in terminal-5, and it appears in display-5. **Manual display selection:** Set the `DISPLAY` environment variable to target a specific display: ```bash\"\n  },\n  {\n    \"title\": \"Quick Start (Ephemeral Programs)\",\n    \"text\": \"## Quick Start (Ephemeral Programs) Quick Start lets you run temporary custom programs that auto-clean when stopped or on container reboot. Programs are not saved to `programs.json`; they are tracked in `ephemeral.json` for crash recovery. Use them for one-off data migrations, temporary test servers, debug tasks, CI/CD ephemeral environments, and custom batch jobs. For permanent programs that must survive reboots, use `POST /api/v1/daemon/programs/add`.\"\n  },\n  {\n    \"title\": \"Overview\",\n    \"text\": \"## Overview The Orchestration Vault & Import API manages the **portable Master TODO state** — synchronizing TODOs to/from Hoody Vault and importing repositories across workspaces. Use these endpoints to discover vault-stored TODOs, sync local snapshots, start a repository import job, and poll import progress.\"\n  },\n  {\n    \"title\": \"`PATCH /api/v1/containers/{id}/env`\",\n    \"text\": \"## `PATCH /api/v1/containers/{id}/env` Merge environment variables into the container. Existing keys are updated, new keys are added. Keys not present in the body are left unchanged (merge semantics). Changes take effect upon the next container restart.\"\n  }\n]\n"},"prompt":"# Hoody Website Reviewer — latest prompt (for records)\n\n_Reassembled from our working history. The LIVE prompt is in `data/prompt.md` on the\ncontainer; paste the block below into the Prompt tab to guarantee they match._\n\n_Newest change (this revision): the recommendation rule now explicitly forbids\nsynthesizing a \"canonical\" example from the page's own (possibly wrong) strings on\ninternal-consistency / on-page-self-check findings — marked **[NEW]** inline below._\n\n---\n\n```\nOUTPUT PROTOCOL (read first, obey exactly)\n- Respond with a SINGLE valid JSON object and NOTHING else.\n- No prose, no markdown, no code fences, no preamble, no explanation outside the JSON.\n- Do NOT include any <think> blocks or chain-of-thought in the output. Think silently;\n  emit only the final JSON. (Any reasoning you expose will be discarded.)\n- The JSON must match OUTPUT JSON SHAPE below exactly. No extra top-level keys.\n\nROLE\nYou are a meticulous launch-readiness auditor for Hoody's English marketing website.\nHoody is HTTP-native infrastructure (\"Computers as URLs\" / \"Linux as HTTP\") that exposes\nLinux primitives as HTTPS endpoints so AI agents can operate full machines over URLs.\n\nTASK\nAudit ONE website page (WEBSITE_PAGE) against the official documentation excerpts\n(HOODY_DOCS_CONTEXT) AND against itself. Treat the docs as the source of truth and the\nwebsite as the artifact under review — EXCEPT where the KNOWN SOURCE-OF-TRUTH OVERRIDES\nbelow say otherwise. Report only defensible, specific problems a careful reviewer would\nstand behind. This is a MARKETING website about to launch — your job is to catch factual,\ntechnical, and structural errors, NOT to police persuasive wording.\n\nKNOWN SOURCE-OF-TRUTH OVERRIDES (read before judging; these WIN over the docs)\nThe docs are the source of truth, with these known exceptions/clarifications:\n- DOMAIN: `containers.hoody.com` is the ONLY customer-facing / production domain. Both\n  `containers.hoody.run` (old pre-prod) AND `containers.hoody.icu` (internal/pre-prod, the\n  domain the docs themselves use) are NON-customer-facing. On the marketing WEBSITE, the\n  correct domain is `.com`; if a page shows `.run` or `.icu`, THAT is the error (should be\n  `.com`). Do NOT flag the docs for using `.icu`, and never tell the website to change\n  `.com` to `.icu`/`.run`. When judging website hostnames, map the documented `.icu`\n  pattern to `.com`.\n- SCOPE: the docs police everything they COVER. If a claim (technical, capability, count,\n  pricing, anything) is supported or contradicted by the docs, judge it. If the docs are\n  SILENT on a claim (e.g. funding, a price not in the docs, a marketing superlative), do\n  NOT invent a contradiction — stay silent or use needs-docs-context-check.\n\nWHAT TO LOOK FOR\n1. claim-mismatch — the page states something that contradicts the docs (numbers,\n   capabilities, limits, pricing, availability, behavior, URLs/hostnames, endpoint paths).\n2. missing-docs-support — a concrete, checkable claim that the supplied docs neither\n   confirm nor plausibly cover. Do NOT flag normal marketing tone as unsupported.\n3. terminology — product/feature names, casing, or concepts used inconsistently with\n   the docs (e.g. \"Agent mode\" vs \"Hoody Agent\") in a way that could genuinely mislead a\n   user about what a feature IS. Naming style alone is not a finding.\n4. launch-content — placeholder text, \"lorem\", TODO, broken links, empty sections,\n   obvious copy errors, or truly dead CTAs (e.g. a button linking nowhere). A CTA whose\n   LABEL is merely off-tone or arguably stale is at most low severity (see CALIBRATION).\n5. legal-policy — issues on Terms/Privacy/AUP/Sub-processors pages (contradictions,\n   missing required disclosures, stale entities/dates). Tag clearly.\n6. broken-or-incomplete — page renders empty, truncated, or structurally broken.\n7. internal-consistency — the page contradicts ITSELF, independent of the docs. Flag\n   repeated values that should match but don't: hostnames/URLs (e.g. three different\n   domains across code examples), counts (services, endpoints), prices, endpoint paths,\n   product/feature names, or a stated total that disagrees with the list it accompanies.\n   Use this type even when the docs are silent; a page that contradicts itself is a defect.\n\nSPECIAL CHECKS (apply within the categories above)\n- Numeric / enumerated claims: when the page states a count (\"19 endpoints\", \"14 services\")\n  AND enumerates the underlying items, verify the count against the list AND against the\n  docs. If the listed items don't match the documented set (extra, missing, wrong total),\n  flag it as claim-mismatch at the confidence the evidence supports — do NOT downgrade to\n  needs-docs-context-check, because the page's own list is directly checkable. If the page\n  gives a count with no list and the docs don't cover it, needs-docs-context-check applies.\n- Code & API samples are checkable artifacts, not decoration: flag invalid JSON (e.g.\n  array brackets \"[ ]\" wrapping object fields that require \"{ }\"), malformed curl, response\n  shapes that don't match the documented schema, and endpoint paths that differ from the\n  docs. Quote the offending sample as evidence. These are high/medium, not polish.\n\nMARKETING COPY CALIBRATION (important — this is a pre-launch marketing site)\n- Persuasive wording is the company's call, not yours. Do NOT flag, escalate, or treat as\n  contradictions: taglines, value-prop phrasing, CTA button labels, superlatives (\"first\",\n  \"best\", \"only\", \"the most\"), aspirational framing, or tone — UNLESS they assert a\n  concrete, checkable, FALSE fact.\n- A mismatch between a CTA label (e.g. \"Join Waitlist\") and an availability statement is at\n  MOST low severity, type launch-content. Never high or medium. The team knows their launch\n  state; assume availability copy is intentional unless it's a hard factual error elsewhere.\n- Superlative/primacy claims (\"the first infrastructure where...\") are marketing positioning.\n  At most low, type missing-docs-support, and only if stated as a hard fact. Prefer to note\n  them rather than flag them.\n- Reserve high/medium severity for FACTUAL, TECHNICAL, NUMERIC, or STRUCTURAL errors:\n  wrong endpoints/paths, wrong counts, wrong prices, wrong domains/URLs, invalid code,\n  broken JSON, contradictory numbers, broken/empty pages, legal-policy defects.\n- When unsure whether something is a marketing choice or a factual error, choose the LOWER\n  severity, and if it's purely wording, prefer a \"notes\" entry over a finding.\n\nRULES\n- Return ONLY valid JSON. No prose, no markdown, no code fences.\n- Quote real evidence: copy the exact (or near-exact) phrase from WEBSITE_PAGE. Never invent text.\n- Anchor every docs claim to the supplied HOODY_DOCS_CONTEXT. If the docs context is\n  insufficient to judge a real claim, emit a finding with type \"needs-docs-context-check\"\n  rather than guessing or assuming a contradiction. (Exception: internal-consistency and\n  on-page numeric/list mismatches do not require docs — they are checkable on the page itself.)\n- NEVER state a canonical value (hostname, endpoint path, price, count, product name) in a\n  recommendation from memory or paraphrase. Quote it from the supplied docs, or point to\n  where it lives (\"use the value documented in HOODY_DOCS_CONTEXT\"). A fix that invents a\n  plausible-looking value is worse than no fix. Respect the KNOWN OVERRIDES above.\n- [NEW] For internal-consistency / on-page-self-check findings about a value that ALSO has a\n  canonical form (hostnames, URL patterns, endpoint paths): do NOT synthesize the \"correct\"\n  example by picking one of the page's own (possibly wrong) strings. The page's strings are\n  the thing under suspicion — reusing one as the fix can launder an invented/placeholder\n  value (e.g. \"proj-dev\", \"yourserver\", \"server\") into an authoritative-sounding correction.\n  Instead: (a) if the docs supply the canonical pattern, quote THAT in the recommendation;\n  (b) if not in context, say \"use the canonical pattern documented in the docs\" WITHOUT\n  inventing a concrete example. Never present a placeholder-laden or page-derived string as\n  the canonical value.\n- Precision over volume. A clean page should return an empty findings array. Do not\n  manufacture findings to look thorough. Do not flag subjective style preferences.\n- Do not emit the same underlying defect twice under different types; pick the most\n  specific type and consolidate.\n- Be specific in recommendation: state the exact change to make. When the page is wrong\n  about a value the docs define (canonical hostname, endpoint path, count), reference the\n  documented value rather than inventing one — subject to the KNOWN OVERRIDES and the\n  [NEW] rule above.\n- No chain-of-thought. The \"discrepancy\" field is a concise audit rationale, not reasoning.\n\nSEVERITY RUBRIC\n- high   = factually wrong, contradicts docs, broken, invalid code, or legally risky.\n           Ship-blocker. Must be a concrete technical/factual/numeric/structural error.\n- medium = misleading on a factual point, ambiguous technical claim, or likely to confuse\n           a user about how something works; should fix before launch.\n- low    = minor polish, wording, tone, CTA-label, superlative, or low-impact inconsistency.\n           ALL marketing-wording items live here or in notes — never above.\n\nCONFIDENCE\n- high   = directly supported by the supplied evidence + docs, OR an on-page\n           self-contradiction / count-vs-list mismatch verifiable from WEBSITE_PAGE alone.\n- medium = strong inference.\n- low    = plausible but the supplied context is thin (prefer needs-docs-context-check).\n\nOUTPUT JSON SHAPE (return exactly this structure)\n{\n  \"pageSummary\": \"1-2 sentence neutral description of what this page is\",\n  \"findings\": [\n    {\n      \"severity\": \"high|medium|low\",\n      \"type\": \"claim-mismatch|missing-docs-support|terminology|launch-content|legal-policy|broken-or-incomplete|internal-consistency|needs-docs-context-check|other\",\n      \"tag\": \"short-kebab-tag\",\n      \"message\": \"one-line title of the issue\",\n      \"evidence\": \"exact quote from the website page\",\n      \"docsReference\": \"the docs section/excerpt used, why docs context is missing, or 'on-page self-check' for internal-consistency findings\",\n      \"discrepancy\": \"why this is a problem, concisely\",\n      \"confidence\": \"high|medium|low\",\n      \"recommendation\": \"the specific fix to apply\"\n    }\n  ],\n  \"notes\": [\"optional neutral observations that are not findings — put pure wording/tone observations here\"]\n}\n\nREMINDER\nOutput the JSON object only. Begin your response with \"{\" and end it with \"}\".\nIf the page is clean, return {\"pageSummary\":\"...\",\"findings\":[],\"notes\":[]}.\n```\n\n---\n\n## Change history (for your record)\n1. **Base** — original launch-readiness auditor prompt (6 finding types).\n2. **+ internal-consistency (#7), numeric/enumerated rule, code-validity rule** — catches\n   self-contradictions (14-vs-19), count-vs-list, invalid JSON.\n3. **+ MARKETING COPY CALIBRATION** — CTAs/superlatives/taglines capped at low; high/medium\n   reserved for factual/technical/numeric/structural errors. Killed the \"Join Waitlist =\n   high\" noise.\n4. **+ KNOWN SOURCE-OF-TRUTH OVERRIDES (domain + scope)** and the \"never state a canonical\n   value from memory\" recommendation rule.\n5. **[this revision] + on-page-self-check recommendation rule** — do not reuse the page's\n   own (possibly invented) strings as the canonical fix example; quote the docs' pattern or\n   decline to give a concrete example. (Prompted by the terminal-hostname finding that\n   suggested `proj-dev-terminal-1.server.containers.hoody.com` — itself containing the\n   invented `proj-dev`/`server` placeholders.)\n\nCUSTOM_NOTE:\n(none)\n\nWEBSITE_PAGE:\n{\n  \"url\": \"https://c25207b1d01f6070c09370dc-69a267f1d6a9761e35df0f49-http-3055.dusk-lion-2a3-sg.containers.hoody.icu/kit/terminal\",\n  \"title\": \"Hoody — Computers That Are URLs\",\n  \"description\": \"The first infrastructure where containers, terminals, displays, and AI agents share the same HTTP protocol.\",\n  \"headings\": [\n    \"Terminal\",\n    \"Five ways to use Terminal\",\n    \"Commands Over HTTP\",\n    \"Every command is an API call\",\n    \"Built for real workflows\",\n    \"Remote Development\",\n    \"AI Agent Orchestration\",\n    \"Team Debugging\",\n    \"GUI Applications\",\n    \"CI/CD Integration\",\n    \"Live Monitoring\",\n    \"19 endpoints, full control\",\n    \"Session Management\",\n    \"System & Meta\",\n    \"Command Execution\",\n    \"Live Streaming\",\n    \"Everything built in\",\n    \"Persistent Sessions\",\n    \"Shell Selection\",\n    \"tmux Bridge\",\n    \"Terminal Screenshots\",\n    \"Session Reset\",\n    \"OpenAPI Spec\",\n    \"Ready to explore?\",\n    \"The Kit\",\n    \"Platform\",\n    \"Methods\",\n    \"Resources\",\n    \"Company\"\n  ],\n  \"wordCount\": 753,\n  \"text\": \"HTTP Command APIWebSocket StreamingMultiplayer Sessions50+ URL Parameters5 Shell EnvironmentsDisplay Auto-Mapping19 API EndpointsPersistent SessionsHTTP Command APIWebSocket StreamingMultiplayer Sessions50+ URL Parameters5 Shell EnvironmentsDisplay Auto-Mapping19 API EndpointsPersistent SessionsHTTP Command APIWebSocket StreamingMultiplayer Sessions50+ URL Parameters5 Shell EnvironmentsDisplay Auto-Mapping19 API EndpointsPersistent SessionsHTTP Command APIWebSocket StreamingMultiplayer Sessions50+ URL Parameters5 Shell EnvironmentsDisplay Auto-Mapping19 API EndpointsPersistent Sessionshome / kit / terminalKit ServiceTerminalA persistent Linux shell exposed as an HTTPS endpoint. Run commands via API, connect from any browser, stream over WebSocket, or SSH in directly. Sessions persist across reconnections.View DocumentationQuickstart# Get your token$ curl https://your-terminal.hoody.com/token> eyJhbG... # Run your first command$ curl -X POST .../api/v1/terminal/execute \\\\ -H \\\"Authorization: Bearer $TOKEN\\\" \\\\ -d {\\\"command\\\":\\\"echo Hello from Hoody!\\\",\\\"wait\\\":true}> [\\\"success\\\":true,\\\"stdout\\\":\\\"Hello from Hoody!\\\\n\\\",\\\"duration_ms\\\":3] # Share the URL — anyone can connecthttps://proj-dev-terminal-1.server.containers.hoody.comhome / kit / terminal / featuresHow It WorksFive ways to use TerminalTerminal adapts to how you work. Execute commands via HTTP, stream builds over WebSocket, collaborate in real time, launch GUI apps, or monitor system resources — all from the same URL.terminal-1ExecuteStreamCollaborateDisplayMonitorExecuteStreamCollaborateDisplayMonitorCommands Over HTTPPOST a shell command to any terminal session. Get structured JSON with stdout, stderr, exit code, and timing. No SSH tunnel, no client library — just HTTP.# before / after- ssh user@server 'ls -la /app' 2>/dev/null+ curl -X POST terminal.hoody.com/api/v1/terminal/execute -d {\\\"command\\\":\\\"ls -la /app\\\"}curljavascriptpythonbrowsercurljavascriptpythonbrowser$ curl -X POST /api/v1/terminal/execute \\\\ -d '{\\\"command\\\": \\\"npm test\\\", \\\"wait\\\": true}' > HTTP/1.1 200 OK> [> \\\"success\\\": true,> \\\"exit_code\\\": 0,> \\\"stdout\\\": \\\"24 passed, 0 failed\\\",> \\\"duration_ms\\\": 12> ]Execute — 1/5home / kit / terminal / apiHTTP APIEvery command is an API callPOST a command, get structured JSON back with stdout, stderr, exit code, and timing metadata. Sync or async with polling.View All Endpointsterminal-api.shterminal-api.shterminal-api.jsterminal_api.pyterminal-api.shterminal-api.jsterminal_api.py# Execute a command via Terminal HTTP APIcurl -X POST \\\\ https://proj-dev-terminal-1.hoody.com/api/v1/terminal/execute \\\\ -H \\\"Content-Type: application/json\\\" \\\\ -H \\\"Authorization: Bearer $TOKEN\\\" \\\\ -d '{ \\\"command\\\": \\\"ls -la /app\\\", \\\"wait\\\": true }' # Response:# {# \\\"success\\\": true,# \\\"exit_code\\\": 0,# \\\"stdout\\\": \\\"total 48\\\\ndrwxr-xr-x ...\\\",# \\\"stderr\\\": \\\"\\\",# \\\"duration_ms\\\": 12# }home / kit / terminal / moreUse CasesBuilt for real workflowsTerminal covers the full range of developer and automation scenarios. Each use case maps to specific API endpoints and URL parameters.Remote DevelopmentSSH into your container from any device with a browser. Full shell access with persistent sessions — pick up where you left off from your phone, tablet, or another machine.AI Agent OrchestrationAgents execute shell commands via the HTTP API. Build, test, deploy — the Terminal API gives AI agents structured access to your entire development environment.Team DebuggingShare a terminal URL with your team for multiplayer debugging. Everyone sees the same output, types commands, and gets unique cursor colors in real time.GUI ApplicationsLaunch any graphical application from the terminal. Firefox, VS Code, GIMP — terminal-N auto-maps to display-N with zero X11 forwarding setup.CI/CD IntegrationRun build steps, execute tests, deploy artifacts — all via HTTP. Integrate Terminal into any CI pipeline with simple curl calls and structured JSON responses.Live MonitoringReal-time CPU, memory, disk, and network stats via API. List running processes, send signals, inspect ports — full system visibility through structured endpoints.home / kit / terminal / endpointsHTTP API19 endpoints, full controlFour domains: command execution, session management, live streaming via WebSocket, and system monitoring. Every endpoint returns structured JSON with bearer token auth.Session Management7 endpointscurl .../sessions → [{terminal_id: \\\"1\\\", shell: \\\"bash\\\"}]GET/api/v1/terminal/sessionsList active sessionsPOST/api/v1/terminal/sessionsCreate new sessionDELETE/api/v1/terminal/sessions/:idTerminate sessionPOST/api/v1/terminal/sessions/:id/resizeResize terminalPOST/api/v1/terminal/sessions/:id/writeWrite to sessionGET/api/v1/terminal/sessions/:id/statusSession statusPOST/api/v1/terminal/sessions/:id/signalSend signal to sessionSystem & Meta6 endpointscurl .../system/resources → {cpu: 45%, mem: 8GB}GET/api/v1/system/resourcesCPU, memory, disk, networkGET/api/v1/system/processesRunning processesPOST/api/v1/system/process/signalSend signal to PIDGET/api/v1/system/envEnvironment variablesGET/api/v1/system/infoSystem informationGET/api/v1/terminal/rawExport raw outputCommand Execution4 endpointscurl -X POST .../execute -d '{\\\"command\\\":\\\"npm test\\\"}'POST/api/v1/terminal/executeExecute command (sync/async)GET/api/v1/terminal/result/:idPoll async resultGET/api/v1/terminal/history/:idCommand historyGET/api/v1/terminal/screenshotCapture as PNG/JPEG/GIFLive Streaming2 endpointsWS .../sessions/1/ws → real-time stdout framesWS/api/v1/terminal/sessions/:id/wsReal-time streamGET/api/v1/terminal/sessions/:id/bufferRead output bufferhome / kit / terminal / moreCapabilitiesEverything built inEvery feature is available out of the box with zero configuration. Terminal ships ready to use the moment your container starts.Persistent SessionsWorking directory, environment variables, shell history — everything survives browser closes and reconnections.Shell Selectionbash, zsh, fish, tmux, sh — switch shells via URL parameter. Pre-installed and ready to use.tmux Bridgetmux sessions shared between web and SSH access. terminal-3 in the browser maps to tmux session 3 over SSH.Terminal ScreenshotsCapture terminal state as PNG, JPEG, or GIF via API. Configurable colors and font size for documentation.Session ResetKill all processes, clear environment, reset working directory with a single URL parameter. Clean slate instantly.OpenAPI SpecSelf-documenting API at /api/v1/terminal/openapi.json. Generate typed clients in any language automatically.home / kit / terminal / startReady to explore?Terminal is one of 14 Kit services that ship with every Hoody container. No installation, no configuration — explore the docs or browse the API reference above.Join WaitlistRead the Docs\"\n}\n\nHOODY_DOCS_CONTEXT:\n[\n  {\n    \"title\": \"What You Can Do\",\n    \"text\": \"## What You Can Do **hoody-terminal** provides complete shell control through HTTP: - **🌐 Web Terminal UI** - Full-featured browser terminal—replaces SSH for most use cases - **🖥️ Launch GUI Apps Instantly** - Type `firefox &` and it appears in browser—zero configuration - **⚡ Execute Commands** - Run any shell command via POST request, get `stdout`/`stderr`/exit codes - **🔄 Persistent Sessions** - Stateful terminals that remember working directory and environment - **👥 Multiplayer Sessions** - Multiple users typing in the same terminal simultaneously - **📊 System Monitoring** - Query CPU, memory, disk, processes, ports via HTTP - **📡 WebSocket Streaming** - Real-time output for long-running commands - **📸 Screenshots** - Capture terminal state as PNG/JPEG/GIF **Access & Security:** - **Traditional SSH** - SSH connections for automation/advanced users. See [SSH →](/foundation/networking/ssh/) - **SSH to Remote Servers** - Connect to other servers through the web UI using SSH parameters (no SSH client needed) - **Proxy Permissions** - Control terminal access with IP whitelist, passwords, or JWT. See [Permissions →](/foundation/proxy/permissions/) ---\"\n  },\n  {\n    \"title\": \"2. HTTP Shell Execution (For Automation)\",\n    \"text\": \"HTTP Shell Execution (For Automation) **For scripts and AI agents, use the HTTP API directly:** ```bash # Execute a command in your container hoody terminal sessions exec --command \\\"ls -la /app\\\" --wait # Run a command asynchronously hoody terminal sessions exec --command \\\"npm run build\\\" --no-wait --timeout 300 ``` ```typescript import { HoodyClient } from '@hoody-ai/hoody-sdk'; const client = new HoodyClient({ baseURL: 'https://api.hoody.icu', token: process.env.HOODY_TOKEN }); const containerClient = await client.withContainer({ id: CONTAINER_ID, project_id: PROJECT_ID, server: SERVER }); // Execute a shell command (synchronous) const result = await containerClient.terminal.execution.execute( { command: 'ls -la /app', wait: true }, // request body { terminal_id: '1' } // query params — terminal_id matches the terminal-1 URL ); console.log(result.data.stdout); ``` ```bash curl -X POST \\\"https://$PROJECT-$CONTAINER-terminal-1.$SERVER.containers.hoody.icu/api/v1/terminal/execute\\\" \\\\ -H \\\"Content-Type: application/json\\\" \\\\ -d '{\\\"command\\\": \\\"ls -la /app\\\", \\\"wait\\\": true}' ``` **Response:** ```json { \\\"success\\\": true, \\\"command_id\\\": \\\"cmd-123\\\", \\\"terminal_id\\\": \\\"1\\\", \\\"status\\\": \\\"completed\\\", \\\"exit_code\\\": 0, \\\"stdout\\\": \\\"total 48\\\\ndrwxr-xr-x 5 user user 4096 Nov 9 14:30 .\\\\n...\\\", \\\"stderr\\\": \\\"\\\", \\\"duration_ms\\\": 5 } ``` **The breakthrough:** Your entire shell is now accessible to: - AI agents (can execute commands via HTTP) - Mobile devices (POST from your phone) - Other containers (cross-container orchestration) - Embedded iframes (terminals in documentation) - Automation scripts (no SSH setup needed) **The URL terminal number determines which session executes the command:** - `terminal-1.hoody.icu/execute` → Executes in terminal session 1 - `terminal-2.hoody.icu/execute` → Executes in terminal session 2 - Each session is isolated but in the same container\"\n  },\n  {\n    \"title\": \"The 18 HTTP Services\",\n    \"text\": \"## The 18 HTTP Services **Your floating operating system**—manage all containers, projects, and services from one browser interface. **Key Capabilities:** - Unified dashboard for all containers - Drag-and-drop workspace layouts - Embed multiple containers in one view - Share entire workspace with a URL - Access from any device **Perfect for:** Project management, monitoring, client presentations [Learn More →](/kit/workspaces/) **Execute shell commands via HTTP**—your Linux terminal as a web service, accessible from anywhere. **Key Capabilities:** - Web terminal UI in browser - HTTP command execution API - Multiple terminal instances per container - Session state persistence (cwd, env, history) - SSH to remote servers (no client needed) - Launch GUI apps instantly **Perfect for:** Command execution, automation, remote server management, AI agent control [Learn More →](/kit/terminals/) • [API Reference →](/api/terminal/sessions/) **Remote desktop via HTTP**—run graphical applications and see them in your browser. Zero configuration. **Key Capabilities:** - Full Linux desktop in browser - Multiple display instances (one app per display) - Auto-mapping with terminals (terminal-5 → display-5) - Session sharing for multiplayer - Screenshot API **Perfect for:** Visual development tools, GUI applications, browser automation, design software [Learn More →](/kit/displays/) • [API Reference →](/api/displays/web-client/) **Unified file access via HTTP**—read, download, and manage files across local storage and 60+ cloud providers.\"\n  },\n  {\n    \"title\": \"What's Next\",\n    \"text\": \"## What's Next **Explore other interactive services:** Full desktop environments accessible via URL—run VS Code, browsers, any GUI application. [Explore Displays →](./displays/) Chrome automation as REST API—control browsers via HTTP, scrape websites, run tests. [Explore Browser →](./browser/) Transform any script into an HTTP endpoint—your code becomes an API automatically. [Explore Exec →](./exec/) **Master terminal workflows:** - **[Sessions →](/api/terminal/sessions/)** - Manage persistent terminal sessions - **[Commands →](/api/terminal/commands/)** - Sync/async execution patterns - **[Monitoring →](/api/terminal/monitoring/)** - System introspection APIs --- > **Your shell is a URL.** > **Execute from anywhere.** > **Collaborate in real-time.** > **AI-native by design.** **This is how terminals work in the HTTP era.** ---\"\n  },\n  {\n    \"title\": \"Terminals\",\n    \"text\": \"# Terminals **Your shell is a URL.** Execute commands via HTTP, share terminal sessions with a link, collaborate in real-time—no SSH keys, no configuration, just pure HTTP. **Launch GUI applications instantly:** Type `firefox &` in the terminal and it appears in your browser via the matching [display URL](/kit/displays/). No setup. No configuration. Just type and see. Every Hoody container includes **hoody-terminal**, transforming your Linux shell into a first-class web service accessible via HTTP endpoints. ---\"\n  },\n  {\n    \"title\": \"API Endpoints Summary\",\n    \"text\": \"- **[GET /api/v1/terminal/sessions](/api/terminal/sessions/#get-apiv1terminalsessions)** - List all active sessions - Returns: Local and SSH sessions with status, resource usage, timestamps - **[DELETE /api/v1/terminal/\\\\{terminal_id\\\\}](/api/terminal/sessions/#delete-apiv1terminalterminal_id)** - Terminate session - Kills all processes in the session - **[GET /api/v1/terminal/history/\\\\{terminal_id\\\\}](/api/terminal/sessions/#get-apiv1terminalhistoryterminal_id)** - Command history - Returns: All commands with status, exit codes, duration - **[GET /api/v1/terminal/raw](/api/terminal/sessions/#get-apiv1terminalraw)** - Export complete output - Query params: `terminal_id`, `format` (download|text|html) - **[GET /api/v1/terminal/screenshot](/api/terminal/sessions/#get-apiv1terminalscreenshot)** - Visual terminal snapshot - Query params: `terminal_id`, `format` (png|jpeg|gif), `foreground`, `background`, `fontsize` **Terminal Automation (TUI Control):** - **[GET /api/v1/terminal/snapshot](/api/terminal/automation/#get-rendered-terminal-snapshot)** - Read rendered terminal screen (lines, cursor, fullscreen state) - Query params: `terminal_id`, `include_colors`, `include_highlights`, `scroll_offset` - **[GET /api/v1/terminal/find](/api/terminal/automation/#search-terminal-screen-with-regex)** - PCRE2 regex search on screen/scrollback - Query params: `terminal_id`, `pattern`, `scope`, `limit`, `case_insensitive` - **[POST /api/v1/terminal/press](/api/terminal/automation/#send-named-key-presses-to-terminal)** - Send named key presses (mode-aware DECCKM/DECKPAM) - Body: `{ \\\"key\\\": \\\"enter\\\" }` or `{ \\\"keys\\\": [...] }` - **[POST /api/v1/terminal/paste](/api/terminal/automation/#paste-text-into-terminal)** - Bracketed paste with UTF-8 support - Body: `{ \\\"text\\\": \\\"...\\\", \\\"bracketed\\\": true }` - **[POST /api/v1/terminal/wait](/api/terminal/automation/#wait-for-terminal-condition)** - Block until screen settles or regex matches, returns atomic snapshot - Body: `{ \\\"mode\\\": \\\"stable|regex|either\\\", \\\"pattern\\\": \\\"...\\\", \\\"timeout_ms\\\": 5000, \\\"debounce_ms\\\": 100 }` - **[GET /api/v1/terminal/keys](/api/terminal/automation/#list-supported-key-names)** - List supported key names for `/press` - **[GET /api/v1/terminal/automation/metrics](/api/terminal/automation/#get-terminal-automation-metrics)** - Global vterm metrics (session count, memory used/cap, active waiters) - **[GET /api/v1/terminal/\\\\{terminal_id\\\\}/automation](/api/terminal/automation/#get-per-session-automation-state)** - Per-session automation state (dimensions, seq, idle ms, alt-screen) **System Resource Monitoring:** - **[GET /api/v1/system/resources](/api/terminal/monitoring/#get-system-resources)** - System stats - Returns: CPU, memory, disk, network usage - **[GET /api/v1/system/processes](/api/terminal/monitoring/#list-system-processes)** - List processes - Query params: `sort` (cpu|memory|pid), `limit`, `filter` (by name) - **[GET /api/v1/system/processes/\\\\{pid\\\\}](/api/terminal/monitoring/#get-process-details)** - Process details - Returns: Command, working directory, parent/child relationships, environment - **[POST /api/v1/system/process/signal](/api/terminal/monitoring/#send-signal-to-process)** - Send Unix signals - Body: `{\\\"pid\\\": 12345, \\\"signal\\\": \\\"SIGTERM\\\"}` or `{\\\"name\\\": \\\"nginx\\\", \\\"signal\\\": \\\"SIGHUP\\\"}` **System Control:** - **[POST /api/v1/system/shutdown](/api/terminal/monitoring/#shutdown-system)** - Shutdown the system - **[POST /api/v1/system/reboot](/api/terminal/monitoring/#reboot-system)** - Reboot the system **System Introspection:** - **[GET /api/v1/system/ports](/api/terminal/monitoring/#list-network-ports)** - List listening ports - Query params: `http_only`, `hoody_only`, `user`, `port` - **[GET /api/v1/system/daemon](/api/terminal/monitoring/#get-daemon-programs-configuration)** - List hoody-daemon programs - Returns: hoody-daemon-managed services with status, uptime, configuration - **[GET /api/v1/system/displays](/api/terminal/monitoring/#get-display-information)** - List X11 displays - Returns: Active display sessions, resolutions, users **WebSocket:** - **[GET /api/v1/terminal/ws](/api/terminal/sessions/#get-apiv1terminalws)** - WebSocket terminal connection - Real-time bidirectional terminal I/O **Health:** - **[GET /api/v1/terminal/health](/api/terminal/monitoring/#health-check)** - Service health check **Web Interface & Authentication:** - **[GET /](/api/terminal/web-interface/)** - Browser terminal UI - 39 query parameters for customization (session, shell, SSH, display, desktop, panel, theme, font, etc.) - **[GET /api/v1/terminal/openapi.json](/api/terminal/web-interface/#get-openapi-specification-json)** - OpenAPI specification - **[GET /api/v1/terminal/openapi.yaml](/api/terminal/web-interface/#get-openapi-specification-yaml)** - OpenAPI YAML spec ---\"\n  },\n  {\n    \"title\": \"Available endpoints\",\n    \"text\": \"## Available endpoints The Terminal service is organized into the following sub-pages. Each page documents the operations, parameters, and response formats for that capability area. Execute commands and retrieve results. Run one-off or tracked commands inside containers, stream output, and poll for completion. Useful for automation, CI/CD pipelines, and scripted workflows. [Open Command Execution →](/api/terminal/commands/) List, inspect, connect via WebSocket, and manage sessions. Enumerate active and historical terminal sessions, retrieve session metadata, attach a WebSocket client for real-time I/O, and terminate sessions that are no longer needed. [Open Session Management →](/api/terminal/sessions/) Access web-based terminal and API docs. Retrieve the URL of the built-in web terminal interface and the auto-generated OpenAPI/Swagger documentation for the daemon's HTTP surface. [Open Web UI & API Access →](/api/terminal/web-interface/) Monitor resources, processes, and network ports. Query host-level metrics including CPU, memory, and disk usage, list running processes, and inspect the set of listening network ports. [Open System Monitoring →](/api/terminal/monitoring/) ---\"\n  },\n  {\n    \"title\": \"Hoody Terminal\",\n    \"text\": \"# Hoody Terminal **Page:** api/terminal/index [Download Raw Markdown](./api/terminal/index.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} The Hoody Terminal service provides a unified interface for executing commands, managing persistent sessions, and monitoring system resources. Whether you need to run one-off commands in isolated containers, stream interactive shell sessions over WebSocket, or inspect process and network activity, the Terminal API exposes a consistent set of endpoints backed by the Hoody daemon. Use this section when you need to: - Execute a command in a fresh or existing container and retrieve its output. - List, inspect, or terminate long-running terminal sessions. - Connect to a session interactively via WebSocket. - Query the web terminal UI and explore the auto-generated API documentation. - Monitor host resources such as CPU, memory, disk, processes, and listening ports.\"\n  },\n  {\n    \"title\": \"API Endpoints Summary\",\n    \"text\": \"## API Endpoints Summary **Official Technical Reference:** For complete endpoint documentation with all parameters, responses, and examples: **Command Execution:** - **[POST /api/v1/terminal/execute](/api/terminal/commands/#post-apiv1terminalexecute)** - Execute shell commands - Body params: `command`, `id`, `timeout`, `wait`, `cwd` (per-command working directory), `env` - Query params: `terminal_id`, `cwd` (initial working directory for new/reset local sessions), `cwd_auto_create`, `shell`, `user`, `ssh_host`, `ssh_user`, `ssh_password`, `ssh_key`, `reset` - Modes: Synchronous (`wait: true`) or Asynchronous (`wait: false`) - **[GET /api/v1/terminal/result/\\\\{command_id\\\\}](/api/terminal/commands/#get-apiv1terminalresultcommand_id)** - Poll async command result - Returns: `status`, `exit_code`, `stdout`, `stderr`, `duration_ms` - **[POST /api/v1/terminal/execute/\\\\{command_id\\\\}/abort](/api/terminal/commands/#post-apiv1terminalexecutecommand_idabort)** - Abort a running command (SIGINT or force SIGKILL) - Body: `{ \\\"force\\\": false }` - **[POST /api/v1/terminal/write](/api/terminal/commands/#post-apiv1terminalwrite)** - Type raw input into a session PTY (interactive prompts, y/n, sudo password) - Query params: `terminal_id` - Body: `{ \\\"input\\\": \\\"text\\\", \\\"enter\\\": true }` — raw byte injection as if typed at a keyboard **Session Management:** - **[POST /api/v1/terminal/create](/api/terminal/sessions/#post-apiv1terminalcreate)** - Explicitly create a terminal session - Query params: `terminal_id`, `shell`, `user`, `cwd`, `display`, `ssh_host`, ...\"\n  },\n  {\n    \"title\": \"What's Next\",\n    \"text\": \"## What's Next - **[Terminals Overview -->](/kit/terminals/)** -- Full terminal service docs: web UI, session management, command execution - **[Terminal API Reference -->](/api/terminal/commands/)** -- Complete OpenAPI endpoint reference with all parameters and response schemas - **[SSH Access -->](/foundation/networking/ssh/)** -- SSH as an alternative access method alongside HTTP automation - **[Displays -->](/kit/displays/)** -- Visual display service for GUI applications launched from terminal sessions - **[Kit Overview -->](/kit/)** -- All HTTP services available in every Hoody container - **[Permissions -->](/foundation/proxy/permissions/)** -- Control who can access terminal automation endpoints ---\"\n  },\n  {\n    \"title\": \"Parameters\",\n    \"text\": \"Default: `50`, minimum: `10`. | | `reset` | query | boolean | No | Reset existing session and reconfigure (kills current process, clears state, allows switching from bash to SSH or changing any parameter). Use `'true'`, `'1'`, or no value. | | `cwd` | query | string | No | Working directory for local bash sessions (ignored for SSH). | | `cwd_auto_create` | query | boolean | No | Auto-create `cwd` when the requested working directory does not exist yet. Only applies when `cwd` is explicitly provided for a new or reset local session. Enable with `'true'`, `'1'`, or no value. Default: `false`. | | `shell` | query | string | No | Shell to use for local sessions: `bash` (case-insensitive), `zsh`, `fish`, `sh`, etc. Default: server startup command, only applies to new sessions or after reset. | | `user` | query | string | No | System user to spawn shell as (requires `su` permissions, only applies to new sessions or after reset). | | `cmd` | query | string | No | Base64-encoded command to execute automatically (works with both new and active shells, executes every time URL is visited). | | `env` | query | string | No | Environment variable in `KEY=VALUE` format (can be repeated for multiple variables, e.g., `?env=DEBUG=1&env=API_KEY=abc`). | | `skip_display_wait` | query | boolean | No | Skip waiting for Hoody Display readiness before executing command. By default, if a `DISPLAY` is configured, the endpoint blocks until the display server on port `4000+display_num` is ready. Default: `false`.\"\n  },\n  {\n    \"title\": \"1. Desktop as a URL\",\n    \"text\": \"### 1. Desktop as a URL **Every container can run multiple display instances—one per application:** ``` https://{project}-{container}-display-1.{server}.containers.hoody.icu https://{project}-{container}-display-2.{server}.containers.hoody.icu https://{project}-{container}-display-3.{server}.containers.hoody.icu ``` **Recommended pattern: One display per application** - `display-1` - Your main IDE (VS Code) - `display-2` - Web browser (Firefox/Chrome) - `display-3` - Office applications (LibreOffice) - `display-4` - Graphics editor (GIMP) - `display-5` - Database tools **Why separate displays matter:** Each display runs independently with its own: - Screen resolution - Window manager state - Application set - Performance profile **Access any display from any browser**—phone, tablet, laptop, TV. No installation. No configuration. Just open the URL. **Terminal integration:** When you use [`terminal-5`](/kit/terminals/), it automatically connects to `display-5` (`:5` in X11 terms). This makes GUI programs work seamlessly—run `firefox` in terminal-5, and it appears in display-5. **Manual display selection:** Set the `DISPLAY` environment variable to target a specific display: ```bash\"\n  },\n  {\n    \"title\": \"Quick Start (Ephemeral Programs)\",\n    \"text\": \"## Quick Start (Ephemeral Programs) Quick Start lets you run temporary custom programs that auto-clean when stopped or on container reboot. Programs are not saved to `programs.json`; they are tracked in `ephemeral.json` for crash recovery. Use them for one-off data migrations, temporary test servers, debug tasks, CI/CD ephemeral environments, and custom batch jobs. For permanent programs that must survive reboots, use `POST /api/v1/daemon/programs/add`.\"\n  },\n  {\n    \"title\": \"Overview\",\n    \"text\": \"## Overview The Orchestration Vault & Import API manages the **portable Master TODO state** — synchronizing TODOs to/from Hoody Vault and importing repositories across workspaces. Use these endpoints to discover vault-stored TODOs, sync local snapshots, start a repository import job, and poll import progress.\"\n  },\n  {\n    \"title\": \"`PATCH /api/v1/containers/{id}/env`\",\n    \"text\": \"## `PATCH /api/v1/containers/{id}/env` Merge environment variables into the container. Existing keys are updated, new keys are added. Keys not present in the body are left unchanged (merge semantics). Changes take effect upon the next container restart.\"\n  }\n]\n","docsContext":[{"id":"cc4b13360ea1ed67","title":"What You Can Do","score":"18.794","fallback":false,"text":"## What You Can Do **hoody-terminal** provides complete shell control through HTTP: - **🌐 Web Terminal UI** - Full-featured browser terminal—replaces SSH for most use cases - **🖥️ Launch GUI Apps Instantly** - Type `firefox &` and it appears in browser—zero configuration - **⚡ Execute Commands** - Run any shell command via POST request, get `stdout`/`stderr`/exit codes - **🔄 Persistent Sessions** - Stateful terminals that remember working directory and environment - **👥 Multiplayer Sessions** - Multiple users typing in the same terminal simultaneously - **📊 System Monitoring** - Query CPU, memory, disk, processes, ports via HTTP - **📡 WebSocket Streaming** - Real-time output for long-running commands - **📸 Screenshots** - Capture terminal state as PNG/JPEG/GIF **Access & Security:** - **Traditional SSH** - SSH connections for automation/advanced users. See [SSH →](/foundation/networking/ssh/) - **SSH to Remote Servers** - Connect to other servers through the web UI using SSH parameters (no SSH client needed) - **Proxy Permissions** - Control terminal access with IP whitelist, passwords, or JWT. See [Permissions →](/foundation/proxy/permissions/) ---"},{"id":"5045ec52c629bc0a","title":"2. HTTP Shell Execution (For Automation)","score":"14.873","fallback":false,"text":"HTTP Shell Execution (For Automation) **For scripts and AI agents, use the HTTP API directly:** ```bash # Execute a command in your container hoody terminal sessions exec --command \"ls -la /app\" --wait # Run a command asynchronously hoody terminal sessions exec --command \"npm run build\" --no-wait --timeout 300 ``` ```typescript import { HoodyClient } from '@hoody-ai/hoody-sdk'; const client = new HoodyClient({ baseURL: 'https://api.hoody.icu', token: process.env.HOODY_TOKEN }); const containerClient = await client.withContainer({ id: CONTAINER_ID, project_id: PROJECT_ID, server: SERVER }); // Execute a shell command (synchronous) const result = await containerClient.terminal.execution.execute( { command: 'ls -la /app', wait: true }, // request body { terminal_id: '1' } // query params — terminal_id matches the terminal-1 URL ); console.log(result.data.stdout); ``` ```bash curl -X POST \"https://$PROJECT-$CONTAINER-terminal-1.$SERVER.containers.hoody.icu/api/v1/terminal/execute\" \\ -H \"Content-Type: application/json\" \\ -d '{\"command\": \"ls -la /app\", \"wait\": true}' ``` **Response:** ```json { \"success\": true, \"command_id\": \"cmd-123\", \"terminal_id\": \"1\", \"status\": \"completed\", \"exit_code\": 0, \"stdout\": \"total 48\\ndrwxr-xr-x 5 user user 4096 Nov 9 14:30 .\\n...\", \"stderr\": \"\", \"duration_ms\": 5 } ``` **The breakthrough:** Your entire shell is now accessible to: - AI agents (can execute commands via HTTP) - Mobile devices (POST from your phone) - Other containers (cross-container orchestration) - Embedded iframes (terminals in documentation) - Automation scripts (no SSH setup needed) **The URL terminal number determines which session executes the command:** - `terminal-1.hoody.icu/execute` → Executes in terminal session 1 - `terminal-2.hoody.icu/execute` → Executes in terminal session 2 - Each session is isolated but in the same container"},{"id":"256a3fc9683ebdc8","title":"The 18 HTTP Services","score":"14.178","fallback":false,"text":"## The 18 HTTP Services **Your floating operating system**—manage all containers, projects, and services from one browser interface. **Key Capabilities:** - Unified dashboard for all containers - Drag-and-drop workspace layouts - Embed multiple containers in one view - Share entire workspace with a URL - Access from any device **Perfect for:** Project management, monitoring, client presentations [Learn More →](/kit/workspaces/) **Execute shell commands via HTTP**—your Linux terminal as a web service, accessible from anywhere. **Key Capabilities:** - Web terminal UI in browser - HTTP command execution API - Multiple terminal instances per container - Session state persistence (cwd, env, history) - SSH to remote servers (no client needed) - Launch GUI apps instantly **Perfect for:** Command execution, automation, remote server management, AI agent control [Learn More →](/kit/terminals/) • [API Reference →](/api/terminal/sessions/) **Remote desktop via HTTP**—run graphical applications and see them in your browser. Zero configuration. **Key Capabilities:** - Full Linux desktop in browser - Multiple display instances (one app per display) - Auto-mapping with terminals (terminal-5 → display-5) - Session sharing for multiplayer - Screenshot API **Perfect for:** Visual development tools, GUI applications, browser automation, design software [Learn More →](/kit/displays/) • [API Reference →](/api/displays/web-client/) **Unified file access via HTTP**—read, download, and manage files across local storage and 60+ cloud providers."},{"id":"3e0b64fbbe4d2c86","title":"What's Next","score":"13.919","fallback":false,"text":"## What's Next **Explore other interactive services:** Full desktop environments accessible via URL—run VS Code, browsers, any GUI application. [Explore Displays →](./displays/) Chrome automation as REST API—control browsers via HTTP, scrape websites, run tests. [Explore Browser →](./browser/) Transform any script into an HTTP endpoint—your code becomes an API automatically. [Explore Exec →](./exec/) **Master terminal workflows:** - **[Sessions →](/api/terminal/sessions/)** - Manage persistent terminal sessions - **[Commands →](/api/terminal/commands/)** - Sync/async execution patterns - **[Monitoring →](/api/terminal/monitoring/)** - System introspection APIs --- > **Your shell is a URL.** > **Execute from anywhere.** > **Collaborate in real-time.** > **AI-native by design.** **This is how terminals work in the HTTP era.** ---"},{"id":"cc9faa64cea7d02c","title":"Terminals","score":"13.328","fallback":false,"text":"# Terminals **Your shell is a URL.** Execute commands via HTTP, share terminal sessions with a link, collaborate in real-time—no SSH keys, no configuration, just pure HTTP. **Launch GUI applications instantly:** Type `firefox &` in the terminal and it appears in your browser via the matching [display URL](/kit/displays/). No setup. No configuration. Just type and see. Every Hoody container includes **hoody-terminal**, transforming your Linux shell into a first-class web service accessible via HTTP endpoints. ---"},{"id":"30ba0bb4736e54dd","title":"API Endpoints Summary","score":"12.987","fallback":false,"text":"- **[GET /api/v1/terminal/sessions](/api/terminal/sessions/#get-apiv1terminalsessions)** - List all active sessions - Returns: Local and SSH sessions with status, resource usage, timestamps - **[DELETE /api/v1/terminal/\\{terminal_id\\}](/api/terminal/sessions/#delete-apiv1terminalterminal_id)** - Terminate session - Kills all processes in the session - **[GET /api/v1/terminal/history/\\{terminal_id\\}](/api/terminal/sessions/#get-apiv1terminalhistoryterminal_id)** - Command history - Returns: All commands with status, exit codes, duration - **[GET /api/v1/terminal/raw](/api/terminal/sessions/#get-apiv1terminalraw)** - Export complete output - Query params: `terminal_id`, `format` (download|text|html) - **[GET /api/v1/terminal/screenshot](/api/terminal/sessions/#get-apiv1terminalscreenshot)** - Visual terminal snapshot - Query params: `terminal_id`, `format` (png|jpeg|gif), `foreground`, `background`, `fontsize` **Terminal Automation (TUI Control):** - **[GET /api/v1/terminal/snapshot](/api/terminal/automation/#get-rendered-terminal-snapshot)** - Read rendered terminal screen (lines, cursor, fullscreen state) - Query params: `terminal_id`, `include_colors`, `include_highlights`, `scroll_offset` - **[GET /api/v1/terminal/find](/api/terminal/automation/#search-terminal-screen-with-regex)** - PCRE2 regex search on screen/scrollback - Query params: `terminal_id`, `pattern`, `scope`, `limit`, `case_insensitive` - **[POST /api/v1/terminal/press](/api/terminal/automation/#send-named-key-presses-to-terminal)** - Send named key presses (mode-aware DECCKM/DECKPAM) - Body: `{ \"key\": \"enter\" }` or `{ \"keys\": [...] }` - **[POST /api/v1/terminal/paste](/api/terminal/automation/#paste-text-into-terminal)** - Bracketed paste with UTF-8 support - Body: `{ \"text\": \"...\", \"bracketed\": true }` - **[POST /api/v1/terminal/wait](/api/terminal/automation/#wait-for-terminal-condition)** - Block until screen settles or regex matches, returns atomic snapshot - Body: `{ \"mode\": \"stable|regex|either\", \"pattern\": \"...\", \"timeout_ms\": 5000, \"debounce_ms\": 100 }` - **[GET /api/v1/terminal/keys](/api/terminal/automation/#list-supported-key-names)** - List supported key names for `/press` - **[GET /api/v1/terminal/automation/metrics](/api/terminal/automation/#get-terminal-automation-metrics)** - Global vterm metrics (session count, memory used/cap, active waiters) - **[GET /api/v1/terminal/\\{terminal_id\\}/automation](/api/terminal/automation/#get-per-session-automation-state)** - Per-session automation state (dimensions, seq, idle ms, alt-screen) **System Resource Monitoring:** - **[GET /api/v1/system/resources](/api/terminal/monitoring/#get-system-resources)** - System stats - Returns: CPU, memory, disk, network usage - **[GET /api/v1/system/processes](/api/terminal/monitoring/#list-system-processes)** - List processes - Query params: `sort` (cpu|memory|pid), `limit`, `filter` (by name) - **[GET /api/v1/system/processes/\\{pid\\}](/api/terminal/monitoring/#get-process-details)** - Process details - Returns: Command, working directory, parent/child relationships, environment - **[POST /api/v1/system/process/signal](/api/terminal/monitoring/#send-signal-to-process)** - Send Unix signals - Body: `{\"pid\": 12345, \"signal\": \"SIGTERM\"}` or `{\"name\": \"nginx\", \"signal\": \"SIGHUP\"}` **System Control:** - **[POST /api/v1/system/shutdown](/api/terminal/monitoring/#shutdown-system)** - Shutdown the system - **[POST /api/v1/system/reboot](/api/terminal/monitoring/#reboot-system)** - Reboot the system **System Introspection:** - **[GET /api/v1/system/ports](/api/terminal/monitoring/#list-network-ports)** - List listening ports - Query params: `http_only`, `hoody_only`, `user`, `port` - **[GET /api/v1/system/daemon](/api/terminal/monitoring/#get-daemon-programs-configuration)** - List hoody-daemon programs - Returns: hoody-daemon-managed services with status, uptime, configuration - **[GET /api/v1/system/displays](/api/terminal/monitoring/#get-display-information)** - List X11 displays - Returns: Active display sessions, resolutions, users **WebSocket:** - **[GET /api/v1/terminal/ws](/api/terminal/sessions/#get-apiv1terminalws)** - WebSocket terminal connection - Real-time bidirectional terminal I/O **Health:** - **[GET /api/v1/terminal/health](/api/terminal/monitoring/#health-check)** - Service health check **Web Interface & Authentication:** - **[GET /](/api/terminal/web-interface/)** - Browser terminal UI - 39 query parameters for customization (session, shell, SSH, display, desktop, panel, theme, font, etc.) - **[GET /api/v1/terminal/openapi.json](/api/terminal/web-interface/#get-openapi-specification-json)** - OpenAPI specification - **[GET /api/v1/terminal/openapi.yaml](/api/terminal/web-interface/#get-openapi-specification-yaml)** - OpenAPI YAML spec ---"},{"id":"f8da1abff64d674f","title":"Available endpoints","score":"12.809","fallback":false,"text":"## Available endpoints The Terminal service is organized into the following sub-pages. Each page documents the operations, parameters, and response formats for that capability area. Execute commands and retrieve results. Run one-off or tracked commands inside containers, stream output, and poll for completion. Useful for automation, CI/CD pipelines, and scripted workflows. [Open Command Execution →](/api/terminal/commands/) List, inspect, connect via WebSocket, and manage sessions. Enumerate active and historical terminal sessions, retrieve session metadata, attach a WebSocket client for real-time I/O, and terminate sessions that are no longer needed. [Open Session Management →](/api/terminal/sessions/) Access web-based terminal and API docs. Retrieve the URL of the built-in web terminal interface and the auto-generated OpenAPI/Swagger documentation for the daemon's HTTP surface. [Open Web UI & API Access →](/api/terminal/web-interface/) Monitor resources, processes, and network ports. Query host-level metrics including CPU, memory, and disk usage, list running processes, and inspect the set of listening network ports. [Open System Monitoring →](/api/terminal/monitoring/) ---"},{"id":"c1088386d628abcd","title":"Hoody Terminal","score":"12.706","fallback":false,"text":"# Hoody Terminal **Page:** api/terminal/index [Download Raw Markdown](./api/terminal/index.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} The Hoody Terminal service provides a unified interface for executing commands, managing persistent sessions, and monitoring system resources. Whether you need to run one-off commands in isolated containers, stream interactive shell sessions over WebSocket, or inspect process and network activity, the Terminal API exposes a consistent set of endpoints backed by the Hoody daemon. Use this section when you need to: - Execute a command in a fresh or existing container and retrieve its output. - List, inspect, or terminate long-running terminal sessions. - Connect to a session interactively via WebSocket. - Query the web terminal UI and explore the auto-generated API documentation. - Monitor host resources such as CPU, memory, disk, processes, and listening ports."},{"id":"4c06825632a5e5b2","title":"API Endpoints Summary","score":"11.866","fallback":false,"text":"## API Endpoints Summary **Official Technical Reference:** For complete endpoint documentation with all parameters, responses, and examples: **Command Execution:** - **[POST /api/v1/terminal/execute](/api/terminal/commands/#post-apiv1terminalexecute)** - Execute shell commands - Body params: `command`, `id`, `timeout`, `wait`, `cwd` (per-command working directory), `env` - Query params: `terminal_id`, `cwd` (initial working directory for new/reset local sessions), `cwd_auto_create`, `shell`, `user`, `ssh_host`, `ssh_user`, `ssh_password`, `ssh_key`, `reset` - Modes: Synchronous (`wait: true`) or Asynchronous (`wait: false`) - **[GET /api/v1/terminal/result/\\{command_id\\}](/api/terminal/commands/#get-apiv1terminalresultcommand_id)** - Poll async command result - Returns: `status`, `exit_code`, `stdout`, `stderr`, `duration_ms` - **[POST /api/v1/terminal/execute/\\{command_id\\}/abort](/api/terminal/commands/#post-apiv1terminalexecutecommand_idabort)** - Abort a running command (SIGINT or force SIGKILL) - Body: `{ \"force\": false }` - **[POST /api/v1/terminal/write](/api/terminal/commands/#post-apiv1terminalwrite)** - Type raw input into a session PTY (interactive prompts, y/n, sudo password) - Query params: `terminal_id` - Body: `{ \"input\": \"text\", \"enter\": true }` — raw byte injection as if typed at a keyboard **Session Management:** - **[POST /api/v1/terminal/create](/api/terminal/sessions/#post-apiv1terminalcreate)** - Explicitly create a terminal session - Query params: `terminal_id`, `shell`, `user`, `cwd`, `display`, `ssh_host`, ..."},{"id":"63cb83d428859e81","title":"What's Next","score":"11.360","fallback":false,"text":"## What's Next - **[Terminals Overview -->](/kit/terminals/)** -- Full terminal service docs: web UI, session management, command execution - **[Terminal API Reference -->](/api/terminal/commands/)** -- Complete OpenAPI endpoint reference with all parameters and response schemas - **[SSH Access -->](/foundation/networking/ssh/)** -- SSH as an alternative access method alongside HTTP automation - **[Displays -->](/kit/displays/)** -- Visual display service for GUI applications launched from terminal sessions - **[Kit Overview -->](/kit/)** -- All HTTP services available in every Hoody container - **[Permissions -->](/foundation/proxy/permissions/)** -- Control who can access terminal automation endpoints ---"},{"id":"349457eecd80c626","title":"Parameters","score":"11.320","fallback":false,"text":"Default: `50`, minimum: `10`. | | `reset` | query | boolean | No | Reset existing session and reconfigure (kills current process, clears state, allows switching from bash to SSH or changing any parameter). Use `'true'`, `'1'`, or no value. | | `cwd` | query | string | No | Working directory for local bash sessions (ignored for SSH). | | `cwd_auto_create` | query | boolean | No | Auto-create `cwd` when the requested working directory does not exist yet. Only applies when `cwd` is explicitly provided for a new or reset local session. Enable with `'true'`, `'1'`, or no value. Default: `false`. | | `shell` | query | string | No | Shell to use for local sessions: `bash` (case-insensitive), `zsh`, `fish`, `sh`, etc. Default: server startup command, only applies to new sessions or after reset. | | `user` | query | string | No | System user to spawn shell as (requires `su` permissions, only applies to new sessions or after reset). | | `cmd` | query | string | No | Base64-encoded command to execute automatically (works with both new and active shells, executes every time URL is visited). | | `env` | query | string | No | Environment variable in `KEY=VALUE` format (can be repeated for multiple variables, e.g., `?env=DEBUG=1&env=API_KEY=abc`). | | `skip_display_wait` | query | boolean | No | Skip waiting for Hoody Display readiness before executing command. By default, if a `DISPLAY` is configured, the endpoint blocks until the display server on port `4000+display_num` is ready. Default: `false`."},{"id":"45b9312c1a80ad19","title":"1. Desktop as a URL","score":"11.189","fallback":false,"text":"### 1. Desktop as a URL **Every container can run multiple display instances—one per application:** ``` https://{project}-{container}-display-1.{server}.containers.hoody.icu https://{project}-{container}-display-2.{server}.containers.hoody.icu https://{project}-{container}-display-3.{server}.containers.hoody.icu ``` **Recommended pattern: One display per application** - `display-1` - Your main IDE (VS Code) - `display-2` - Web browser (Firefox/Chrome) - `display-3` - Office applications (LibreOffice) - `display-4` - Graphics editor (GIMP) - `display-5` - Database tools **Why separate displays matter:** Each display runs independently with its own: - Screen resolution - Window manager state - Application set - Performance profile **Access any display from any browser**—phone, tablet, laptop, TV. No installation. No configuration. Just open the URL. **Terminal integration:** When you use [`terminal-5`](/kit/terminals/), it automatically connects to `display-5` (`:5` in X11 terms). This makes GUI programs work seamlessly—run `firefox` in terminal-5, and it appears in display-5. **Manual display selection:** Set the `DISPLAY` environment variable to target a specific display: ```bash"},{"id":"5e15e69c17e84620","title":"Quick Start (Ephemeral Programs)","score":"0.000","fallback":true,"text":"## Quick Start (Ephemeral Programs) Quick Start lets you run temporary custom programs that auto-clean when stopped or on container reboot. Programs are not saved to `programs.json`; they are tracked in `ephemeral.json` for crash recovery. Use them for one-off data migrations, temporary test servers, debug tasks, CI/CD ephemeral environments, and custom batch jobs. For permanent programs that must survive reboots, use `POST /api/v1/daemon/programs/add`."},{"id":"66bc588ddc6c0406","title":"Overview","score":"0.000","fallback":true,"text":"## Overview The Orchestration Vault & Import API manages the **portable Master TODO state** — synchronizing TODOs to/from Hoody Vault and importing repositories across workspaces. Use these endpoints to discover vault-stored TODOs, sync local snapshots, start a repository import job, and poll import progress."},{"id":"4013e43bd747b8c0","title":"`PATCH /api/v1/containers/{id}/env`","score":"0.000","fallback":true,"text":"## `PATCH /api/v1/containers/{id}/env` Merge environment variables into the container. Existing keys are updated, new keys are added. Keys not present in the body are left unchanged (merge semantics). Changes take effect upon the next container restart."}],"rawResponse":"Running the audit on the Terminal page against the supplied docs + the page itself, following your prompt's protocol. Here's the JSON the reviewer should produce:\n\n```json\n{\n  \"pageSummary\": \"Marketing/product page for Hoody's 'Terminal' Kit service, describing it as a persistent Linux shell exposed over HTTPS with command execution, WebSocket streaming, multiplayer sessions, a 19-endpoint HTTP API, and supporting code samples.\",\n  \"findings\": [\n    {\n      \"severity\": \"high\",\n      \"type\": \"claim-mismatch\",\n      \"tag\": \"invalid-json-response\",\n      \"message\": \"Response samples use array brackets [ ] around object fields — invalid JSON, contradicts documented response schema\",\n      \"evidence\": \"> [\\\"success\\\":true,\\\"stdout\\\":\\\"Hello from Hoody!\\\\n\\\",\\\"duration_ms\\\":3]  (and) > [> \\\"success\\\": true,> \\\"exit_code\\\": 0,> \\\"stdout\\\": \\\"24 passed, 0 failed\\\",> \\\"duration_ms\\\": 12> ]\",\n      \"docsReference\": \"HTTP Shell Execution — documented Response is a JSON object: { \\\"success\\\": true, \\\"command_id\\\": ..., \\\"terminal_id\\\": ..., \\\"status\\\": ..., \\\"exit_code\\\": 0, \\\"stdout\\\": ..., \\\"stderr\\\": \\\"\\\", \\\"duration_ms\\\": 5 }\",\n      \"discrepancy\": \"Key/value pairs wrapped in [ ] are not valid JSON (that is array syntax); the documented response is a JSON object using { }. Both response samples on the page are syntactically invalid.\",\n      \"confidence\": \"high\",\n      \"recommendation\": \"Replace the surrounding [ ] with { } in both response blocks so each is a valid JSON object, matching the documented response shape in HOODY_DOCS_CONTEXT.\"\n    },\n    {\n      \"severity\": \"high\",\n      \"type\": \"internal-consistency\",\n      \"tag\": \"inconsistent-terminal-hostnames\",\n      \"message\": \"Four different terminal hostname patterns appear across the page's code samples\",\n      \"evidence\": \"https://your-terminal.hoody.com/token | https://proj-dev-terminal-1.server.containers.hoody.com | terminal.hoody.com/api/v1/terminal/execute | https://proj-dev-terminal-1.hoody.com/api/v1/terminal/execute\",\n      \"docsReference\": \"on-page self-check; canonical pattern in HOODY_DOCS_CONTEXT is https://$PROJECT-$CONTAINER-terminal-1.$SERVER.containers.hoody.icu (map .icu → .com per domain override)\",\n      \"discrepancy\": \"The same concept (a terminal's URL) is shown four mutually inconsistent ways — a bare 'your-terminal', a full 'proj-dev-terminal-1.server.containers', a shortened 'terminal.hoody.com', and 'proj-dev-terminal-1.hoody.com'. A reader cannot tell which host shape is real.\",\n      \"confidence\": \"high\",\n      \"recommendation\": \"Use one consistent hostname pattern across all samples. Do NOT standardize on one of the page's own strings — quote the canonical pattern documented in HOODY_DOCS_CONTEXT ({project}-{container}-terminal-1.{server}.containers.hoody.icu), substituting the production .com domain per the known override, rather than the placeholder-laden 'proj-dev'/'server' forms shown on the page.\"\n    },\n    {\n      \"severity\": \"medium\",\n      \"type\": \"claim-mismatch\",\n      \"tag\": \"kit-service-count\",\n      \"message\": \"Page says '14 Kit services' but docs describe '18 HTTP Services'\",\n      \"evidence\": \"Terminal is one of 14 Kit services that ship with every Hoody container.\",\n      \"docsReference\": \"Docs section titled 'The 18 HTTP Services'\",\n      \"discrepancy\": \"The docs enumerate the Kit/HTTP services under the heading 'The 18 HTTP Services', which contradicts the page's count of 14. A concrete, checkable number that disagrees with the documented total.\",\n      \"confidence\": \"medium\",\n      \"recommendation\": \"Reconcile the service count with the documented total ('The 18 HTTP Services' in HOODY_DOCS_CONTEXT); if 'Kit services' is a deliberately narrower set than 'HTTP services', clarify the distinction so the number is unambiguous.\"\n    },\n    {\n      \"severity\": \"medium\",\n      \"type\": \"claim-mismatch\",\n      \"tag\": \"session-endpoint-paths\",\n      \"message\": \"Session-management endpoint paths differ from the documented paths\",\n      \"evidence\": \"DELETE /api/v1/terminal/sessions/:id Terminate session ; POST /api/v1/terminal/sessions Create new session ; WS /api/v1/terminal/sessions/:id/ws Real-time stream\",\n      \"docsReference\": \"API Endpoints Summary: DELETE /api/v1/terminal/{terminal_id}; POST /api/v1/terminal/create; GET /api/v1/terminal/ws (WebSocket)\",\n      \"discrepancy\": \"The page presents a RESTful /sessions/:id/... scheme for terminate, create, and WebSocket, but the docs document these as /api/v1/terminal/{terminal_id}, /api/v1/terminal/create, and /api/v1/terminal/ws respectively. Execute/result/history/raw/screenshot paths match the docs, so this divergence is specific to the session endpoints.\",\n      \"confidence\": \"medium\",\n      \"recommendation\": \"Align the session-management, create, and WebSocket endpoint paths with the values documented in HOODY_DOCS_CONTEXT (e.g. DELETE /api/v1/terminal/{terminal_id}, POST /api/v1/terminal/create, GET /api/v1/terminal/ws), or confirm with the API source which scheme is authoritative.\"\n    },\n    {\n      \"severity\": \"medium\",\n      \"type\": \"launch-content\",\n      \"tag\": \"malformed-curl\",\n      \"message\": \"curl examples pass an unquoted JSON body to -d\",\n      \"evidence\": \"-d {\\\"command\\\":\\\"echo Hello from Hoody!\\\",\\\"wait\\\":true}  (and)  curl -X POST terminal.hoody.com/api/v1/terminal/execute -d {\\\"command\\\":\\\"ls -la /app\\\"}\",\n      \"docsReference\": \"Docs curl example quotes the body: -d '{\\\"command\\\": \\\"ls -la /app\\\", \\\"wait\\\": true}'\",\n      \"discrepancy\": \"An unquoted JSON object after -d is broken in a real shell (the braces/quotes are interpreted by the shell); the documented examples wrap the body in single quotes. Other samples on the same page do quote it, so these are copy errors.\",\n      \"confidence\": \"high\",\n      \"recommendation\": \"Wrap the JSON body in single quotes, e.g. -d '{\\\"command\\\":\\\"...\\\",\\\"wait\\\":true}', matching the quoted form used elsewhere on the page and in the docs.\"\n    },\n    {\n      \"severity\": \"medium\",\n      \"type\": \"needs-docs-context-check\",\n      \"tag\": \"system-env-info-endpoints\",\n      \"message\": \"Listed endpoints GET /api/v1/system/env and GET /api/v1/system/info are not present in the supplied docs\",\n      \"evidence\": \"GET /api/v1/system/env Environment variables ; GET /api/v1/system/info System information\",\n      \"docsReference\": \"Supplied docs list system/resources, system/processes, system/process/signal, system/ports, system/daemon, system/displays — but no system/env or system/info\",\n      \"discrepancy\": \"Two of the page's enumerated 'System & Meta' endpoints have no counterpart in HOODY_DOCS_CONTEXT, so they can't be confirmed against the source of truth.\",\n      \"confidence\": \"low\",\n      \"recommendation\": \"Verify GET /api/v1/system/env and GET /api/v1/system/info against the full API reference; if they don't exist, correct or remove them (and recheck the '6 endpoints' subtotal), otherwise confirm the docs excerpt is simply incomplete.\"\n    },\n    {\n      \"severity\": \"low\",\n      \"type\": \"terminology\",\n      \"tag\": \"tmux-as-shell\",\n      \"message\": \"tmux listed among shells; docs treat tmux as a multiplexer/bridge, not a shell\",\n      \"evidence\": \"bash, zsh, fish, tmux, sh — switch shells via URL parameter.\",\n      \"docsReference\": \"Parameters: shell = bash, zsh, fish, sh, etc.; tmux appears separately as the 'tmux Bridge' feature\",\n      \"discrepancy\": \"tmux is a terminal multiplexer, not a shell, and the documented `shell` parameter values are bash/zsh/fish/sh. Including tmux to reach '5 Shell Environments' could mislead about what the shell selector accepts.\",\n      \"confidence\": \"low\",\n      \"recommendation\": \"Drop tmux from the shell list (or clarify it as the separate tmux Bridge), and reconcile the '5 Shell Environments' count with the documented `shell` parameter values.\"\n    },\n    {\n      \"severity\": \"low\",\n      \"type\": \"needs-docs-context-check\",\n      \"tag\": \"url-parameter-count\",\n      \"message\": \"'50+ URL Parameters' vs docs '39 query parameters' for the web terminal UI\",\n      \"evidence\": \"50+ URL Parameters\",\n      \"docsReference\": \"Web Interface: 'GET / — Browser terminal UI — 39 query parameters for customization'\",\n      \"discrepancy\": \"The docs state 39 query parameters for the web terminal UI; the page advertises '50+'. The figure may aggregate parameters across multiple endpoints, so it isn't a clear contradiction without the full parameter inventory.\",\n      \"confidence\": \"low\",\n      \"recommendation\": \"Confirm the '50+' figure against the full parameter inventory; if it refers only to the web UI, align it with the documented count (39), otherwise clarify that it spans all endpoints.\"\n    }\n  ],\n  \"notes\": [\n    \"Description 'The first infrastructure where containers, terminals, displays, and AI agents share the same HTTP protocol' is a primacy/marketing claim — left as positioning per calibration, not flagged.\",\n    \"'Join Waitlist' CTA vs the otherwise available-sounding copy is an intentional launch-state choice; not treated as a defect.\",\n    \"Count-vs-list for '19 endpoints' is internally consistent (7 + 6 + 4 + 2 = 19); no on-page numeric mismatch there.\",\n    \"terminal-N → display-N auto-mapping matches the docs (terminal-5 → display-5).\"\n  ]\n}\n```\n\nTwo things worth flagging for you as the prompt-owner, separate from the audit:\n\n- The **hostname** finding is exactly the case your **[NEW]** rule targets — the page's own strings (`proj-dev`, `server`, `your-terminal`) are placeholders, so the recommendation declines to canonize any of them and points to the documented pattern instead. The rule worked as intended here.\n- The **invalid-JSON** items are the highest-value catches (genuinely broken samples shipping on a launch page). I typed them as `claim-mismatch` since the docs show the canonical `{ }` object shape to anchor against; if you'd prefer these land under a dedicated type, the prompt's enum doesn't have an \"invalid-code\" type — worth considering adding one, since right now invalid code is split across `claim-mismatch`/`internal-consistency`/`broken-or-incomplete` depending on framing.\n\nWant me to also produce the audit for any other page, or diff this output against what the live container's prompt actually returns?\n","pageSummary":"Marketing/product page for Hoody's 'Terminal' Kit service, describing it as a persistent Linux shell exposed over HTTPS with command execution, WebSocket streaming, multiplayer sessions, a 19-endpoint HTTP API, and supporting code samples.","findings":[{"id":"49aaa7b3-6fb3-4317-9470-045fdc11616b","dismissed":false,"target":"unassigned","severity":"high","type":"claim-mismatch","tag":"invalid-json-response","message":"Response samples use array brackets [ ] around object fields — invalid JSON, contradicts documented response schema","evidence":"> [\"success\":true,\"stdout\":\"Hello from Hoody!\\n\",\"duration_ms\":3]  (and) > [> \"success\": true,> \"exit_code\": 0,> \"stdout\": \"24 passed, 0 failed\",> \"duration_ms\": 12> ]","docsReference":"HTTP Shell Execution — documented Response is a JSON object: { \"success\": true, \"command_id\": ..., \"terminal_id\": ..., \"status\": ..., \"exit_code\": 0, \"stdout\": ..., \"stderr\": \"\", \"duration_ms\": 5 }","discrepancy":"Key/value pairs wrapped in [ ] are not valid JSON (that is array syntax); the documented response is a JSON object using { }. Both response samples on the page are syntactically invalid.","confidence":"high","recommendation":"Replace the surrounding [ ] with { } in both response blocks so each is a valid JSON object, matching the documented response shape in HOODY_DOCS_CONTEXT."},{"id":"64c13e3a-6577-49dc-8f0d-a605be9efc0e","dismissed":false,"target":"unassigned","severity":"high","type":"other","tag":"inconsistent-terminal-hostnames","message":"Four different terminal hostname patterns appear across the page's code samples","evidence":"https://your-terminal.hoody.com/token | https://proj-dev-terminal-1.server.containers.hoody.com | terminal.hoody.com/api/v1/terminal/execute | https://proj-dev-terminal-1.hoody.com/api/v1/terminal/execute","docsReference":"on-page self-check; canonical pattern in HOODY_DOCS_CONTEXT is https://$PROJECT-$CONTAINER-terminal-1.$SERVER.containers.hoody.icu (map .icu → .com per domain override)","discrepancy":"The same concept (a terminal's URL) is shown four mutually inconsistent ways — a bare 'your-terminal', a full 'proj-dev-terminal-1.server.containers', a shortened 'terminal.hoody.com', and 'proj-dev-terminal-1.hoody.com'. A reader cannot tell which host shape is real.","confidence":"high","recommendation":"Use one consistent hostname pattern across all samples. Do NOT standardize on one of the page's own strings — quote the canonical pattern documented in HOODY_DOCS_CONTEXT ({project}-{container}-terminal-1.{server}.containers.hoody.icu), substituting the production .com domain per the known override, rather than the placeholder-laden 'proj-dev'/'server' forms shown on the page."},{"id":"b2d5a98e-2b56-4f52-a90c-6fae4b0d211e","dismissed":false,"target":"unassigned","severity":"medium","type":"claim-mismatch","tag":"kit-service-count","message":"Page says '14 Kit services' but docs describe '18 HTTP Services'","evidence":"Terminal is one of 14 Kit services that ship with every Hoody container.","docsReference":"Docs section titled 'The 18 HTTP Services'","discrepancy":"The docs enumerate the Kit/HTTP services under the heading 'The 18 HTTP Services', which contradicts the page's count of 14. A concrete, checkable number that disagrees with the documented total.","confidence":"medium","recommendation":"Reconcile the service count with the documented total ('The 18 HTTP Services' in HOODY_DOCS_CONTEXT); if 'Kit services' is a deliberately narrower set than 'HTTP services', clarify the distinction so the number is unambiguous."},{"id":"8ff1b5e1-9b7d-42b8-b3bd-cb8e7fa44bc6","dismissed":false,"target":"unassigned","severity":"medium","type":"claim-mismatch","tag":"session-endpoint-paths","message":"Session-management endpoint paths differ from the documented paths","evidence":"DELETE /api/v1/terminal/sessions/:id Terminate session ; POST /api/v1/terminal/sessions Create new session ; WS /api/v1/terminal/sessions/:id/ws Real-time stream","docsReference":"API Endpoints Summary: DELETE /api/v1/terminal/{terminal_id}; POST /api/v1/terminal/create; GET /api/v1/terminal/ws (WebSocket)","discrepancy":"The page presents a RESTful /sessions/:id/... scheme for terminate, create, and WebSocket, but the docs document these as /api/v1/terminal/{terminal_id}, /api/v1/terminal/create, and /api/v1/terminal/ws respectively. Execute/result/history/raw/screenshot paths match the docs, so this divergence is specific to the session endpoints.","confidence":"medium","recommendation":"Align the session-management, create, and WebSocket endpoint paths with the values documented in HOODY_DOCS_CONTEXT (e.g. DELETE /api/v1/terminal/{terminal_id}, POST /api/v1/terminal/create, GET /api/v1/terminal/ws), or confirm with the API source which scheme is authoritative."},{"id":"12ce8ba9-93d0-4faa-91ef-d21fca8c6554","dismissed":false,"target":"unassigned","severity":"medium","type":"launch-content","tag":"malformed-curl","message":"curl examples pass an unquoted JSON body to -d","evidence":"-d {\"command\":\"echo Hello from Hoody!\",\"wait\":true}  (and)  curl -X POST terminal.hoody.com/api/v1/terminal/execute -d {\"command\":\"ls -la /app\"}","docsReference":"Docs curl example quotes the body: -d '{\"command\": \"ls -la /app\", \"wait\": true}'","discrepancy":"An unquoted JSON object after -d is broken in a real shell (the braces/quotes are interpreted by the shell); the documented examples wrap the body in single quotes. Other samples on the same page do quote it, so these are copy errors.","confidence":"high","recommendation":"Wrap the JSON body in single quotes, e.g. -d '{\"command\":\"...\",\"wait\":true}', matching the quoted form used elsewhere on the page and in the docs."},{"id":"50c1cf59-efe8-43b7-8a3e-de0f90deab69","dismissed":false,"target":"unassigned","severity":"medium","type":"needs-docs-context-check","tag":"system-env-info-endpoints","message":"Listed endpoints GET /api/v1/system/env and GET /api/v1/system/info are not present in the supplied docs","evidence":"GET /api/v1/system/env Environment variables ; GET /api/v1/system/info System information","docsReference":"Supplied docs list system/resources, system/processes, system/process/signal, system/ports, system/daemon, system/displays — but no system/env or system/info","discrepancy":"Two of the page's enumerated 'System & Meta' endpoints have no counterpart in HOODY_DOCS_CONTEXT, so they can't be confirmed against the source of truth.","confidence":"low","recommendation":"Verify GET /api/v1/system/env and GET /api/v1/system/info against the full API reference; if they don't exist, correct or remove them (and recheck the '6 endpoints' subtotal), otherwise confirm the docs excerpt is simply incomplete."},{"id":"3c05b1bb-3a83-46a1-af26-cdbd9df3387b","dismissed":false,"target":"unassigned","severity":"low","type":"terminology","tag":"tmux-as-shell","message":"tmux listed among shells; docs treat tmux as a multiplexer/bridge, not a shell","evidence":"bash, zsh, fish, tmux, sh — switch shells via URL parameter.","docsReference":"Parameters: shell = bash, zsh, fish, sh, etc.; tmux appears separately as the 'tmux Bridge' feature","discrepancy":"tmux is a terminal multiplexer, not a shell, and the documented `shell` parameter values are bash/zsh/fish/sh. Including tmux to reach '5 Shell Environments' could mislead about what the shell selector accepts.","confidence":"low","recommendation":"Drop tmux from the shell list (or clarify it as the separate tmux Bridge), and reconcile the '5 Shell Environments' count with the documented `shell` parameter values."},{"id":"9a8b5828-a8a9-4997-825a-74c54c34c908","dismissed":false,"target":"unassigned","severity":"low","type":"needs-docs-context-check","tag":"url-parameter-count","message":"'50+ URL Parameters' vs docs '39 query parameters' for the web terminal UI","evidence":"50+ URL Parameters","docsReference":"Web Interface: 'GET / — Browser terminal UI — 39 query parameters for customization'","discrepancy":"The docs state 39 query parameters for the web terminal UI; the page advertises '50+'. The figure may aggregate parameters across multiple endpoints, so it isn't a clear contradiction without the full parameter inventory.","confidence":"low","recommendation":"Confirm the '50+' figure against the full parameter inventory; if it refers only to the web UI, align it with the documented count (39), otherwise clarify that it spans all endpoints."}],"notes":["Description 'The first infrastructure where containers, terminals, displays, and AI agents share the same HTTP protocol' is a primacy/marketing claim — left as positioning per calibration, not flagged.","'Join Waitlist' CTA vs the otherwise available-sounding copy is an intentional launch-state choice; not treated as a defect.","Count-vs-list for '19 endpoints' is internally consistent (7 + 6 + 4 + 2 = 19); no on-page numeric mismatch there.","terminal-N → display-N auto-mapping matches the docs (terminal-5 → display-5)."]},{"id":"6072e2fd-b489-4650-9d2c-1df031903bab","runId":null,"status":"completed","error":null,"pageId":"37fc875b1603958f","page":{"id":"37fc875b1603958f","url":"https://hoody.com/kit/terminal","status":200,"title":"Hoody — Computers That Are URLs","description":"","headings":["Terminal","Five ways to use Terminal","Commands Over HTTP","Every command is an API call","Built for real workflows","Remote Development","AI Agent Orchestration","Team Debugging"],"wordCount":753,"contentHash":"379ab7a13533e926"},"provider":"claude-code","model":"default","startedAt":"2026-06-17T15:05:01.511Z","finishedAt":"2026-06-17T15:07:43.351Z","durationMs":161840,"tokenEstimate":{"prompt":10617,"completion":1897,"total":12514,"method":"estimated_chars_div_3.7"},"costEstimate":{"inputPerMillion":0,"outputPerMillion":0,"promptCost":0,"completionCost":0,"totalCost":0,"currency":"USD","method":"rates_x_tokens"},"customNote":"","requestPayload":{"provider":"claude-code","model":"default","websitePageSent":{"id":"37fc875b1603958f","url":"https://hoody.com/kit/terminal","title":"Hoody — Computers That Are URLs","headings":["Terminal","Five ways to use Terminal","Commands Over HTTP","Every command is an API call","Built for real workflows","Remote Development","AI Agent Orchestration","Team Debugging","GUI Applications","CI/CD Integration","Live Monitoring","19 endpoints, full control","Session Management","System & Meta","Command Execution","Live Streaming","Everything built in","Persistent Sessions","Shell Selection","tmux Bridge","Terminal Screenshots","Session Reset","OpenAPI Spec","Ready to explore?","The Kit","Platform","Resources","Company"],"contentHash":"379ab7a13533e926","wordCount":753,"text":"HTTP Command APIWebSocket StreamingMultiplayer Sessions50+ URL Parameters5 Shell EnvironmentsDisplay Auto-Mapping19 API EndpointsPersistent SessionsHTTP Command APIWebSocket StreamingMultiplayer Sessions50+ URL Parameters5 Shell EnvironmentsDisplay Auto-Mapping19 API EndpointsPersistent SessionsHTTP Command APIWebSocket StreamingMultiplayer Sessions50+ URL Parameters5 Shell EnvironmentsDisplay Auto-Mapping19 API EndpointsPersistent SessionsHTTP Command APIWebSocket StreamingMultiplayer Sessions50+ URL Parameters5 Shell EnvironmentsDisplay Auto-Mapping19 API EndpointsPersistent Sessionshome / kit / terminalKit ServiceTerminalA persistent Linux shell exposed as an HTTPS endpoint. Run commands via API, connect from any browser, stream over WebSocket, or SSH in directly. Sessions persist across reconnections.View DocumentationQuickstart# Get your token$ curl https://your-terminal.hoody.com/token> eyJhbG... # Run your first command$ curl -X POST .../api/v1/terminal/execute \\ -H \"Authorization: Bearer $TOKEN\" \\ -d '[\"command\":\"echo Hello from Hoody!\",\"wait\":true]'> [\"success\":true,\"stdout\":\"Hello from Hoody!\\n\",\"duration_ms\":3] # Share the URL — anyone can connecthttps://proj-dev-terminal-1.server.containers.hoody.comhome / kit / terminal / featuresHow It WorksFive ways to use TerminalTerminal adapts to how you work. Execute commands via HTTP, stream builds over WebSocket, collaborate in real time, launch GUI apps, or monitor system resources — all from the same URL.terminal-1ExecuteStreamCollaborateDisplayMonitorExecuteStreamCollaborateDisplayMonitorCommands Over HTTPPOST a shell command to any terminal session. Get structured JSON with stdout, stderr, exit code, and timing. No SSH tunnel, no client library — just HTTP.# before / after- ssh user@server 'ls -la /app' 2>/dev/null+ curl -X POST terminal.hoody.com/api/v1/terminal/execute -d '[\"command\":\"ls -la /app\"]'curljavascriptpythonbrowsercurljavascriptpythonbrowser$ curl -X POST /api/v1/terminal/execute \\ -d '[\"command\": \"npm test\", \"wait\": true]' > HTTP/1.1 200 OK> [> \"success\": true,> \"exit_code\": 0,> \"stdout\": \"24 passed, 0 failed\",> \"duration_ms\": 12> ]Execute — 1/5home / kit / terminal / apiHTTP APIEvery command is an API callPOST a command, get structured JSON back with stdout, stderr, exit code, and timing metadata. Sync or async with polling.View All Endpointsterminal-api.shterminal-api.shterminal-api.jsterminal_api.pyterminal-api.shterminal-api.jsterminal_api.py# Execute a command via Terminal HTTP APIcurl -X POST \\ https://proj-dev-terminal-1.hoody.com/api/v1/terminal/execute \\ -H \"Content-Type: application/json\" \\ -H \"Authorization: Bearer $TOKEN\" \\ -d '{ \"command\": \"ls -la /app\", \"wait\": true }' # Response:# {# \"success\": true,# \"exit_code\": 0,# \"stdout\": \"total 48\\ndrwxr-xr-x ...\",# \"stderr\": \"\",# \"duration_ms\": 12# }home / kit / terminal / moreUse CasesBuilt for real workflowsTerminal covers the full range of developer and automation scenarios. Each use case maps to specific API endpoints and URL parameters.Remote DevelopmentSSH into your container from any device with a browser. Full shell access with persistent sessions — pick up where you left off from your phone, tablet, or another machine.AI Agent OrchestrationAgents execute shell commands via the HTTP API. Build, test, deploy — the Terminal API gives AI agents structured access to your entire development environment.Team DebuggingShare a terminal URL with your team for multiplayer debugging. Everyone sees the same output, types commands, and gets unique cursor colors in real time.GUI ApplicationsLaunch any graphical application from the terminal. Firefox, VS Code, GIMP — terminal-N auto-maps to display-N with zero X11 forwarding setup.CI/CD IntegrationRun build steps, execute tests, deploy artifacts — all via HTTP. Integrate Terminal into any CI pipeline with simple curl calls and structured JSON responses.Live MonitoringReal-time CPU, memory, disk, and network stats via API. List running processes, send signals, inspect ports — full system visibility through structured endpoints.home / kit / terminal / endpointsHTTP API19 endpoints, full controlFour domains: command execution, session management, live streaming via WebSocket, and system monitoring. Every endpoint returns structured JSON with bearer token auth.Session Management7 endpointscurl .../sessions → [{terminal_id: \"1\", shell: \"bash\"}]GET/api/v1/terminal/sessionsList active sessionsPOST/api/v1/terminal/sessionsCreate new sessionDELETE/api/v1/terminal/sessions/:idTerminate sessionPOST/api/v1/terminal/sessions/:id/resizeResize terminalPOST/api/v1/terminal/sessions/:id/writeWrite to sessionGET/api/v1/terminal/sessions/:id/statusSession statusPOST/api/v1/terminal/sessions/:id/signalSend signal to sessionSystem & Meta6 endpointscurl .../system/resources → {cpu: 45%, mem: 8GB}GET/api/v1/system/resourcesCPU, memory, disk, networkGET/api/v1/system/processesRunning processesPOST/api/v1/system/process/signalSend signal to PIDGET/api/v1/system/envEnvironment variablesGET/api/v1/system/infoSystem informationGET/api/v1/terminal/rawExport raw outputCommand Execution4 endpointscurl -X POST .../execute -d '{\"command\":\"npm test\"}'POST/api/v1/terminal/executeExecute command (sync/async)GET/api/v1/terminal/result/:idPoll async resultGET/api/v1/terminal/history/:idCommand historyGET/api/v1/terminal/screenshotCapture as PNG/JPEG/GIFLive Streaming2 endpointsWS .../sessions/1/ws → real-time stdout framesWS/api/v1/terminal/sessions/:id/wsReal-time streamGET/api/v1/terminal/sessions/:id/bufferRead output bufferhome / kit / terminal / moreCapabilitiesEverything built inEvery feature is available out of the box with zero configuration. Terminal ships ready to use the moment your container starts.Persistent SessionsWorking directory, environment variables, shell history — everything survives browser closes and reconnections.Shell Selectionbash, zsh, fish, tmux, sh — switch shells via URL parameter. Pre-installed and ready to use.tmux Bridgetmux sessions shared between web and SSH access. terminal-3 in the browser maps to tmux session 3 over SSH.Terminal ScreenshotsCapture terminal state as PNG, JPEG, or GIF via API. Configurable colors and font size for documentation.Session ResetKill all processes, clear environment, reset working directory with a single URL parameter. Clean slate instantly.OpenAPI SpecSelf-documenting API at /api/v1/terminal/openapi.json. Generate typed clients in any language automatically.home / kit / terminal / startReady to explore?Terminal is one of 14 Kit services that ship with every Hoody container. No installation, no configuration — explore the docs or browse the API reference above.Join WaitlistRead the Docs"},"docsContextSent":[{"id":"cc4b13360ea1ed67","title":"What You Can Do","score":"18.794","fallback":false,"text":"## What You Can Do **hoody-terminal** provides complete shell control through HTTP: - **🌐 Web Terminal UI** - Full-featured browser terminal—replaces SSH for most use cases - **🖥️ Launch GUI Apps Instantly** - Type `firefox &` and it appears in browser—zero configuration - **⚡ Execute Commands** - Run any shell command via POST request, get `stdout`/`stderr`/exit codes - **🔄 Persistent Sessions** - Stateful terminals that remember working directory and environment - **👥 Multiplayer Sessions** - Multiple users typing in the same terminal simultaneously - **📊 System Monitoring** - Query CPU, memory, disk, processes, ports via HTTP - **📡 WebSocket Streaming** - Real-time output for long-running commands - **📸 Screenshots** - Capture terminal state as PNG/JPEG/GIF **Access & Security:** - **Traditional SSH** - SSH connections for automation/advanced users. See [SSH →](/foundation/networking/ssh/) - **SSH to Remote Servers** - Connect to other servers through the web UI using SSH parameters (no SSH client needed) - **Proxy Permissions** - Control terminal access with IP whitelist, passwords, or JWT. See [Permissions →](/foundation/proxy/permissions/) ---"},{"id":"5045ec52c629bc0a","title":"2. HTTP Shell Execution (For Automation)","score":"14.688","fallback":false,"text":"HTTP Shell Execution (For Automation) **For scripts and AI agents, use the HTTP API directly:** ```bash # Execute a command in your container hoody terminal sessions exec --command \"ls -la /app\" --wait # Run a command asynchronously hoody terminal sessions exec --command \"npm run build\" --no-wait --timeout 300 ``` ```typescript import { HoodyClient } from '@hoody-ai/hoody-sdk'; const client = new HoodyClient({ baseURL: 'https://api.hoody.icu', token: process.env.HOODY_TOKEN }); const containerClient = await client.withContainer({ id: CONTAINER_ID, project_id: PROJECT_ID, server: SERVER }); // Execute a shell command (synchronous) const result = await containerClient.terminal.execution.execute( { command: 'ls -la /app', wait: true }, // request body { terminal_id: '1' } // query params — terminal_id matches the terminal-1 URL ); console.log(result.data.stdout); ``` ```bash curl -X POST \"https://$PROJECT-$CONTAINER-terminal-1.$SERVER.containers.hoody.icu/api/v1/terminal/execute\" \\ -H \"Content-Type: application/json\" \\ -d '{\"command\": \"ls -la /app\", \"wait\": true}' ``` **Response:** ```json { \"success\": true, \"command_id\": \"cmd-123\", \"terminal_id\": \"1\", \"status\": \"completed\", \"exit_code\": 0, \"stdout\": \"total 48\\ndrwxr-xr-x 5 user user 4096 Nov 9 14:30 .\\n...\", \"stderr\": \"\", \"duration_ms\": 5 } ``` **The breakthrough:** Your entire shell is now accessible to: - AI agents (can execute commands via HTTP) - Mobile devices (POST from your phone) - Other containers (cross-container orchestration) - Embedded iframes (terminals in documentation) - Automation scripts (no SSH setup needed) **The URL terminal number determines which session executes the command:** - `terminal-1.hoody.icu/execute` → Executes in terminal session 1 - `terminal-2.hoody.icu/execute` → Executes in terminal session 2 - Each session is isolated but in the same container"},{"id":"256a3fc9683ebdc8","title":"The 18 HTTP Services","score":"14.178","fallback":false,"text":"## The 18 HTTP Services **Your floating operating system**—manage all containers, projects, and services from one browser interface. **Key Capabilities:** - Unified dashboard for all containers - Drag-and-drop workspace layouts - Embed multiple containers in one view - Share entire workspace with a URL - Access from any device **Perfect for:** Project management, monitoring, client presentations [Learn More →](/kit/workspaces/) **Execute shell commands via HTTP**—your Linux terminal as a web service, accessible from anywhere. **Key Capabilities:** - Web terminal UI in browser - HTTP command execution API - Multiple terminal instances per container - Session state persistence (cwd, env, history) - SSH to remote servers (no client needed) - Launch GUI apps instantly **Perfect for:** Command execution, automation, remote server management, AI agent control [Learn More →](/kit/terminals/) • [API Reference →](/api/terminal/sessions/) **Remote desktop via HTTP**—run graphical applications and see them in your browser. Zero configuration. **Key Capabilities:** - Full Linux desktop in browser - Multiple display instances (one app per display) - Auto-mapping with terminals (terminal-5 → display-5) - Session sharing for multiplayer - Screenshot API **Perfect for:** Visual development tools, GUI applications, browser automation, design software [Learn More →](/kit/displays/) • [API Reference →](/api/displays/web-client/) **Unified file access via HTTP**—read, download, and manage files across local storage and 60+ cloud providers."},{"id":"3e0b64fbbe4d2c86","title":"What's Next","score":"13.919","fallback":false,"text":"## What's Next **Explore other interactive services:** Full desktop environments accessible via URL—run VS Code, browsers, any GUI application. [Explore Displays →](./displays/) Chrome automation as REST API—control browsers via HTTP, scrape websites, run tests. [Explore Browser →](./browser/) Transform any script into an HTTP endpoint—your code becomes an API automatically. [Explore Exec →](./exec/) **Master terminal workflows:** - **[Sessions →](/api/terminal/sessions/)** - Manage persistent terminal sessions - **[Commands →](/api/terminal/commands/)** - Sync/async execution patterns - **[Monitoring →](/api/terminal/monitoring/)** - System introspection APIs --- > **Your shell is a URL.** > **Execute from anywhere.** > **Collaborate in real-time.** > **AI-native by design.** **This is how terminals work in the HTTP era.** ---"},{"id":"cc9faa64cea7d02c","title":"Terminals","score":"13.328","fallback":false,"text":"# Terminals **Your shell is a URL.** Execute commands via HTTP, share terminal sessions with a link, collaborate in real-time—no SSH keys, no configuration, just pure HTTP. **Launch GUI applications instantly:** Type `firefox &` in the terminal and it appears in your browser via the matching [display URL](/kit/displays/). No setup. No configuration. Just type and see. Every Hoody container includes **hoody-terminal**, transforming your Linux shell into a first-class web service accessible via HTTP endpoints. ---"},{"id":"30ba0bb4736e54dd","title":"API Endpoints Summary","score":"12.987","fallback":false,"text":"- **[GET /api/v1/terminal/sessions](/api/terminal/sessions/#get-apiv1terminalsessions)** - List all active sessions - Returns: Local and SSH sessions with status, resource usage, timestamps - **[DELETE /api/v1/terminal/\\{terminal_id\\}](/api/terminal/sessions/#delete-apiv1terminalterminal_id)** - Terminate session - Kills all processes in the session - **[GET /api/v1/terminal/history/\\{terminal_id\\}](/api/terminal/sessions/#get-apiv1terminalhistoryterminal_id)** - Command history - Returns: All commands with status, exit codes, duration - **[GET /api/v1/terminal/raw](/api/terminal/sessions/#get-apiv1terminalraw)** - Export complete output - Query params: `terminal_id`, `format` (download|text|html) - **[GET /api/v1/terminal/screenshot](/api/terminal/sessions/#get-apiv1terminalscreenshot)** - Visual terminal snapshot - Query params: `terminal_id`, `format` (png|jpeg|gif), `foreground`, `background`, `fontsize` **Terminal Automation (TUI Control):** - **[GET /api/v1/terminal/snapshot](/api/terminal/automation/#get-rendered-terminal-snapshot)** - Read rendered terminal screen (lines, cursor, fullscreen state) - Query params: `terminal_id`, `include_colors`, `include_highlights`, `scroll_offset` - **[GET /api/v1/terminal/find](/api/terminal/automation/#search-terminal-screen-with-regex)** - PCRE2 regex search on screen/scrollback - Query params: `terminal_id`, `pattern`, `scope`, `limit`, `case_insensitive` - **[POST /api/v1/terminal/press](/api/terminal/automation/#send-named-key-presses-to-terminal)** - Send named key presses (mode-aware DECCKM/DECKPAM) - Body: `{ \"key\": \"enter\" }` or `{ \"keys\": [...] }` - **[POST /api/v1/terminal/paste](/api/terminal/automation/#paste-text-into-terminal)** - Bracketed paste with UTF-8 support - Body: `{ \"text\": \"...\", \"bracketed\": true }` - **[POST /api/v1/terminal/wait](/api/terminal/automation/#wait-for-terminal-condition)** - Block until screen settles or regex matches, returns atomic snapshot - Body: `{ \"mode\": \"stable|regex|either\", \"pattern\": \"...\", \"timeout_ms\": 5000, \"debounce_ms\": 100 }` - **[GET /api/v1/terminal/keys](/api/terminal/automation/#list-supported-key-names)** - List supported key names for `/press` - **[GET /api/v1/terminal/automation/metrics](/api/terminal/automation/#get-terminal-automation-metrics)** - Global vterm metrics (session count, memory used/cap, active waiters) - **[GET /api/v1/terminal/\\{terminal_id\\}/automation](/api/terminal/automation/#get-per-session-automation-state)** - Per-session automation state (dimensions, seq, idle ms, alt-screen) **System Resource Monitoring:** - **[GET /api/v1/system/resources](/api/terminal/monitoring/#get-system-resources)** - System stats - Returns: CPU, memory, disk, network usage - **[GET /api/v1/system/processes](/api/terminal/monitoring/#list-system-processes)** - List processes - Query params: `sort` (cpu|memory|pid), `limit`, `filter` (by name) - **[GET /api/v1/system/processes/\\{pid\\}](/api/terminal/monitoring/#get-process-details)** - Process details - Returns: Command, working directory, parent/child relationships, environment - **[POST /api/v1/system/process/signal](/api/terminal/monitoring/#send-signal-to-process)** - Send Unix signals - Body: `{\"pid\": 12345, \"signal\": \"SIGTERM\"}` or `{\"name\": \"nginx\", \"signal\": \"SIGHUP\"}` **System Control:** - **[POST /api/v1/system/shutdown](/api/terminal/monitoring/#shutdown-system)** - Shutdown the system - **[POST /api/v1/system/reboot](/api/terminal/monitoring/#reboot-system)** - Reboot the system **System Introspection:** - **[GET /api/v1/system/ports](/api/terminal/monitoring/#list-network-ports)** - List listening ports - Query params: `http_only`, `hoody_only`, `user`, `port` - **[GET /api/v1/system/daemon](/api/terminal/monitoring/#get-daemon-programs-configuration)** - List hoody-daemon programs - Returns: hoody-daemon-managed services with status, uptime, configuration - **[GET /api/v1/system/displays](/api/terminal/monitoring/#get-display-information)** - List X11 displays - Returns: Active display sessions, resolutions, users **WebSocket:** - **[GET /api/v1/terminal/ws](/api/terminal/sessions/#get-apiv1terminalws)** - WebSocket terminal connection - Real-time bidirectional terminal I/O **Health:** - **[GET /api/v1/terminal/health](/api/terminal/monitoring/#health-check)** - Service health check **Web Interface & Authentication:** - **[GET /](/api/terminal/web-interface/)** - Browser terminal UI - 39 query parameters for customization (session, shell, SSH, display, desktop, panel, theme, font, etc.) - **[GET /api/v1/terminal/openapi.json](/api/terminal/web-interface/#get-openapi-specification-json)** - OpenAPI specification - **[GET /api/v1/terminal/openapi.yaml](/api/terminal/web-interface/#get-openapi-specification-yaml)** - OpenAPI YAML spec ---"},{"id":"f8da1abff64d674f","title":"Available endpoints","score":"12.809","fallback":false,"text":"## Available endpoints The Terminal service is organized into the following sub-pages. Each page documents the operations, parameters, and response formats for that capability area. Execute commands and retrieve results. Run one-off or tracked commands inside containers, stream output, and poll for completion. Useful for automation, CI/CD pipelines, and scripted workflows. [Open Command Execution →](/api/terminal/commands/) List, inspect, connect via WebSocket, and manage sessions. Enumerate active and historical terminal sessions, retrieve session metadata, attach a WebSocket client for real-time I/O, and terminate sessions that are no longer needed. [Open Session Management →](/api/terminal/sessions/) Access web-based terminal and API docs. Retrieve the URL of the built-in web terminal interface and the auto-generated OpenAPI/Swagger documentation for the daemon's HTTP surface. [Open Web UI & API Access →](/api/terminal/web-interface/) Monitor resources, processes, and network ports. Query host-level metrics including CPU, memory, and disk usage, list running processes, and inspect the set of listening network ports. [Open System Monitoring →](/api/terminal/monitoring/) ---"},{"id":"c1088386d628abcd","title":"Hoody Terminal","score":"12.706","fallback":false,"text":"# Hoody Terminal **Page:** api/terminal/index [Download Raw Markdown](./api/terminal/index.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} The Hoody Terminal service provides a unified interface for executing commands, managing persistent sessions, and monitoring system resources. Whether you need to run one-off commands in isolated containers, stream interactive shell sessions over WebSocket, or inspect process and network activity, the Terminal API exposes a consistent set of endpoints backed by the Hoody daemon. Use this section when you need to: - Execute a command in a fresh or existing container and retrieve its output. - List, inspect, or terminate long-running terminal sessions. - Connect to a session interactively via WebSocket. - Query the web terminal UI and explore the auto-generated API documentation. - Monitor host resources such as CPU, memory, disk, processes, and listening ports."},{"id":"4c06825632a5e5b2","title":"API Endpoints Summary","score":"11.866","fallback":false,"text":"## API Endpoints Summary **Official Technical Reference:** For complete endpoint documentation with all parameters, responses, and examples: **Command Execution:** - **[POST /api/v1/terminal/execute](/api/terminal/commands/#post-apiv1terminalexecute)** - Execute shell commands - Body params: `command`, `id`, `timeout`, `wait`, `cwd` (per-command working directory), `env` - Query params: `terminal_id`, `cwd` (initial working directory for new/reset local sessions), `cwd_auto_create`, `shell`, `user`, `ssh_host`, `ssh_user`, `ssh_password`, `ssh_key`, `reset` - Modes: Synchronous (`wait: true`) or Asynchronous (`wait: false`) - **[GET /api/v1/terminal/result/\\{command_id\\}](/api/terminal/commands/#get-apiv1terminalresultcommand_id)** - Poll async command result - Returns: `status`, `exit_code`, `stdout`, `stderr`, `duration_ms` - **[POST /api/v1/terminal/execute/\\{command_id\\}/abort](/api/terminal/commands/#post-apiv1terminalexecutecommand_idabort)** - Abort a running command (SIGINT or force SIGKILL) - Body: `{ \"force\": false }` - **[POST /api/v1/terminal/write](/api/terminal/commands/#post-apiv1terminalwrite)** - Type raw input into a session PTY (interactive prompts, y/n, sudo password) - Query params: `terminal_id` - Body: `{ \"input\": \"text\", \"enter\": true }` — raw byte injection as if typed at a keyboard **Session Management:** - **[POST /api/v1/terminal/create](/api/terminal/sessions/#post-apiv1terminalcreate)** - Explicitly create a terminal session - Query params: `terminal_id`, `shell`, `user`, `cwd`, `display`, `ssh_host`, ..."},{"id":"63cb83d428859e81","title":"What's Next","score":"11.360","fallback":false,"text":"## What's Next - **[Terminals Overview -->](/kit/terminals/)** -- Full terminal service docs: web UI, session management, command execution - **[Terminal API Reference -->](/api/terminal/commands/)** -- Complete OpenAPI endpoint reference with all parameters and response schemas - **[SSH Access -->](/foundation/networking/ssh/)** -- SSH as an alternative access method alongside HTTP automation - **[Displays -->](/kit/displays/)** -- Visual display service for GUI applications launched from terminal sessions - **[Kit Overview -->](/kit/)** -- All HTTP services available in every Hoody container - **[Permissions -->](/foundation/proxy/permissions/)** -- Control who can access terminal automation endpoints ---"},{"id":"349457eecd80c626","title":"Parameters","score":"11.320","fallback":false,"text":"Default: `50`, minimum: `10`. | | `reset` | query | boolean | No | Reset existing session and reconfigure (kills current process, clears state, allows switching from bash to SSH or changing any parameter). Use `'true'`, `'1'`, or no value. | | `cwd` | query | string | No | Working directory for local bash sessions (ignored for SSH). | | `cwd_auto_create` | query | boolean | No | Auto-create `cwd` when the requested working directory does not exist yet. Only applies when `cwd` is explicitly provided for a new or reset local session. Enable with `'true'`, `'1'`, or no value. Default: `false`. | | `shell` | query | string | No | Shell to use for local sessions: `bash` (case-insensitive), `zsh`, `fish`, `sh`, etc. Default: server startup command, only applies to new sessions or after reset. | | `user` | query | string | No | System user to spawn shell as (requires `su` permissions, only applies to new sessions or after reset). | | `cmd` | query | string | No | Base64-encoded command to execute automatically (works with both new and active shells, executes every time URL is visited). | | `env` | query | string | No | Environment variable in `KEY=VALUE` format (can be repeated for multiple variables, e.g., `?env=DEBUG=1&env=API_KEY=abc`). | | `skip_display_wait` | query | boolean | No | Skip waiting for Hoody Display readiness before executing command. By default, if a `DISPLAY` is configured, the endpoint blocks until the display server on port `4000+display_num` is ready. Default: `false`."},{"id":"45b9312c1a80ad19","title":"1. Desktop as a URL","score":"10.976","fallback":false,"text":"### 1. Desktop as a URL **Every container can run multiple display instances—one per application:** ``` https://{project}-{container}-display-1.{server}.containers.hoody.icu https://{project}-{container}-display-2.{server}.containers.hoody.icu https://{project}-{container}-display-3.{server}.containers.hoody.icu ``` **Recommended pattern: One display per application** - `display-1` - Your main IDE (VS Code) - `display-2` - Web browser (Firefox/Chrome) - `display-3` - Office applications (LibreOffice) - `display-4` - Graphics editor (GIMP) - `display-5` - Database tools **Why separate displays matter:** Each display runs independently with its own: - Screen resolution - Window manager state - Application set - Performance profile **Access any display from any browser**—phone, tablet, laptop, TV. No installation. No configuration. Just open the URL. **Terminal integration:** When you use [`terminal-5`](/kit/terminals/), it automatically connects to `display-5` (`:5` in X11 terms). This makes GUI programs work seamlessly—run `firefox` in terminal-5, and it appears in display-5. **Manual display selection:** Set the `DISPLAY` environment variable to target a specific display: ```bash"},{"id":"5e15e69c17e84620","title":"Quick Start (Ephemeral Programs)","score":"0.000","fallback":true,"text":"## Quick Start (Ephemeral Programs) Quick Start lets you run temporary custom programs that auto-clean when stopped or on container reboot. Programs are not saved to `programs.json`; they are tracked in `ephemeral.json` for crash recovery. Use them for one-off data migrations, temporary test servers, debug tasks, CI/CD ephemeral environments, and custom batch jobs. For permanent programs that must survive reboots, use `POST /api/v1/daemon/programs/add`."},{"id":"66bc588ddc6c0406","title":"Overview","score":"0.000","fallback":true,"text":"## Overview The Orchestration Vault & Import API manages the **portable Master TODO state** — synchronizing TODOs to/from Hoody Vault and importing repositories across workspaces. Use these endpoints to discover vault-stored TODOs, sync local snapshots, start a repository import job, and poll import progress."},{"id":"4013e43bd747b8c0","title":"`PATCH /api/v1/containers/{id}/env`","score":"0.000","fallback":true,"text":"## `PATCH /api/v1/containers/{id}/env` Merge environment variables into the container. Existing keys are updated, new keys are added. Keys not present in the body are left unchanged (merge semantics). Changes take effect upon the next container restart."}],"finalPromptSent":"# Hoody Website Reviewer — latest prompt (for records)\n\n_Reassembled from our working history. The LIVE prompt is in `data/prompt.md` on the\ncontainer; paste the block below into the Prompt tab to guarantee they match._\n\n_Newest change (this revision): the recommendation rule now explicitly forbids\nsynthesizing a \"canonical\" example from the page's own (possibly wrong) strings on\ninternal-consistency / on-page-self-check findings — marked **[NEW]** inline below._\n\n---\n\n```\nOUTPUT PROTOCOL (read first, obey exactly)\n- Respond with a SINGLE valid JSON object and NOTHING else.\n- No prose, no markdown, no code fences, no preamble, no explanation outside the JSON.\n- Do NOT include any <think> blocks or chain-of-thought in the output. Think silently;\n  emit only the final JSON. (Any reasoning you expose will be discarded.)\n- The JSON must match OUTPUT JSON SHAPE below exactly. No extra top-level keys.\n\nROLE\nYou are a meticulous launch-readiness auditor for Hoody's English marketing website.\nHoody is HTTP-native infrastructure (\"Computers as URLs\" / \"Linux as HTTP\") that exposes\nLinux primitives as HTTPS endpoints so AI agents can operate full machines over URLs.\n\nTASK\nAudit ONE website page (WEBSITE_PAGE) against the official documentation excerpts\n(HOODY_DOCS_CONTEXT) AND against itself. Treat the docs as the source of truth and the\nwebsite as the artifact under review — EXCEPT where the KNOWN SOURCE-OF-TRUTH OVERRIDES\nbelow say otherwise. Report only defensible, specific problems a careful reviewer would\nstand behind. This is a MARKETING website about to launch — your job is to catch factual,\ntechnical, and structural errors, NOT to police persuasive wording.\n\nKNOWN SOURCE-OF-TRUTH OVERRIDES (read before judging; these WIN over the docs)\nThe docs are the source of truth, with these known exceptions/clarifications:\n- DOMAIN: `containers.hoody.com` is the ONLY customer-facing / production domain. Both\n  `containers.hoody.run` (old pre-prod) AND `containers.hoody.icu` (internal/pre-prod, the\n  domain the docs themselves use) are NON-customer-facing. On the marketing WEBSITE, the\n  correct domain is `.com`; if a page shows `.run` or `.icu`, THAT is the error (should be\n  `.com`). Do NOT flag the docs for using `.icu`, and never tell the website to change\n  `.com` to `.icu`/`.run`. When judging website hostnames, map the documented `.icu`\n  pattern to `.com`.\n- SCOPE: the docs police everything they COVER. If a claim (technical, capability, count,\n  pricing, anything) is supported or contradicted by the docs, judge it. If the docs are\n  SILENT on a claim (e.g. funding, a price not in the docs, a marketing superlative), do\n  NOT invent a contradiction — stay silent or use needs-docs-context-check.\n\nWHAT TO LOOK FOR\n1. claim-mismatch — the page states something that contradicts the docs (numbers,\n   capabilities, limits, pricing, availability, behavior, URLs/hostnames, endpoint paths).\n2. missing-docs-support — a concrete, checkable claim that the supplied docs neither\n   confirm nor plausibly cover. Do NOT flag normal marketing tone as unsupported.\n3. terminology — product/feature names, casing, or concepts used inconsistently with\n   the docs (e.g. \"Agent mode\" vs \"Hoody Agent\") in a way that could genuinely mislead a\n   user about what a feature IS. Naming style alone is not a finding.\n4. launch-content — placeholder text, \"lorem\", TODO, broken links, empty sections,\n   obvious copy errors, or truly dead CTAs (e.g. a button linking nowhere). A CTA whose\n   LABEL is merely off-tone or arguably stale is at most low severity (see CALIBRATION).\n5. legal-policy — issues on Terms/Privacy/AUP/Sub-processors pages (contradictions,\n   missing required disclosures, stale entities/dates). Tag clearly.\n6. broken-or-incomplete — page renders empty, truncated, or structurally broken.\n7. internal-consistency — the page contradicts ITSELF, independent of the docs. Flag\n   repeated values that should match but don't: hostnames/URLs (e.g. three different\n   domains across code examples), counts (services, endpoints), prices, endpoint paths,\n   product/feature names, or a stated total that disagrees with the list it accompanies.\n   Use this type even when the docs are silent; a page that contradicts itself is a defect.\n\nSPECIAL CHECKS (apply within the categories above)\n- Numeric / enumerated claims: when the page states a count (\"19 endpoints\", \"14 services\")\n  AND enumerates the underlying items, verify the count against the list AND against the\n  docs. If the listed items don't match the documented set (extra, missing, wrong total),\n  flag it as claim-mismatch at the confidence the evidence supports — do NOT downgrade to\n  needs-docs-context-check, because the page's own list is directly checkable. If the page\n  gives a count with no list and the docs don't cover it, needs-docs-context-check applies.\n- Code & API samples are checkable artifacts, not decoration: flag invalid JSON (e.g.\n  array brackets \"[ ]\" wrapping object fields that require \"{ }\"), malformed curl, response\n  shapes that don't match the documented schema, and endpoint paths that differ from the\n  docs. Quote the offending sample as evidence. These are high/medium, not polish.\n\nMARKETING COPY CALIBRATION (important — this is a pre-launch marketing site)\n- Persuasive wording is the company's call, not yours. Do NOT flag, escalate, or treat as\n  contradictions: taglines, value-prop phrasing, CTA button labels, superlatives (\"first\",\n  \"best\", \"only\", \"the most\"), aspirational framing, or tone — UNLESS they assert a\n  concrete, checkable, FALSE fact.\n- A mismatch between a CTA label (e.g. \"Join Waitlist\") and an availability statement is at\n  MOST low severity, type launch-content. Never high or medium. The team knows their launch\n  state; assume availability copy is intentional unless it's a hard factual error elsewhere.\n- Superlative/primacy claims (\"the first infrastructure where...\") are marketing positioning.\n  At most low, type missing-docs-support, and only if stated as a hard fact. Prefer to note\n  them rather than flag them.\n- Reserve high/medium severity for FACTUAL, TECHNICAL, NUMERIC, or STRUCTURAL errors:\n  wrong endpoints/paths, wrong counts, wrong prices, wrong domains/URLs, invalid code,\n  broken JSON, contradictory numbers, broken/empty pages, legal-policy defects.\n- When unsure whether something is a marketing choice or a factual error, choose the LOWER\n  severity, and if it's purely wording, prefer a \"notes\" entry over a finding.\n\nRULES\n- Return ONLY valid JSON. No prose, no markdown, no code fences.\n- Quote real evidence: copy the exact (or near-exact) phrase from WEBSITE_PAGE. Never invent text.\n- Anchor every docs claim to the supplied HOODY_DOCS_CONTEXT. If the docs context is\n  insufficient to judge a real claim, emit a finding with type \"needs-docs-context-check\"\n  rather than guessing or assuming a contradiction. (Exception: internal-consistency and\n  on-page numeric/list mismatches do not require docs — they are checkable on the page itself.)\n- NEVER state a canonical value (hostname, endpoint path, price, count, product name) in a\n  recommendation from memory or paraphrase. Quote it from the supplied docs, or point to\n  where it lives (\"use the value documented in HOODY_DOCS_CONTEXT\"). A fix that invents a\n  plausible-looking value is worse than no fix. Respect the KNOWN OVERRIDES above.\n- [NEW] For internal-consistency / on-page-self-check findings about a value that ALSO has a\n  canonical form (hostnames, URL patterns, endpoint paths): do NOT synthesize the \"correct\"\n  example by picking one of the page's own (possibly wrong) strings. The page's strings are\n  the thing under suspicion — reusing one as the fix can launder an invented/placeholder\n  value (e.g. \"proj-dev\", \"yourserver\", \"server\") into an authoritative-sounding correction.\n  Instead: (a) if the docs supply the canonical pattern, quote THAT in the recommendation;\n  (b) if not in context, say \"use the canonical pattern documented in the docs\" WITHOUT\n  inventing a concrete example. Never present a placeholder-laden or page-derived string as\n  the canonical value.\n- Precision over volume. A clean page should return an empty findings array. Do not\n  manufacture findings to look thorough. Do not flag subjective style preferences.\n- Do not emit the same underlying defect twice under different types; pick the most\n  specific type and consolidate.\n- Be specific in recommendation: state the exact change to make. When the page is wrong\n  about a value the docs define (canonical hostname, endpoint path, count), reference the\n  documented value rather than inventing one — subject to the KNOWN OVERRIDES and the\n  [NEW] rule above.\n- No chain-of-thought. The \"discrepancy\" field is a concise audit rationale, not reasoning.\n\nSEVERITY RUBRIC\n- high   = factually wrong, contradicts docs, broken, invalid code, or legally risky.\n           Ship-blocker. Must be a concrete technical/factual/numeric/structural error.\n- medium = misleading on a factual point, ambiguous technical claim, or likely to confuse\n           a user about how something works; should fix before launch.\n- low    = minor polish, wording, tone, CTA-label, superlative, or low-impact inconsistency.\n           ALL marketing-wording items live here or in notes — never above.\n\nCONFIDENCE\n- high   = directly supported by the supplied evidence + docs, OR an on-page\n           self-contradiction / count-vs-list mismatch verifiable from WEBSITE_PAGE alone.\n- medium = strong inference.\n- low    = plausible but the supplied context is thin (prefer needs-docs-context-check).\n\nOUTPUT JSON SHAPE (return exactly this structure)\n{\n  \"pageSummary\": \"1-2 sentence neutral description of what this page is\",\n  \"findings\": [\n    {\n      \"severity\": \"high|medium|low\",\n      \"type\": \"claim-mismatch|missing-docs-support|terminology|launch-content|legal-policy|broken-or-incomplete|internal-consistency|needs-docs-context-check|other\",\n      \"tag\": \"short-kebab-tag\",\n      \"message\": \"one-line title of the issue\",\n      \"evidence\": \"exact quote from the website page\",\n      \"docsReference\": \"the docs section/excerpt used, why docs context is missing, or 'on-page self-check' for internal-consistency findings\",\n      \"discrepancy\": \"why this is a problem, concisely\",\n      \"confidence\": \"high|medium|low\",\n      \"recommendation\": \"the specific fix to apply\"\n    }\n  ],\n  \"notes\": [\"optional neutral observations that are not findings — put pure wording/tone observations here\"]\n}\n\nREMINDER\nOutput the JSON object only. Begin your response with \"{\" and end it with \"}\".\nIf the page is clean, return {\"pageSummary\":\"...\",\"findings\":[],\"notes\":[]}.\n```\n\n---\n\n## Change history (for your record)\n1. **Base** — original launch-readiness auditor prompt (6 finding types).\n2. **+ internal-consistency (#7), numeric/enumerated rule, code-validity rule** — catches\n   self-contradictions (14-vs-19), count-vs-list, invalid JSON.\n3. **+ MARKETING COPY CALIBRATION** — CTAs/superlatives/taglines capped at low; high/medium\n   reserved for factual/technical/numeric/structural errors. Killed the \"Join Waitlist =\n   high\" noise.\n4. **+ KNOWN SOURCE-OF-TRUTH OVERRIDES (domain + scope)** and the \"never state a canonical\n   value from memory\" recommendation rule.\n5. **[this revision] + on-page-self-check recommendation rule** — do not reuse the page's\n   own (possibly invented) strings as the canonical fix example; quote the docs' pattern or\n   decline to give a concrete example. (Prompted by the terminal-hostname finding that\n   suggested `proj-dev-terminal-1.server.containers.hoody.com` — itself containing the\n   invented `proj-dev`/`server` placeholders.)\n\nCUSTOM_NOTE:\n(none)\n\nWEBSITE_PAGE:\n{\n  \"url\": \"https://hoody.com/kit/terminal\",\n  \"title\": \"Hoody — Computers That Are URLs\",\n  \"description\": \"\",\n  \"headings\": [\n    \"Terminal\",\n    \"Five ways to use Terminal\",\n    \"Commands Over HTTP\",\n    \"Every command is an API call\",\n    \"Built for real workflows\",\n    \"Remote Development\",\n    \"AI Agent Orchestration\",\n    \"Team Debugging\",\n    \"GUI Applications\",\n    \"CI/CD Integration\",\n    \"Live Monitoring\",\n    \"19 endpoints, full control\",\n    \"Session Management\",\n    \"System & Meta\",\n    \"Command Execution\",\n    \"Live Streaming\",\n    \"Everything built in\",\n    \"Persistent Sessions\",\n    \"Shell Selection\",\n    \"tmux Bridge\",\n    \"Terminal Screenshots\",\n    \"Session Reset\",\n    \"OpenAPI Spec\",\n    \"Ready to explore?\",\n    \"The Kit\",\n    \"Platform\",\n    \"Resources\",\n    \"Company\"\n  ],\n  \"wordCount\": 753,\n  \"text\": \"HTTP Command APIWebSocket StreamingMultiplayer Sessions50+ URL Parameters5 Shell EnvironmentsDisplay Auto-Mapping19 API EndpointsPersistent SessionsHTTP Command APIWebSocket StreamingMultiplayer Sessions50+ URL Parameters5 Shell EnvironmentsDisplay Auto-Mapping19 API EndpointsPersistent SessionsHTTP Command APIWebSocket StreamingMultiplayer Sessions50+ URL Parameters5 Shell EnvironmentsDisplay Auto-Mapping19 API EndpointsPersistent SessionsHTTP Command APIWebSocket StreamingMultiplayer Sessions50+ URL Parameters5 Shell EnvironmentsDisplay Auto-Mapping19 API EndpointsPersistent Sessionshome / kit / terminalKit ServiceTerminalA persistent Linux shell exposed as an HTTPS endpoint. Run commands via API, connect from any browser, stream over WebSocket, or SSH in directly. Sessions persist across reconnections.View DocumentationQuickstart# Get your token$ curl https://your-terminal.hoody.com/token> eyJhbG... # Run your first command$ curl -X POST .../api/v1/terminal/execute \\\\ -H \\\"Authorization: Bearer $TOKEN\\\" \\\\ -d '[\\\"command\\\":\\\"echo Hello from Hoody!\\\",\\\"wait\\\":true]'> [\\\"success\\\":true,\\\"stdout\\\":\\\"Hello from Hoody!\\\\n\\\",\\\"duration_ms\\\":3] # Share the URL — anyone can connecthttps://proj-dev-terminal-1.server.containers.hoody.comhome / kit / terminal / featuresHow It WorksFive ways to use TerminalTerminal adapts to how you work. Execute commands via HTTP, stream builds over WebSocket, collaborate in real time, launch GUI apps, or monitor system resources — all from the same URL.terminal-1ExecuteStreamCollaborateDisplayMonitorExecuteStreamCollaborateDisplayMonitorCommands Over HTTPPOST a shell command to any terminal session. Get structured JSON with stdout, stderr, exit code, and timing. No SSH tunnel, no client library — just HTTP.# before / after- ssh user@server 'ls -la /app' 2>/dev/null+ curl -X POST terminal.hoody.com/api/v1/terminal/execute -d '[\\\"command\\\":\\\"ls -la /app\\\"]'curljavascriptpythonbrowsercurljavascriptpythonbrowser$ curl -X POST /api/v1/terminal/execute \\\\ -d '[\\\"command\\\": \\\"npm test\\\", \\\"wait\\\": true]' > HTTP/1.1 200 OK> [> \\\"success\\\": true,> \\\"exit_code\\\": 0,> \\\"stdout\\\": \\\"24 passed, 0 failed\\\",> \\\"duration_ms\\\": 12> ]Execute — 1/5home / kit / terminal / apiHTTP APIEvery command is an API callPOST a command, get structured JSON back with stdout, stderr, exit code, and timing metadata. Sync or async with polling.View All Endpointsterminal-api.shterminal-api.shterminal-api.jsterminal_api.pyterminal-api.shterminal-api.jsterminal_api.py# Execute a command via Terminal HTTP APIcurl -X POST \\\\ https://proj-dev-terminal-1.hoody.com/api/v1/terminal/execute \\\\ -H \\\"Content-Type: application/json\\\" \\\\ -H \\\"Authorization: Bearer $TOKEN\\\" \\\\ -d '{ \\\"command\\\": \\\"ls -la /app\\\", \\\"wait\\\": true }' # Response:# {# \\\"success\\\": true,# \\\"exit_code\\\": 0,# \\\"stdout\\\": \\\"total 48\\\\ndrwxr-xr-x ...\\\",# \\\"stderr\\\": \\\"\\\",# \\\"duration_ms\\\": 12# }home / kit / terminal / moreUse CasesBuilt for real workflowsTerminal covers the full range of developer and automation scenarios. Each use case maps to specific API endpoints and URL parameters.Remote DevelopmentSSH into your container from any device with a browser. Full shell access with persistent sessions — pick up where you left off from your phone, tablet, or another machine.AI Agent OrchestrationAgents execute shell commands via the HTTP API. Build, test, deploy — the Terminal API gives AI agents structured access to your entire development environment.Team DebuggingShare a terminal URL with your team for multiplayer debugging. Everyone sees the same output, types commands, and gets unique cursor colors in real time.GUI ApplicationsLaunch any graphical application from the terminal. Firefox, VS Code, GIMP — terminal-N auto-maps to display-N with zero X11 forwarding setup.CI/CD IntegrationRun build steps, execute tests, deploy artifacts — all via HTTP. Integrate Terminal into any CI pipeline with simple curl calls and structured JSON responses.Live MonitoringReal-time CPU, memory, disk, and network stats via API. List running processes, send signals, inspect ports — full system visibility through structured endpoints.home / kit / terminal / endpointsHTTP API19 endpoints, full controlFour domains: command execution, session management, live streaming via WebSocket, and system monitoring. Every endpoint returns structured JSON with bearer token auth.Session Management7 endpointscurl .../sessions → [{terminal_id: \\\"1\\\", shell: \\\"bash\\\"}]GET/api/v1/terminal/sessionsList active sessionsPOST/api/v1/terminal/sessionsCreate new sessionDELETE/api/v1/terminal/sessions/:idTerminate sessionPOST/api/v1/terminal/sessions/:id/resizeResize terminalPOST/api/v1/terminal/sessions/:id/writeWrite to sessionGET/api/v1/terminal/sessions/:id/statusSession statusPOST/api/v1/terminal/sessions/:id/signalSend signal to sessionSystem & Meta6 endpointscurl .../system/resources → {cpu: 45%, mem: 8GB}GET/api/v1/system/resourcesCPU, memory, disk, networkGET/api/v1/system/processesRunning processesPOST/api/v1/system/process/signalSend signal to PIDGET/api/v1/system/envEnvironment variablesGET/api/v1/system/infoSystem informationGET/api/v1/terminal/rawExport raw outputCommand Execution4 endpointscurl -X POST .../execute -d '{\\\"command\\\":\\\"npm test\\\"}'POST/api/v1/terminal/executeExecute command (sync/async)GET/api/v1/terminal/result/:idPoll async resultGET/api/v1/terminal/history/:idCommand historyGET/api/v1/terminal/screenshotCapture as PNG/JPEG/GIFLive Streaming2 endpointsWS .../sessions/1/ws → real-time stdout framesWS/api/v1/terminal/sessions/:id/wsReal-time streamGET/api/v1/terminal/sessions/:id/bufferRead output bufferhome / kit / terminal / moreCapabilitiesEverything built inEvery feature is available out of the box with zero configuration. Terminal ships ready to use the moment your container starts.Persistent SessionsWorking directory, environment variables, shell history — everything survives browser closes and reconnections.Shell Selectionbash, zsh, fish, tmux, sh — switch shells via URL parameter. Pre-installed and ready to use.tmux Bridgetmux sessions shared between web and SSH access. terminal-3 in the browser maps to tmux session 3 over SSH.Terminal ScreenshotsCapture terminal state as PNG, JPEG, or GIF via API. Configurable colors and font size for documentation.Session ResetKill all processes, clear environment, reset working directory with a single URL parameter. Clean slate instantly.OpenAPI SpecSelf-documenting API at /api/v1/terminal/openapi.json. Generate typed clients in any language automatically.home / kit / terminal / startReady to explore?Terminal is one of 14 Kit services that ship with every Hoody container. No installation, no configuration — explore the docs or browse the API reference above.Join WaitlistRead the Docs\"\n}\n\nHOODY_DOCS_CONTEXT:\n[\n  {\n    \"title\": \"What You Can Do\",\n    \"text\": \"## What You Can Do **hoody-terminal** provides complete shell control through HTTP: - **🌐 Web Terminal UI** - Full-featured browser terminal—replaces SSH for most use cases - **🖥️ Launch GUI Apps Instantly** - Type `firefox &` and it appears in browser—zero configuration - **⚡ Execute Commands** - Run any shell command via POST request, get `stdout`/`stderr`/exit codes - **🔄 Persistent Sessions** - Stateful terminals that remember working directory and environment - **👥 Multiplayer Sessions** - Multiple users typing in the same terminal simultaneously - **📊 System Monitoring** - Query CPU, memory, disk, processes, ports via HTTP - **📡 WebSocket Streaming** - Real-time output for long-running commands - **📸 Screenshots** - Capture terminal state as PNG/JPEG/GIF **Access & Security:** - **Traditional SSH** - SSH connections for automation/advanced users. See [SSH →](/foundation/networking/ssh/) - **SSH to Remote Servers** - Connect to other servers through the web UI using SSH parameters (no SSH client needed) - **Proxy Permissions** - Control terminal access with IP whitelist, passwords, or JWT. See [Permissions →](/foundation/proxy/permissions/) ---\"\n  },\n  {\n    \"title\": \"2. HTTP Shell Execution (For Automation)\",\n    \"text\": \"HTTP Shell Execution (For Automation) **For scripts and AI agents, use the HTTP API directly:** ```bash # Execute a command in your container hoody terminal sessions exec --command \\\"ls -la /app\\\" --wait # Run a command asynchronously hoody terminal sessions exec --command \\\"npm run build\\\" --no-wait --timeout 300 ``` ```typescript import { HoodyClient } from '@hoody-ai/hoody-sdk'; const client = new HoodyClient({ baseURL: 'https://api.hoody.icu', token: process.env.HOODY_TOKEN }); const containerClient = await client.withContainer({ id: CONTAINER_ID, project_id: PROJECT_ID, server: SERVER }); // Execute a shell command (synchronous) const result = await containerClient.terminal.execution.execute( { command: 'ls -la /app', wait: true }, // request body { terminal_id: '1' } // query params — terminal_id matches the terminal-1 URL ); console.log(result.data.stdout); ``` ```bash curl -X POST \\\"https://$PROJECT-$CONTAINER-terminal-1.$SERVER.containers.hoody.icu/api/v1/terminal/execute\\\" \\\\ -H \\\"Content-Type: application/json\\\" \\\\ -d '{\\\"command\\\": \\\"ls -la /app\\\", \\\"wait\\\": true}' ``` **Response:** ```json { \\\"success\\\": true, \\\"command_id\\\": \\\"cmd-123\\\", \\\"terminal_id\\\": \\\"1\\\", \\\"status\\\": \\\"completed\\\", \\\"exit_code\\\": 0, \\\"stdout\\\": \\\"total 48\\\\ndrwxr-xr-x 5 user user 4096 Nov 9 14:30 .\\\\n...\\\", \\\"stderr\\\": \\\"\\\", \\\"duration_ms\\\": 5 } ``` **The breakthrough:** Your entire shell is now accessible to: - AI agents (can execute commands via HTTP) - Mobile devices (POST from your phone) - Other containers (cross-container orchestration) - Embedded iframes (terminals in documentation) - Automation scripts (no SSH setup needed) **The URL terminal number determines which session executes the command:** - `terminal-1.hoody.icu/execute` → Executes in terminal session 1 - `terminal-2.hoody.icu/execute` → Executes in terminal session 2 - Each session is isolated but in the same container\"\n  },\n  {\n    \"title\": \"The 18 HTTP Services\",\n    \"text\": \"## The 18 HTTP Services **Your floating operating system**—manage all containers, projects, and services from one browser interface. **Key Capabilities:** - Unified dashboard for all containers - Drag-and-drop workspace layouts - Embed multiple containers in one view - Share entire workspace with a URL - Access from any device **Perfect for:** Project management, monitoring, client presentations [Learn More →](/kit/workspaces/) **Execute shell commands via HTTP**—your Linux terminal as a web service, accessible from anywhere. **Key Capabilities:** - Web terminal UI in browser - HTTP command execution API - Multiple terminal instances per container - Session state persistence (cwd, env, history) - SSH to remote servers (no client needed) - Launch GUI apps instantly **Perfect for:** Command execution, automation, remote server management, AI agent control [Learn More →](/kit/terminals/) • [API Reference →](/api/terminal/sessions/) **Remote desktop via HTTP**—run graphical applications and see them in your browser. Zero configuration. **Key Capabilities:** - Full Linux desktop in browser - Multiple display instances (one app per display) - Auto-mapping with terminals (terminal-5 → display-5) - Session sharing for multiplayer - Screenshot API **Perfect for:** Visual development tools, GUI applications, browser automation, design software [Learn More →](/kit/displays/) • [API Reference →](/api/displays/web-client/) **Unified file access via HTTP**—read, download, and manage files across local storage and 60+ cloud providers.\"\n  },\n  {\n    \"title\": \"What's Next\",\n    \"text\": \"## What's Next **Explore other interactive services:** Full desktop environments accessible via URL—run VS Code, browsers, any GUI application. [Explore Displays →](./displays/) Chrome automation as REST API—control browsers via HTTP, scrape websites, run tests. [Explore Browser →](./browser/) Transform any script into an HTTP endpoint—your code becomes an API automatically. [Explore Exec →](./exec/) **Master terminal workflows:** - **[Sessions →](/api/terminal/sessions/)** - Manage persistent terminal sessions - **[Commands →](/api/terminal/commands/)** - Sync/async execution patterns - **[Monitoring →](/api/terminal/monitoring/)** - System introspection APIs --- > **Your shell is a URL.** > **Execute from anywhere.** > **Collaborate in real-time.** > **AI-native by design.** **This is how terminals work in the HTTP era.** ---\"\n  },\n  {\n    \"title\": \"Terminals\",\n    \"text\": \"# Terminals **Your shell is a URL.** Execute commands via HTTP, share terminal sessions with a link, collaborate in real-time—no SSH keys, no configuration, just pure HTTP. **Launch GUI applications instantly:** Type `firefox &` in the terminal and it appears in your browser via the matching [display URL](/kit/displays/). No setup. No configuration. Just type and see. Every Hoody container includes **hoody-terminal**, transforming your Linux shell into a first-class web service accessible via HTTP endpoints. ---\"\n  },\n  {\n    \"title\": \"API Endpoints Summary\",\n    \"text\": \"- **[GET /api/v1/terminal/sessions](/api/terminal/sessions/#get-apiv1terminalsessions)** - List all active sessions - Returns: Local and SSH sessions with status, resource usage, timestamps - **[DELETE /api/v1/terminal/\\\\{terminal_id\\\\}](/api/terminal/sessions/#delete-apiv1terminalterminal_id)** - Terminate session - Kills all processes in the session - **[GET /api/v1/terminal/history/\\\\{terminal_id\\\\}](/api/terminal/sessions/#get-apiv1terminalhistoryterminal_id)** - Command history - Returns: All commands with status, exit codes, duration - **[GET /api/v1/terminal/raw](/api/terminal/sessions/#get-apiv1terminalraw)** - Export complete output - Query params: `terminal_id`, `format` (download|text|html) - **[GET /api/v1/terminal/screenshot](/api/terminal/sessions/#get-apiv1terminalscreenshot)** - Visual terminal snapshot - Query params: `terminal_id`, `format` (png|jpeg|gif), `foreground`, `background`, `fontsize` **Terminal Automation (TUI Control):** - **[GET /api/v1/terminal/snapshot](/api/terminal/automation/#get-rendered-terminal-snapshot)** - Read rendered terminal screen (lines, cursor, fullscreen state) - Query params: `terminal_id`, `include_colors`, `include_highlights`, `scroll_offset` - **[GET /api/v1/terminal/find](/api/terminal/automation/#search-terminal-screen-with-regex)** - PCRE2 regex search on screen/scrollback - Query params: `terminal_id`, `pattern`, `scope`, `limit`, `case_insensitive` - **[POST /api/v1/terminal/press](/api/terminal/automation/#send-named-key-presses-to-terminal)** - Send named key presses (mode-aware DECCKM/DECKPAM) - Body: `{ \\\"key\\\": \\\"enter\\\" }` or `{ \\\"keys\\\": [...] }` - **[POST /api/v1/terminal/paste](/api/terminal/automation/#paste-text-into-terminal)** - Bracketed paste with UTF-8 support - Body: `{ \\\"text\\\": \\\"...\\\", \\\"bracketed\\\": true }` - **[POST /api/v1/terminal/wait](/api/terminal/automation/#wait-for-terminal-condition)** - Block until screen settles or regex matches, returns atomic snapshot - Body: `{ \\\"mode\\\": \\\"stable|regex|either\\\", \\\"pattern\\\": \\\"...\\\", \\\"timeout_ms\\\": 5000, \\\"debounce_ms\\\": 100 }` - **[GET /api/v1/terminal/keys](/api/terminal/automation/#list-supported-key-names)** - List supported key names for `/press` - **[GET /api/v1/terminal/automation/metrics](/api/terminal/automation/#get-terminal-automation-metrics)** - Global vterm metrics (session count, memory used/cap, active waiters) - **[GET /api/v1/terminal/\\\\{terminal_id\\\\}/automation](/api/terminal/automation/#get-per-session-automation-state)** - Per-session automation state (dimensions, seq, idle ms, alt-screen) **System Resource Monitoring:** - **[GET /api/v1/system/resources](/api/terminal/monitoring/#get-system-resources)** - System stats - Returns: CPU, memory, disk, network usage - **[GET /api/v1/system/processes](/api/terminal/monitoring/#list-system-processes)** - List processes - Query params: `sort` (cpu|memory|pid), `limit`, `filter` (by name) - **[GET /api/v1/system/processes/\\\\{pid\\\\}](/api/terminal/monitoring/#get-process-details)** - Process details - Returns: Command, working directory, parent/child relationships, environment - **[POST /api/v1/system/process/signal](/api/terminal/monitoring/#send-signal-to-process)** - Send Unix signals - Body: `{\\\"pid\\\": 12345, \\\"signal\\\": \\\"SIGTERM\\\"}` or `{\\\"name\\\": \\\"nginx\\\", \\\"signal\\\": \\\"SIGHUP\\\"}` **System Control:** - **[POST /api/v1/system/shutdown](/api/terminal/monitoring/#shutdown-system)** - Shutdown the system - **[POST /api/v1/system/reboot](/api/terminal/monitoring/#reboot-system)** - Reboot the system **System Introspection:** - **[GET /api/v1/system/ports](/api/terminal/monitoring/#list-network-ports)** - List listening ports - Query params: `http_only`, `hoody_only`, `user`, `port` - **[GET /api/v1/system/daemon](/api/terminal/monitoring/#get-daemon-programs-configuration)** - List hoody-daemon programs - Returns: hoody-daemon-managed services with status, uptime, configuration - **[GET /api/v1/system/displays](/api/terminal/monitoring/#get-display-information)** - List X11 displays - Returns: Active display sessions, resolutions, users **WebSocket:** - **[GET /api/v1/terminal/ws](/api/terminal/sessions/#get-apiv1terminalws)** - WebSocket terminal connection - Real-time bidirectional terminal I/O **Health:** - **[GET /api/v1/terminal/health](/api/terminal/monitoring/#health-check)** - Service health check **Web Interface & Authentication:** - **[GET /](/api/terminal/web-interface/)** - Browser terminal UI - 39 query parameters for customization (session, shell, SSH, display, desktop, panel, theme, font, etc.) - **[GET /api/v1/terminal/openapi.json](/api/terminal/web-interface/#get-openapi-specification-json)** - OpenAPI specification - **[GET /api/v1/terminal/openapi.yaml](/api/terminal/web-interface/#get-openapi-specification-yaml)** - OpenAPI YAML spec ---\"\n  },\n  {\n    \"title\": \"Available endpoints\",\n    \"text\": \"## Available endpoints The Terminal service is organized into the following sub-pages. Each page documents the operations, parameters, and response formats for that capability area. Execute commands and retrieve results. Run one-off or tracked commands inside containers, stream output, and poll for completion. Useful for automation, CI/CD pipelines, and scripted workflows. [Open Command Execution →](/api/terminal/commands/) List, inspect, connect via WebSocket, and manage sessions. Enumerate active and historical terminal sessions, retrieve session metadata, attach a WebSocket client for real-time I/O, and terminate sessions that are no longer needed. [Open Session Management →](/api/terminal/sessions/) Access web-based terminal and API docs. Retrieve the URL of the built-in web terminal interface and the auto-generated OpenAPI/Swagger documentation for the daemon's HTTP surface. [Open Web UI & API Access →](/api/terminal/web-interface/) Monitor resources, processes, and network ports. Query host-level metrics including CPU, memory, and disk usage, list running processes, and inspect the set of listening network ports. [Open System Monitoring →](/api/terminal/monitoring/) ---\"\n  },\n  {\n    \"title\": \"Hoody Terminal\",\n    \"text\": \"# Hoody Terminal **Page:** api/terminal/index [Download Raw Markdown](./api/terminal/index.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} The Hoody Terminal service provides a unified interface for executing commands, managing persistent sessions, and monitoring system resources. Whether you need to run one-off commands in isolated containers, stream interactive shell sessions over WebSocket, or inspect process and network activity, the Terminal API exposes a consistent set of endpoints backed by the Hoody daemon. Use this section when you need to: - Execute a command in a fresh or existing container and retrieve its output. - List, inspect, or terminate long-running terminal sessions. - Connect to a session interactively via WebSocket. - Query the web terminal UI and explore the auto-generated API documentation. - Monitor host resources such as CPU, memory, disk, processes, and listening ports.\"\n  },\n  {\n    \"title\": \"API Endpoints Summary\",\n    \"text\": \"## API Endpoints Summary **Official Technical Reference:** For complete endpoint documentation with all parameters, responses, and examples: **Command Execution:** - **[POST /api/v1/terminal/execute](/api/terminal/commands/#post-apiv1terminalexecute)** - Execute shell commands - Body params: `command`, `id`, `timeout`, `wait`, `cwd` (per-command working directory), `env` - Query params: `terminal_id`, `cwd` (initial working directory for new/reset local sessions), `cwd_auto_create`, `shell`, `user`, `ssh_host`, `ssh_user`, `ssh_password`, `ssh_key`, `reset` - Modes: Synchronous (`wait: true`) or Asynchronous (`wait: false`) - **[GET /api/v1/terminal/result/\\\\{command_id\\\\}](/api/terminal/commands/#get-apiv1terminalresultcommand_id)** - Poll async command result - Returns: `status`, `exit_code`, `stdout`, `stderr`, `duration_ms` - **[POST /api/v1/terminal/execute/\\\\{command_id\\\\}/abort](/api/terminal/commands/#post-apiv1terminalexecutecommand_idabort)** - Abort a running command (SIGINT or force SIGKILL) - Body: `{ \\\"force\\\": false }` - **[POST /api/v1/terminal/write](/api/terminal/commands/#post-apiv1terminalwrite)** - Type raw input into a session PTY (interactive prompts, y/n, sudo password) - Query params: `terminal_id` - Body: `{ \\\"input\\\": \\\"text\\\", \\\"enter\\\": true }` — raw byte injection as if typed at a keyboard **Session Management:** - **[POST /api/v1/terminal/create](/api/terminal/sessions/#post-apiv1terminalcreate)** - Explicitly create a terminal session - Query params: `terminal_id`, `shell`, `user`, `cwd`, `display`, `ssh_host`, ...\"\n  },\n  {\n    \"title\": \"What's Next\",\n    \"text\": \"## What's Next - **[Terminals Overview -->](/kit/terminals/)** -- Full terminal service docs: web UI, session management, command execution - **[Terminal API Reference -->](/api/terminal/commands/)** -- Complete OpenAPI endpoint reference with all parameters and response schemas - **[SSH Access -->](/foundation/networking/ssh/)** -- SSH as an alternative access method alongside HTTP automation - **[Displays -->](/kit/displays/)** -- Visual display service for GUI applications launched from terminal sessions - **[Kit Overview -->](/kit/)** -- All HTTP services available in every Hoody container - **[Permissions -->](/foundation/proxy/permissions/)** -- Control who can access terminal automation endpoints ---\"\n  },\n  {\n    \"title\": \"Parameters\",\n    \"text\": \"Default: `50`, minimum: `10`. | | `reset` | query | boolean | No | Reset existing session and reconfigure (kills current process, clears state, allows switching from bash to SSH or changing any parameter). Use `'true'`, `'1'`, or no value. | | `cwd` | query | string | No | Working directory for local bash sessions (ignored for SSH). | | `cwd_auto_create` | query | boolean | No | Auto-create `cwd` when the requested working directory does not exist yet. Only applies when `cwd` is explicitly provided for a new or reset local session. Enable with `'true'`, `'1'`, or no value. Default: `false`. | | `shell` | query | string | No | Shell to use for local sessions: `bash` (case-insensitive), `zsh`, `fish`, `sh`, etc. Default: server startup command, only applies to new sessions or after reset. | | `user` | query | string | No | System user to spawn shell as (requires `su` permissions, only applies to new sessions or after reset). | | `cmd` | query | string | No | Base64-encoded command to execute automatically (works with both new and active shells, executes every time URL is visited). | | `env` | query | string | No | Environment variable in `KEY=VALUE` format (can be repeated for multiple variables, e.g., `?env=DEBUG=1&env=API_KEY=abc`). | | `skip_display_wait` | query | boolean | No | Skip waiting for Hoody Display readiness before executing command. By default, if a `DISPLAY` is configured, the endpoint blocks until the display server on port `4000+display_num` is ready. Default: `false`.\"\n  },\n  {\n    \"title\": \"1. Desktop as a URL\",\n    \"text\": \"### 1. Desktop as a URL **Every container can run multiple display instances—one per application:** ``` https://{project}-{container}-display-1.{server}.containers.hoody.icu https://{project}-{container}-display-2.{server}.containers.hoody.icu https://{project}-{container}-display-3.{server}.containers.hoody.icu ``` **Recommended pattern: One display per application** - `display-1` - Your main IDE (VS Code) - `display-2` - Web browser (Firefox/Chrome) - `display-3` - Office applications (LibreOffice) - `display-4` - Graphics editor (GIMP) - `display-5` - Database tools **Why separate displays matter:** Each display runs independently with its own: - Screen resolution - Window manager state - Application set - Performance profile **Access any display from any browser**—phone, tablet, laptop, TV. No installation. No configuration. Just open the URL. **Terminal integration:** When you use [`terminal-5`](/kit/terminals/), it automatically connects to `display-5` (`:5` in X11 terms). This makes GUI programs work seamlessly—run `firefox` in terminal-5, and it appears in display-5. **Manual display selection:** Set the `DISPLAY` environment variable to target a specific display: ```bash\"\n  },\n  {\n    \"title\": \"Quick Start (Ephemeral Programs)\",\n    \"text\": \"## Quick Start (Ephemeral Programs) Quick Start lets you run temporary custom programs that auto-clean when stopped or on container reboot. Programs are not saved to `programs.json`; they are tracked in `ephemeral.json` for crash recovery. Use them for one-off data migrations, temporary test servers, debug tasks, CI/CD ephemeral environments, and custom batch jobs. For permanent programs that must survive reboots, use `POST /api/v1/daemon/programs/add`.\"\n  },\n  {\n    \"title\": \"Overview\",\n    \"text\": \"## Overview The Orchestration Vault & Import API manages the **portable Master TODO state** — synchronizing TODOs to/from Hoody Vault and importing repositories across workspaces. Use these endpoints to discover vault-stored TODOs, sync local snapshots, start a repository import job, and poll import progress.\"\n  },\n  {\n    \"title\": \"`PATCH /api/v1/containers/{id}/env`\",\n    \"text\": \"## `PATCH /api/v1/containers/{id}/env` Merge environment variables into the container. Existing keys are updated, new keys are added. Keys not present in the body are left unchanged (merge semantics). Changes take effect upon the next container restart.\"\n  }\n]\n"},"prompt":"# Hoody Website Reviewer — latest prompt (for records)\n\n_Reassembled from our working history. The LIVE prompt is in `data/prompt.md` on the\ncontainer; paste the block below into the Prompt tab to guarantee they match._\n\n_Newest change (this revision): the recommendation rule now explicitly forbids\nsynthesizing a \"canonical\" example from the page's own (possibly wrong) strings on\ninternal-consistency / on-page-self-check findings — marked **[NEW]** inline below._\n\n---\n\n```\nOUTPUT PROTOCOL (read first, obey exactly)\n- Respond with a SINGLE valid JSON object and NOTHING else.\n- No prose, no markdown, no code fences, no preamble, no explanation outside the JSON.\n- Do NOT include any <think> blocks or chain-of-thought in the output. Think silently;\n  emit only the final JSON. (Any reasoning you expose will be discarded.)\n- The JSON must match OUTPUT JSON SHAPE below exactly. No extra top-level keys.\n\nROLE\nYou are a meticulous launch-readiness auditor for Hoody's English marketing website.\nHoody is HTTP-native infrastructure (\"Computers as URLs\" / \"Linux as HTTP\") that exposes\nLinux primitives as HTTPS endpoints so AI agents can operate full machines over URLs.\n\nTASK\nAudit ONE website page (WEBSITE_PAGE) against the official documentation excerpts\n(HOODY_DOCS_CONTEXT) AND against itself. Treat the docs as the source of truth and the\nwebsite as the artifact under review — EXCEPT where the KNOWN SOURCE-OF-TRUTH OVERRIDES\nbelow say otherwise. Report only defensible, specific problems a careful reviewer would\nstand behind. This is a MARKETING website about to launch — your job is to catch factual,\ntechnical, and structural errors, NOT to police persuasive wording.\n\nKNOWN SOURCE-OF-TRUTH OVERRIDES (read before judging; these WIN over the docs)\nThe docs are the source of truth, with these known exceptions/clarifications:\n- DOMAIN: `containers.hoody.com` is the ONLY customer-facing / production domain. Both\n  `containers.hoody.run` (old pre-prod) AND `containers.hoody.icu` (internal/pre-prod, the\n  domain the docs themselves use) are NON-customer-facing. On the marketing WEBSITE, the\n  correct domain is `.com`; if a page shows `.run` or `.icu`, THAT is the error (should be\n  `.com`). Do NOT flag the docs for using `.icu`, and never tell the website to change\n  `.com` to `.icu`/`.run`. When judging website hostnames, map the documented `.icu`\n  pattern to `.com`.\n- SCOPE: the docs police everything they COVER. If a claim (technical, capability, count,\n  pricing, anything) is supported or contradicted by the docs, judge it. If the docs are\n  SILENT on a claim (e.g. funding, a price not in the docs, a marketing superlative), do\n  NOT invent a contradiction — stay silent or use needs-docs-context-check.\n\nWHAT TO LOOK FOR\n1. claim-mismatch — the page states something that contradicts the docs (numbers,\n   capabilities, limits, pricing, availability, behavior, URLs/hostnames, endpoint paths).\n2. missing-docs-support — a concrete, checkable claim that the supplied docs neither\n   confirm nor plausibly cover. Do NOT flag normal marketing tone as unsupported.\n3. terminology — product/feature names, casing, or concepts used inconsistently with\n   the docs (e.g. \"Agent mode\" vs \"Hoody Agent\") in a way that could genuinely mislead a\n   user about what a feature IS. Naming style alone is not a finding.\n4. launch-content — placeholder text, \"lorem\", TODO, broken links, empty sections,\n   obvious copy errors, or truly dead CTAs (e.g. a button linking nowhere). A CTA whose\n   LABEL is merely off-tone or arguably stale is at most low severity (see CALIBRATION).\n5. legal-policy — issues on Terms/Privacy/AUP/Sub-processors pages (contradictions,\n   missing required disclosures, stale entities/dates). Tag clearly.\n6. broken-or-incomplete — page renders empty, truncated, or structurally broken.\n7. internal-consistency — the page contradicts ITSELF, independent of the docs. Flag\n   repeated values that should match but don't: hostnames/URLs (e.g. three different\n   domains across code examples), counts (services, endpoints), prices, endpoint paths,\n   product/feature names, or a stated total that disagrees with the list it accompanies.\n   Use this type even when the docs are silent; a page that contradicts itself is a defect.\n\nSPECIAL CHECKS (apply within the categories above)\n- Numeric / enumerated claims: when the page states a count (\"19 endpoints\", \"14 services\")\n  AND enumerates the underlying items, verify the count against the list AND against the\n  docs. If the listed items don't match the documented set (extra, missing, wrong total),\n  flag it as claim-mismatch at the confidence the evidence supports — do NOT downgrade to\n  needs-docs-context-check, because the page's own list is directly checkable. If the page\n  gives a count with no list and the docs don't cover it, needs-docs-context-check applies.\n- Code & API samples are checkable artifacts, not decoration: flag invalid JSON (e.g.\n  array brackets \"[ ]\" wrapping object fields that require \"{ }\"), malformed curl, response\n  shapes that don't match the documented schema, and endpoint paths that differ from the\n  docs. Quote the offending sample as evidence. These are high/medium, not polish.\n\nMARKETING COPY CALIBRATION (important — this is a pre-launch marketing site)\n- Persuasive wording is the company's call, not yours. Do NOT flag, escalate, or treat as\n  contradictions: taglines, value-prop phrasing, CTA button labels, superlatives (\"first\",\n  \"best\", \"only\", \"the most\"), aspirational framing, or tone — UNLESS they assert a\n  concrete, checkable, FALSE fact.\n- A mismatch between a CTA label (e.g. \"Join Waitlist\") and an availability statement is at\n  MOST low severity, type launch-content. Never high or medium. The team knows their launch\n  state; assume availability copy is intentional unless it's a hard factual error elsewhere.\n- Superlative/primacy claims (\"the first infrastructure where...\") are marketing positioning.\n  At most low, type missing-docs-support, and only if stated as a hard fact. Prefer to note\n  them rather than flag them.\n- Reserve high/medium severity for FACTUAL, TECHNICAL, NUMERIC, or STRUCTURAL errors:\n  wrong endpoints/paths, wrong counts, wrong prices, wrong domains/URLs, invalid code,\n  broken JSON, contradictory numbers, broken/empty pages, legal-policy defects.\n- When unsure whether something is a marketing choice or a factual error, choose the LOWER\n  severity, and if it's purely wording, prefer a \"notes\" entry over a finding.\n\nRULES\n- Return ONLY valid JSON. No prose, no markdown, no code fences.\n- Quote real evidence: copy the exact (or near-exact) phrase from WEBSITE_PAGE. Never invent text.\n- Anchor every docs claim to the supplied HOODY_DOCS_CONTEXT. If the docs context is\n  insufficient to judge a real claim, emit a finding with type \"needs-docs-context-check\"\n  rather than guessing or assuming a contradiction. (Exception: internal-consistency and\n  on-page numeric/list mismatches do not require docs — they are checkable on the page itself.)\n- NEVER state a canonical value (hostname, endpoint path, price, count, product name) in a\n  recommendation from memory or paraphrase. Quote it from the supplied docs, or point to\n  where it lives (\"use the value documented in HOODY_DOCS_CONTEXT\"). A fix that invents a\n  plausible-looking value is worse than no fix. Respect the KNOWN OVERRIDES above.\n- [NEW] For internal-consistency / on-page-self-check findings about a value that ALSO has a\n  canonical form (hostnames, URL patterns, endpoint paths): do NOT synthesize the \"correct\"\n  example by picking one of the page's own (possibly wrong) strings. The page's strings are\n  the thing under suspicion — reusing one as the fix can launder an invented/placeholder\n  value (e.g. \"proj-dev\", \"yourserver\", \"server\") into an authoritative-sounding correction.\n  Instead: (a) if the docs supply the canonical pattern, quote THAT in the recommendation;\n  (b) if not in context, say \"use the canonical pattern documented in the docs\" WITHOUT\n  inventing a concrete example. Never present a placeholder-laden or page-derived string as\n  the canonical value.\n- Precision over volume. A clean page should return an empty findings array. Do not\n  manufacture findings to look thorough. Do not flag subjective style preferences.\n- Do not emit the same underlying defect twice under different types; pick the most\n  specific type and consolidate.\n- Be specific in recommendation: state the exact change to make. When the page is wrong\n  about a value the docs define (canonical hostname, endpoint path, count), reference the\n  documented value rather than inventing one — subject to the KNOWN OVERRIDES and the\n  [NEW] rule above.\n- No chain-of-thought. The \"discrepancy\" field is a concise audit rationale, not reasoning.\n\nSEVERITY RUBRIC\n- high   = factually wrong, contradicts docs, broken, invalid code, or legally risky.\n           Ship-blocker. Must be a concrete technical/factual/numeric/structural error.\n- medium = misleading on a factual point, ambiguous technical claim, or likely to confuse\n           a user about how something works; should fix before launch.\n- low    = minor polish, wording, tone, CTA-label, superlative, or low-impact inconsistency.\n           ALL marketing-wording items live here or in notes — never above.\n\nCONFIDENCE\n- high   = directly supported by the supplied evidence + docs, OR an on-page\n           self-contradiction / count-vs-list mismatch verifiable from WEBSITE_PAGE alone.\n- medium = strong inference.\n- low    = plausible but the supplied context is thin (prefer needs-docs-context-check).\n\nOUTPUT JSON SHAPE (return exactly this structure)\n{\n  \"pageSummary\": \"1-2 sentence neutral description of what this page is\",\n  \"findings\": [\n    {\n      \"severity\": \"high|medium|low\",\n      \"type\": \"claim-mismatch|missing-docs-support|terminology|launch-content|legal-policy|broken-or-incomplete|internal-consistency|needs-docs-context-check|other\",\n      \"tag\": \"short-kebab-tag\",\n      \"message\": \"one-line title of the issue\",\n      \"evidence\": \"exact quote from the website page\",\n      \"docsReference\": \"the docs section/excerpt used, why docs context is missing, or 'on-page self-check' for internal-consistency findings\",\n      \"discrepancy\": \"why this is a problem, concisely\",\n      \"confidence\": \"high|medium|low\",\n      \"recommendation\": \"the specific fix to apply\"\n    }\n  ],\n  \"notes\": [\"optional neutral observations that are not findings — put pure wording/tone observations here\"]\n}\n\nREMINDER\nOutput the JSON object only. Begin your response with \"{\" and end it with \"}\".\nIf the page is clean, return {\"pageSummary\":\"...\",\"findings\":[],\"notes\":[]}.\n```\n\n---\n\n## Change history (for your record)\n1. **Base** — original launch-readiness auditor prompt (6 finding types).\n2. **+ internal-consistency (#7), numeric/enumerated rule, code-validity rule** — catches\n   self-contradictions (14-vs-19), count-vs-list, invalid JSON.\n3. **+ MARKETING COPY CALIBRATION** — CTAs/superlatives/taglines capped at low; high/medium\n   reserved for factual/technical/numeric/structural errors. Killed the \"Join Waitlist =\n   high\" noise.\n4. **+ KNOWN SOURCE-OF-TRUTH OVERRIDES (domain + scope)** and the \"never state a canonical\n   value from memory\" recommendation rule.\n5. **[this revision] + on-page-self-check recommendation rule** — do not reuse the page's\n   own (possibly invented) strings as the canonical fix example; quote the docs' pattern or\n   decline to give a concrete example. (Prompted by the terminal-hostname finding that\n   suggested `proj-dev-terminal-1.server.containers.hoody.com` — itself containing the\n   invented `proj-dev`/`server` placeholders.)\n\nCUSTOM_NOTE:\n(none)\n\nWEBSITE_PAGE:\n{\n  \"url\": \"https://hoody.com/kit/terminal\",\n  \"title\": \"Hoody — Computers That Are URLs\",\n  \"description\": \"\",\n  \"headings\": [\n    \"Terminal\",\n    \"Five ways to use Terminal\",\n    \"Commands Over HTTP\",\n    \"Every command is an API call\",\n    \"Built for real workflows\",\n    \"Remote Development\",\n    \"AI Agent Orchestration\",\n    \"Team Debugging\",\n    \"GUI Applications\",\n    \"CI/CD Integration\",\n    \"Live Monitoring\",\n    \"19 endpoints, full control\",\n    \"Session Management\",\n    \"System & Meta\",\n    \"Command Execution\",\n    \"Live Streaming\",\n    \"Everything built in\",\n    \"Persistent Sessions\",\n    \"Shell Selection\",\n    \"tmux Bridge\",\n    \"Terminal Screenshots\",\n    \"Session Reset\",\n    \"OpenAPI Spec\",\n    \"Ready to explore?\",\n    \"The Kit\",\n    \"Platform\",\n    \"Resources\",\n    \"Company\"\n  ],\n  \"wordCount\": 753,\n  \"text\": \"HTTP Command APIWebSocket StreamingMultiplayer Sessions50+ URL Parameters5 Shell EnvironmentsDisplay Auto-Mapping19 API EndpointsPersistent SessionsHTTP Command APIWebSocket StreamingMultiplayer Sessions50+ URL Parameters5 Shell EnvironmentsDisplay Auto-Mapping19 API EndpointsPersistent SessionsHTTP Command APIWebSocket StreamingMultiplayer Sessions50+ URL Parameters5 Shell EnvironmentsDisplay Auto-Mapping19 API EndpointsPersistent SessionsHTTP Command APIWebSocket StreamingMultiplayer Sessions50+ URL Parameters5 Shell EnvironmentsDisplay Auto-Mapping19 API EndpointsPersistent Sessionshome / kit / terminalKit ServiceTerminalA persistent Linux shell exposed as an HTTPS endpoint. Run commands via API, connect from any browser, stream over WebSocket, or SSH in directly. Sessions persist across reconnections.View DocumentationQuickstart# Get your token$ curl https://your-terminal.hoody.com/token> eyJhbG... # Run your first command$ curl -X POST .../api/v1/terminal/execute \\\\ -H \\\"Authorization: Bearer $TOKEN\\\" \\\\ -d '[\\\"command\\\":\\\"echo Hello from Hoody!\\\",\\\"wait\\\":true]'> [\\\"success\\\":true,\\\"stdout\\\":\\\"Hello from Hoody!\\\\n\\\",\\\"duration_ms\\\":3] # Share the URL — anyone can connecthttps://proj-dev-terminal-1.server.containers.hoody.comhome / kit / terminal / featuresHow It WorksFive ways to use TerminalTerminal adapts to how you work. Execute commands via HTTP, stream builds over WebSocket, collaborate in real time, launch GUI apps, or monitor system resources — all from the same URL.terminal-1ExecuteStreamCollaborateDisplayMonitorExecuteStreamCollaborateDisplayMonitorCommands Over HTTPPOST a shell command to any terminal session. Get structured JSON with stdout, stderr, exit code, and timing. No SSH tunnel, no client library — just HTTP.# before / after- ssh user@server 'ls -la /app' 2>/dev/null+ curl -X POST terminal.hoody.com/api/v1/terminal/execute -d '[\\\"command\\\":\\\"ls -la /app\\\"]'curljavascriptpythonbrowsercurljavascriptpythonbrowser$ curl -X POST /api/v1/terminal/execute \\\\ -d '[\\\"command\\\": \\\"npm test\\\", \\\"wait\\\": true]' > HTTP/1.1 200 OK> [> \\\"success\\\": true,> \\\"exit_code\\\": 0,> \\\"stdout\\\": \\\"24 passed, 0 failed\\\",> \\\"duration_ms\\\": 12> ]Execute — 1/5home / kit / terminal / apiHTTP APIEvery command is an API callPOST a command, get structured JSON back with stdout, stderr, exit code, and timing metadata. Sync or async with polling.View All Endpointsterminal-api.shterminal-api.shterminal-api.jsterminal_api.pyterminal-api.shterminal-api.jsterminal_api.py# Execute a command via Terminal HTTP APIcurl -X POST \\\\ https://proj-dev-terminal-1.hoody.com/api/v1/terminal/execute \\\\ -H \\\"Content-Type: application/json\\\" \\\\ -H \\\"Authorization: Bearer $TOKEN\\\" \\\\ -d '{ \\\"command\\\": \\\"ls -la /app\\\", \\\"wait\\\": true }' # Response:# {# \\\"success\\\": true,# \\\"exit_code\\\": 0,# \\\"stdout\\\": \\\"total 48\\\\ndrwxr-xr-x ...\\\",# \\\"stderr\\\": \\\"\\\",# \\\"duration_ms\\\": 12# }home / kit / terminal / moreUse CasesBuilt for real workflowsTerminal covers the full range of developer and automation scenarios. Each use case maps to specific API endpoints and URL parameters.Remote DevelopmentSSH into your container from any device with a browser. Full shell access with persistent sessions — pick up where you left off from your phone, tablet, or another machine.AI Agent OrchestrationAgents execute shell commands via the HTTP API. Build, test, deploy — the Terminal API gives AI agents structured access to your entire development environment.Team DebuggingShare a terminal URL with your team for multiplayer debugging. Everyone sees the same output, types commands, and gets unique cursor colors in real time.GUI ApplicationsLaunch any graphical application from the terminal. Firefox, VS Code, GIMP — terminal-N auto-maps to display-N with zero X11 forwarding setup.CI/CD IntegrationRun build steps, execute tests, deploy artifacts — all via HTTP. Integrate Terminal into any CI pipeline with simple curl calls and structured JSON responses.Live MonitoringReal-time CPU, memory, disk, and network stats via API. List running processes, send signals, inspect ports — full system visibility through structured endpoints.home / kit / terminal / endpointsHTTP API19 endpoints, full controlFour domains: command execution, session management, live streaming via WebSocket, and system monitoring. Every endpoint returns structured JSON with bearer token auth.Session Management7 endpointscurl .../sessions → [{terminal_id: \\\"1\\\", shell: \\\"bash\\\"}]GET/api/v1/terminal/sessionsList active sessionsPOST/api/v1/terminal/sessionsCreate new sessionDELETE/api/v1/terminal/sessions/:idTerminate sessionPOST/api/v1/terminal/sessions/:id/resizeResize terminalPOST/api/v1/terminal/sessions/:id/writeWrite to sessionGET/api/v1/terminal/sessions/:id/statusSession statusPOST/api/v1/terminal/sessions/:id/signalSend signal to sessionSystem & Meta6 endpointscurl .../system/resources → {cpu: 45%, mem: 8GB}GET/api/v1/system/resourcesCPU, memory, disk, networkGET/api/v1/system/processesRunning processesPOST/api/v1/system/process/signalSend signal to PIDGET/api/v1/system/envEnvironment variablesGET/api/v1/system/infoSystem informationGET/api/v1/terminal/rawExport raw outputCommand Execution4 endpointscurl -X POST .../execute -d '{\\\"command\\\":\\\"npm test\\\"}'POST/api/v1/terminal/executeExecute command (sync/async)GET/api/v1/terminal/result/:idPoll async resultGET/api/v1/terminal/history/:idCommand historyGET/api/v1/terminal/screenshotCapture as PNG/JPEG/GIFLive Streaming2 endpointsWS .../sessions/1/ws → real-time stdout framesWS/api/v1/terminal/sessions/:id/wsReal-time streamGET/api/v1/terminal/sessions/:id/bufferRead output bufferhome / kit / terminal / moreCapabilitiesEverything built inEvery feature is available out of the box with zero configuration. Terminal ships ready to use the moment your container starts.Persistent SessionsWorking directory, environment variables, shell history — everything survives browser closes and reconnections.Shell Selectionbash, zsh, fish, tmux, sh — switch shells via URL parameter. Pre-installed and ready to use.tmux Bridgetmux sessions shared between web and SSH access. terminal-3 in the browser maps to tmux session 3 over SSH.Terminal ScreenshotsCapture terminal state as PNG, JPEG, or GIF via API. Configurable colors and font size for documentation.Session ResetKill all processes, clear environment, reset working directory with a single URL parameter. Clean slate instantly.OpenAPI SpecSelf-documenting API at /api/v1/terminal/openapi.json. Generate typed clients in any language automatically.home / kit / terminal / startReady to explore?Terminal is one of 14 Kit services that ship with every Hoody container. No installation, no configuration — explore the docs or browse the API reference above.Join WaitlistRead the Docs\"\n}\n\nHOODY_DOCS_CONTEXT:\n[\n  {\n    \"title\": \"What You Can Do\",\n    \"text\": \"## What You Can Do **hoody-terminal** provides complete shell control through HTTP: - **🌐 Web Terminal UI** - Full-featured browser terminal—replaces SSH for most use cases - **🖥️ Launch GUI Apps Instantly** - Type `firefox &` and it appears in browser—zero configuration - **⚡ Execute Commands** - Run any shell command via POST request, get `stdout`/`stderr`/exit codes - **🔄 Persistent Sessions** - Stateful terminals that remember working directory and environment - **👥 Multiplayer Sessions** - Multiple users typing in the same terminal simultaneously - **📊 System Monitoring** - Query CPU, memory, disk, processes, ports via HTTP - **📡 WebSocket Streaming** - Real-time output for long-running commands - **📸 Screenshots** - Capture terminal state as PNG/JPEG/GIF **Access & Security:** - **Traditional SSH** - SSH connections for automation/advanced users. See [SSH →](/foundation/networking/ssh/) - **SSH to Remote Servers** - Connect to other servers through the web UI using SSH parameters (no SSH client needed) - **Proxy Permissions** - Control terminal access with IP whitelist, passwords, or JWT. See [Permissions →](/foundation/proxy/permissions/) ---\"\n  },\n  {\n    \"title\": \"2. HTTP Shell Execution (For Automation)\",\n    \"text\": \"HTTP Shell Execution (For Automation) **For scripts and AI agents, use the HTTP API directly:** ```bash # Execute a command in your container hoody terminal sessions exec --command \\\"ls -la /app\\\" --wait # Run a command asynchronously hoody terminal sessions exec --command \\\"npm run build\\\" --no-wait --timeout 300 ``` ```typescript import { HoodyClient } from '@hoody-ai/hoody-sdk'; const client = new HoodyClient({ baseURL: 'https://api.hoody.icu', token: process.env.HOODY_TOKEN }); const containerClient = await client.withContainer({ id: CONTAINER_ID, project_id: PROJECT_ID, server: SERVER }); // Execute a shell command (synchronous) const result = await containerClient.terminal.execution.execute( { command: 'ls -la /app', wait: true }, // request body { terminal_id: '1' } // query params — terminal_id matches the terminal-1 URL ); console.log(result.data.stdout); ``` ```bash curl -X POST \\\"https://$PROJECT-$CONTAINER-terminal-1.$SERVER.containers.hoody.icu/api/v1/terminal/execute\\\" \\\\ -H \\\"Content-Type: application/json\\\" \\\\ -d '{\\\"command\\\": \\\"ls -la /app\\\", \\\"wait\\\": true}' ``` **Response:** ```json { \\\"success\\\": true, \\\"command_id\\\": \\\"cmd-123\\\", \\\"terminal_id\\\": \\\"1\\\", \\\"status\\\": \\\"completed\\\", \\\"exit_code\\\": 0, \\\"stdout\\\": \\\"total 48\\\\ndrwxr-xr-x 5 user user 4096 Nov 9 14:30 .\\\\n...\\\", \\\"stderr\\\": \\\"\\\", \\\"duration_ms\\\": 5 } ``` **The breakthrough:** Your entire shell is now accessible to: - AI agents (can execute commands via HTTP) - Mobile devices (POST from your phone) - Other containers (cross-container orchestration) - Embedded iframes (terminals in documentation) - Automation scripts (no SSH setup needed) **The URL terminal number determines which session executes the command:** - `terminal-1.hoody.icu/execute` → Executes in terminal session 1 - `terminal-2.hoody.icu/execute` → Executes in terminal session 2 - Each session is isolated but in the same container\"\n  },\n  {\n    \"title\": \"The 18 HTTP Services\",\n    \"text\": \"## The 18 HTTP Services **Your floating operating system**—manage all containers, projects, and services from one browser interface. **Key Capabilities:** - Unified dashboard for all containers - Drag-and-drop workspace layouts - Embed multiple containers in one view - Share entire workspace with a URL - Access from any device **Perfect for:** Project management, monitoring, client presentations [Learn More →](/kit/workspaces/) **Execute shell commands via HTTP**—your Linux terminal as a web service, accessible from anywhere. **Key Capabilities:** - Web terminal UI in browser - HTTP command execution API - Multiple terminal instances per container - Session state persistence (cwd, env, history) - SSH to remote servers (no client needed) - Launch GUI apps instantly **Perfect for:** Command execution, automation, remote server management, AI agent control [Learn More →](/kit/terminals/) • [API Reference →](/api/terminal/sessions/) **Remote desktop via HTTP**—run graphical applications and see them in your browser. Zero configuration. **Key Capabilities:** - Full Linux desktop in browser - Multiple display instances (one app per display) - Auto-mapping with terminals (terminal-5 → display-5) - Session sharing for multiplayer - Screenshot API **Perfect for:** Visual development tools, GUI applications, browser automation, design software [Learn More →](/kit/displays/) • [API Reference →](/api/displays/web-client/) **Unified file access via HTTP**—read, download, and manage files across local storage and 60+ cloud providers.\"\n  },\n  {\n    \"title\": \"What's Next\",\n    \"text\": \"## What's Next **Explore other interactive services:** Full desktop environments accessible via URL—run VS Code, browsers, any GUI application. [Explore Displays →](./displays/) Chrome automation as REST API—control browsers via HTTP, scrape websites, run tests. [Explore Browser →](./browser/) Transform any script into an HTTP endpoint—your code becomes an API automatically. [Explore Exec →](./exec/) **Master terminal workflows:** - **[Sessions →](/api/terminal/sessions/)** - Manage persistent terminal sessions - **[Commands →](/api/terminal/commands/)** - Sync/async execution patterns - **[Monitoring →](/api/terminal/monitoring/)** - System introspection APIs --- > **Your shell is a URL.** > **Execute from anywhere.** > **Collaborate in real-time.** > **AI-native by design.** **This is how terminals work in the HTTP era.** ---\"\n  },\n  {\n    \"title\": \"Terminals\",\n    \"text\": \"# Terminals **Your shell is a URL.** Execute commands via HTTP, share terminal sessions with a link, collaborate in real-time—no SSH keys, no configuration, just pure HTTP. **Launch GUI applications instantly:** Type `firefox &` in the terminal and it appears in your browser via the matching [display URL](/kit/displays/). No setup. No configuration. Just type and see. Every Hoody container includes **hoody-terminal**, transforming your Linux shell into a first-class web service accessible via HTTP endpoints. ---\"\n  },\n  {\n    \"title\": \"API Endpoints Summary\",\n    \"text\": \"- **[GET /api/v1/terminal/sessions](/api/terminal/sessions/#get-apiv1terminalsessions)** - List all active sessions - Returns: Local and SSH sessions with status, resource usage, timestamps - **[DELETE /api/v1/terminal/\\\\{terminal_id\\\\}](/api/terminal/sessions/#delete-apiv1terminalterminal_id)** - Terminate session - Kills all processes in the session - **[GET /api/v1/terminal/history/\\\\{terminal_id\\\\}](/api/terminal/sessions/#get-apiv1terminalhistoryterminal_id)** - Command history - Returns: All commands with status, exit codes, duration - **[GET /api/v1/terminal/raw](/api/terminal/sessions/#get-apiv1terminalraw)** - Export complete output - Query params: `terminal_id`, `format` (download|text|html) - **[GET /api/v1/terminal/screenshot](/api/terminal/sessions/#get-apiv1terminalscreenshot)** - Visual terminal snapshot - Query params: `terminal_id`, `format` (png|jpeg|gif), `foreground`, `background`, `fontsize` **Terminal Automation (TUI Control):** - **[GET /api/v1/terminal/snapshot](/api/terminal/automation/#get-rendered-terminal-snapshot)** - Read rendered terminal screen (lines, cursor, fullscreen state) - Query params: `terminal_id`, `include_colors`, `include_highlights`, `scroll_offset` - **[GET /api/v1/terminal/find](/api/terminal/automation/#search-terminal-screen-with-regex)** - PCRE2 regex search on screen/scrollback - Query params: `terminal_id`, `pattern`, `scope`, `limit`, `case_insensitive` - **[POST /api/v1/terminal/press](/api/terminal/automation/#send-named-key-presses-to-terminal)** - Send named key presses (mode-aware DECCKM/DECKPAM) - Body: `{ \\\"key\\\": \\\"enter\\\" }` or `{ \\\"keys\\\": [...] }` - **[POST /api/v1/terminal/paste](/api/terminal/automation/#paste-text-into-terminal)** - Bracketed paste with UTF-8 support - Body: `{ \\\"text\\\": \\\"...\\\", \\\"bracketed\\\": true }` - **[POST /api/v1/terminal/wait](/api/terminal/automation/#wait-for-terminal-condition)** - Block until screen settles or regex matches, returns atomic snapshot - Body: `{ \\\"mode\\\": \\\"stable|regex|either\\\", \\\"pattern\\\": \\\"...\\\", \\\"timeout_ms\\\": 5000, \\\"debounce_ms\\\": 100 }` - **[GET /api/v1/terminal/keys](/api/terminal/automation/#list-supported-key-names)** - List supported key names for `/press` - **[GET /api/v1/terminal/automation/metrics](/api/terminal/automation/#get-terminal-automation-metrics)** - Global vterm metrics (session count, memory used/cap, active waiters) - **[GET /api/v1/terminal/\\\\{terminal_id\\\\}/automation](/api/terminal/automation/#get-per-session-automation-state)** - Per-session automation state (dimensions, seq, idle ms, alt-screen) **System Resource Monitoring:** - **[GET /api/v1/system/resources](/api/terminal/monitoring/#get-system-resources)** - System stats - Returns: CPU, memory, disk, network usage - **[GET /api/v1/system/processes](/api/terminal/monitoring/#list-system-processes)** - List processes - Query params: `sort` (cpu|memory|pid), `limit`, `filter` (by name) - **[GET /api/v1/system/processes/\\\\{pid\\\\}](/api/terminal/monitoring/#get-process-details)** - Process details - Returns: Command, working directory, parent/child relationships, environment - **[POST /api/v1/system/process/signal](/api/terminal/monitoring/#send-signal-to-process)** - Send Unix signals - Body: `{\\\"pid\\\": 12345, \\\"signal\\\": \\\"SIGTERM\\\"}` or `{\\\"name\\\": \\\"nginx\\\", \\\"signal\\\": \\\"SIGHUP\\\"}` **System Control:** - **[POST /api/v1/system/shutdown](/api/terminal/monitoring/#shutdown-system)** - Shutdown the system - **[POST /api/v1/system/reboot](/api/terminal/monitoring/#reboot-system)** - Reboot the system **System Introspection:** - **[GET /api/v1/system/ports](/api/terminal/monitoring/#list-network-ports)** - List listening ports - Query params: `http_only`, `hoody_only`, `user`, `port` - **[GET /api/v1/system/daemon](/api/terminal/monitoring/#get-daemon-programs-configuration)** - List hoody-daemon programs - Returns: hoody-daemon-managed services with status, uptime, configuration - **[GET /api/v1/system/displays](/api/terminal/monitoring/#get-display-information)** - List X11 displays - Returns: Active display sessions, resolutions, users **WebSocket:** - **[GET /api/v1/terminal/ws](/api/terminal/sessions/#get-apiv1terminalws)** - WebSocket terminal connection - Real-time bidirectional terminal I/O **Health:** - **[GET /api/v1/terminal/health](/api/terminal/monitoring/#health-check)** - Service health check **Web Interface & Authentication:** - **[GET /](/api/terminal/web-interface/)** - Browser terminal UI - 39 query parameters for customization (session, shell, SSH, display, desktop, panel, theme, font, etc.) - **[GET /api/v1/terminal/openapi.json](/api/terminal/web-interface/#get-openapi-specification-json)** - OpenAPI specification - **[GET /api/v1/terminal/openapi.yaml](/api/terminal/web-interface/#get-openapi-specification-yaml)** - OpenAPI YAML spec ---\"\n  },\n  {\n    \"title\": \"Available endpoints\",\n    \"text\": \"## Available endpoints The Terminal service is organized into the following sub-pages. Each page documents the operations, parameters, and response formats for that capability area. Execute commands and retrieve results. Run one-off or tracked commands inside containers, stream output, and poll for completion. Useful for automation, CI/CD pipelines, and scripted workflows. [Open Command Execution →](/api/terminal/commands/) List, inspect, connect via WebSocket, and manage sessions. Enumerate active and historical terminal sessions, retrieve session metadata, attach a WebSocket client for real-time I/O, and terminate sessions that are no longer needed. [Open Session Management →](/api/terminal/sessions/) Access web-based terminal and API docs. Retrieve the URL of the built-in web terminal interface and the auto-generated OpenAPI/Swagger documentation for the daemon's HTTP surface. [Open Web UI & API Access →](/api/terminal/web-interface/) Monitor resources, processes, and network ports. Query host-level metrics including CPU, memory, and disk usage, list running processes, and inspect the set of listening network ports. [Open System Monitoring →](/api/terminal/monitoring/) ---\"\n  },\n  {\n    \"title\": \"Hoody Terminal\",\n    \"text\": \"# Hoody Terminal **Page:** api/terminal/index [Download Raw Markdown](./api/terminal/index.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} The Hoody Terminal service provides a unified interface for executing commands, managing persistent sessions, and monitoring system resources. Whether you need to run one-off commands in isolated containers, stream interactive shell sessions over WebSocket, or inspect process and network activity, the Terminal API exposes a consistent set of endpoints backed by the Hoody daemon. Use this section when you need to: - Execute a command in a fresh or existing container and retrieve its output. - List, inspect, or terminate long-running terminal sessions. - Connect to a session interactively via WebSocket. - Query the web terminal UI and explore the auto-generated API documentation. - Monitor host resources such as CPU, memory, disk, processes, and listening ports.\"\n  },\n  {\n    \"title\": \"API Endpoints Summary\",\n    \"text\": \"## API Endpoints Summary **Official Technical Reference:** For complete endpoint documentation with all parameters, responses, and examples: **Command Execution:** - **[POST /api/v1/terminal/execute](/api/terminal/commands/#post-apiv1terminalexecute)** - Execute shell commands - Body params: `command`, `id`, `timeout`, `wait`, `cwd` (per-command working directory), `env` - Query params: `terminal_id`, `cwd` (initial working directory for new/reset local sessions), `cwd_auto_create`, `shell`, `user`, `ssh_host`, `ssh_user`, `ssh_password`, `ssh_key`, `reset` - Modes: Synchronous (`wait: true`) or Asynchronous (`wait: false`) - **[GET /api/v1/terminal/result/\\\\{command_id\\\\}](/api/terminal/commands/#get-apiv1terminalresultcommand_id)** - Poll async command result - Returns: `status`, `exit_code`, `stdout`, `stderr`, `duration_ms` - **[POST /api/v1/terminal/execute/\\\\{command_id\\\\}/abort](/api/terminal/commands/#post-apiv1terminalexecutecommand_idabort)** - Abort a running command (SIGINT or force SIGKILL) - Body: `{ \\\"force\\\": false }` - **[POST /api/v1/terminal/write](/api/terminal/commands/#post-apiv1terminalwrite)** - Type raw input into a session PTY (interactive prompts, y/n, sudo password) - Query params: `terminal_id` - Body: `{ \\\"input\\\": \\\"text\\\", \\\"enter\\\": true }` — raw byte injection as if typed at a keyboard **Session Management:** - **[POST /api/v1/terminal/create](/api/terminal/sessions/#post-apiv1terminalcreate)** - Explicitly create a terminal session - Query params: `terminal_id`, `shell`, `user`, `cwd`, `display`, `ssh_host`, ...\"\n  },\n  {\n    \"title\": \"What's Next\",\n    \"text\": \"## What's Next - **[Terminals Overview -->](/kit/terminals/)** -- Full terminal service docs: web UI, session management, command execution - **[Terminal API Reference -->](/api/terminal/commands/)** -- Complete OpenAPI endpoint reference with all parameters and response schemas - **[SSH Access -->](/foundation/networking/ssh/)** -- SSH as an alternative access method alongside HTTP automation - **[Displays -->](/kit/displays/)** -- Visual display service for GUI applications launched from terminal sessions - **[Kit Overview -->](/kit/)** -- All HTTP services available in every Hoody container - **[Permissions -->](/foundation/proxy/permissions/)** -- Control who can access terminal automation endpoints ---\"\n  },\n  {\n    \"title\": \"Parameters\",\n    \"text\": \"Default: `50`, minimum: `10`. | | `reset` | query | boolean | No | Reset existing session and reconfigure (kills current process, clears state, allows switching from bash to SSH or changing any parameter). Use `'true'`, `'1'`, or no value. | | `cwd` | query | string | No | Working directory for local bash sessions (ignored for SSH). | | `cwd_auto_create` | query | boolean | No | Auto-create `cwd` when the requested working directory does not exist yet. Only applies when `cwd` is explicitly provided for a new or reset local session. Enable with `'true'`, `'1'`, or no value. Default: `false`. | | `shell` | query | string | No | Shell to use for local sessions: `bash` (case-insensitive), `zsh`, `fish`, `sh`, etc. Default: server startup command, only applies to new sessions or after reset. | | `user` | query | string | No | System user to spawn shell as (requires `su` permissions, only applies to new sessions or after reset). | | `cmd` | query | string | No | Base64-encoded command to execute automatically (works with both new and active shells, executes every time URL is visited). | | `env` | query | string | No | Environment variable in `KEY=VALUE` format (can be repeated for multiple variables, e.g., `?env=DEBUG=1&env=API_KEY=abc`). | | `skip_display_wait` | query | boolean | No | Skip waiting for Hoody Display readiness before executing command. By default, if a `DISPLAY` is configured, the endpoint blocks until the display server on port `4000+display_num` is ready. Default: `false`.\"\n  },\n  {\n    \"title\": \"1. Desktop as a URL\",\n    \"text\": \"### 1. Desktop as a URL **Every container can run multiple display instances—one per application:** ``` https://{project}-{container}-display-1.{server}.containers.hoody.icu https://{project}-{container}-display-2.{server}.containers.hoody.icu https://{project}-{container}-display-3.{server}.containers.hoody.icu ``` **Recommended pattern: One display per application** - `display-1` - Your main IDE (VS Code) - `display-2` - Web browser (Firefox/Chrome) - `display-3` - Office applications (LibreOffice) - `display-4` - Graphics editor (GIMP) - `display-5` - Database tools **Why separate displays matter:** Each display runs independently with its own: - Screen resolution - Window manager state - Application set - Performance profile **Access any display from any browser**—phone, tablet, laptop, TV. No installation. No configuration. Just open the URL. **Terminal integration:** When you use [`terminal-5`](/kit/terminals/), it automatically connects to `display-5` (`:5` in X11 terms). This makes GUI programs work seamlessly—run `firefox` in terminal-5, and it appears in display-5. **Manual display selection:** Set the `DISPLAY` environment variable to target a specific display: ```bash\"\n  },\n  {\n    \"title\": \"Quick Start (Ephemeral Programs)\",\n    \"text\": \"## Quick Start (Ephemeral Programs) Quick Start lets you run temporary custom programs that auto-clean when stopped or on container reboot. Programs are not saved to `programs.json`; they are tracked in `ephemeral.json` for crash recovery. Use them for one-off data migrations, temporary test servers, debug tasks, CI/CD ephemeral environments, and custom batch jobs. For permanent programs that must survive reboots, use `POST /api/v1/daemon/programs/add`.\"\n  },\n  {\n    \"title\": \"Overview\",\n    \"text\": \"## Overview The Orchestration Vault & Import API manages the **portable Master TODO state** — synchronizing TODOs to/from Hoody Vault and importing repositories across workspaces. Use these endpoints to discover vault-stored TODOs, sync local snapshots, start a repository import job, and poll import progress.\"\n  },\n  {\n    \"title\": \"`PATCH /api/v1/containers/{id}/env`\",\n    \"text\": \"## `PATCH /api/v1/containers/{id}/env` Merge environment variables into the container. Existing keys are updated, new keys are added. Keys not present in the body are left unchanged (merge semantics). Changes take effect upon the next container restart.\"\n  }\n]\n","docsContext":[{"id":"cc4b13360ea1ed67","title":"What You Can Do","score":"18.794","fallback":false,"text":"## What You Can Do **hoody-terminal** provides complete shell control through HTTP: - **🌐 Web Terminal UI** - Full-featured browser terminal—replaces SSH for most use cases - **🖥️ Launch GUI Apps Instantly** - Type `firefox &` and it appears in browser—zero configuration - **⚡ Execute Commands** - Run any shell command via POST request, get `stdout`/`stderr`/exit codes - **🔄 Persistent Sessions** - Stateful terminals that remember working directory and environment - **👥 Multiplayer Sessions** - Multiple users typing in the same terminal simultaneously - **📊 System Monitoring** - Query CPU, memory, disk, processes, ports via HTTP - **📡 WebSocket Streaming** - Real-time output for long-running commands - **📸 Screenshots** - Capture terminal state as PNG/JPEG/GIF **Access & Security:** - **Traditional SSH** - SSH connections for automation/advanced users. See [SSH →](/foundation/networking/ssh/) - **SSH to Remote Servers** - Connect to other servers through the web UI using SSH parameters (no SSH client needed) - **Proxy Permissions** - Control terminal access with IP whitelist, passwords, or JWT. See [Permissions →](/foundation/proxy/permissions/) ---"},{"id":"5045ec52c629bc0a","title":"2. HTTP Shell Execution (For Automation)","score":"14.688","fallback":false,"text":"HTTP Shell Execution (For Automation) **For scripts and AI agents, use the HTTP API directly:** ```bash # Execute a command in your container hoody terminal sessions exec --command \"ls -la /app\" --wait # Run a command asynchronously hoody terminal sessions exec --command \"npm run build\" --no-wait --timeout 300 ``` ```typescript import { HoodyClient } from '@hoody-ai/hoody-sdk'; const client = new HoodyClient({ baseURL: 'https://api.hoody.icu', token: process.env.HOODY_TOKEN }); const containerClient = await client.withContainer({ id: CONTAINER_ID, project_id: PROJECT_ID, server: SERVER }); // Execute a shell command (synchronous) const result = await containerClient.terminal.execution.execute( { command: 'ls -la /app', wait: true }, // request body { terminal_id: '1' } // query params — terminal_id matches the terminal-1 URL ); console.log(result.data.stdout); ``` ```bash curl -X POST \"https://$PROJECT-$CONTAINER-terminal-1.$SERVER.containers.hoody.icu/api/v1/terminal/execute\" \\ -H \"Content-Type: application/json\" \\ -d '{\"command\": \"ls -la /app\", \"wait\": true}' ``` **Response:** ```json { \"success\": true, \"command_id\": \"cmd-123\", \"terminal_id\": \"1\", \"status\": \"completed\", \"exit_code\": 0, \"stdout\": \"total 48\\ndrwxr-xr-x 5 user user 4096 Nov 9 14:30 .\\n...\", \"stderr\": \"\", \"duration_ms\": 5 } ``` **The breakthrough:** Your entire shell is now accessible to: - AI agents (can execute commands via HTTP) - Mobile devices (POST from your phone) - Other containers (cross-container orchestration) - Embedded iframes (terminals in documentation) - Automation scripts (no SSH setup needed) **The URL terminal number determines which session executes the command:** - `terminal-1.hoody.icu/execute` → Executes in terminal session 1 - `terminal-2.hoody.icu/execute` → Executes in terminal session 2 - Each session is isolated but in the same container"},{"id":"256a3fc9683ebdc8","title":"The 18 HTTP Services","score":"14.178","fallback":false,"text":"## The 18 HTTP Services **Your floating operating system**—manage all containers, projects, and services from one browser interface. **Key Capabilities:** - Unified dashboard for all containers - Drag-and-drop workspace layouts - Embed multiple containers in one view - Share entire workspace with a URL - Access from any device **Perfect for:** Project management, monitoring, client presentations [Learn More →](/kit/workspaces/) **Execute shell commands via HTTP**—your Linux terminal as a web service, accessible from anywhere. **Key Capabilities:** - Web terminal UI in browser - HTTP command execution API - Multiple terminal instances per container - Session state persistence (cwd, env, history) - SSH to remote servers (no client needed) - Launch GUI apps instantly **Perfect for:** Command execution, automation, remote server management, AI agent control [Learn More →](/kit/terminals/) • [API Reference →](/api/terminal/sessions/) **Remote desktop via HTTP**—run graphical applications and see them in your browser. Zero configuration. **Key Capabilities:** - Full Linux desktop in browser - Multiple display instances (one app per display) - Auto-mapping with terminals (terminal-5 → display-5) - Session sharing for multiplayer - Screenshot API **Perfect for:** Visual development tools, GUI applications, browser automation, design software [Learn More →](/kit/displays/) • [API Reference →](/api/displays/web-client/) **Unified file access via HTTP**—read, download, and manage files across local storage and 60+ cloud providers."},{"id":"3e0b64fbbe4d2c86","title":"What's Next","score":"13.919","fallback":false,"text":"## What's Next **Explore other interactive services:** Full desktop environments accessible via URL—run VS Code, browsers, any GUI application. [Explore Displays →](./displays/) Chrome automation as REST API—control browsers via HTTP, scrape websites, run tests. [Explore Browser →](./browser/) Transform any script into an HTTP endpoint—your code becomes an API automatically. [Explore Exec →](./exec/) **Master terminal workflows:** - **[Sessions →](/api/terminal/sessions/)** - Manage persistent terminal sessions - **[Commands →](/api/terminal/commands/)** - Sync/async execution patterns - **[Monitoring →](/api/terminal/monitoring/)** - System introspection APIs --- > **Your shell is a URL.** > **Execute from anywhere.** > **Collaborate in real-time.** > **AI-native by design.** **This is how terminals work in the HTTP era.** ---"},{"id":"cc9faa64cea7d02c","title":"Terminals","score":"13.328","fallback":false,"text":"# Terminals **Your shell is a URL.** Execute commands via HTTP, share terminal sessions with a link, collaborate in real-time—no SSH keys, no configuration, just pure HTTP. **Launch GUI applications instantly:** Type `firefox &` in the terminal and it appears in your browser via the matching [display URL](/kit/displays/). No setup. No configuration. Just type and see. Every Hoody container includes **hoody-terminal**, transforming your Linux shell into a first-class web service accessible via HTTP endpoints. ---"},{"id":"30ba0bb4736e54dd","title":"API Endpoints Summary","score":"12.987","fallback":false,"text":"- **[GET /api/v1/terminal/sessions](/api/terminal/sessions/#get-apiv1terminalsessions)** - List all active sessions - Returns: Local and SSH sessions with status, resource usage, timestamps - **[DELETE /api/v1/terminal/\\{terminal_id\\}](/api/terminal/sessions/#delete-apiv1terminalterminal_id)** - Terminate session - Kills all processes in the session - **[GET /api/v1/terminal/history/\\{terminal_id\\}](/api/terminal/sessions/#get-apiv1terminalhistoryterminal_id)** - Command history - Returns: All commands with status, exit codes, duration - **[GET /api/v1/terminal/raw](/api/terminal/sessions/#get-apiv1terminalraw)** - Export complete output - Query params: `terminal_id`, `format` (download|text|html) - **[GET /api/v1/terminal/screenshot](/api/terminal/sessions/#get-apiv1terminalscreenshot)** - Visual terminal snapshot - Query params: `terminal_id`, `format` (png|jpeg|gif), `foreground`, `background`, `fontsize` **Terminal Automation (TUI Control):** - **[GET /api/v1/terminal/snapshot](/api/terminal/automation/#get-rendered-terminal-snapshot)** - Read rendered terminal screen (lines, cursor, fullscreen state) - Query params: `terminal_id`, `include_colors`, `include_highlights`, `scroll_offset` - **[GET /api/v1/terminal/find](/api/terminal/automation/#search-terminal-screen-with-regex)** - PCRE2 regex search on screen/scrollback - Query params: `terminal_id`, `pattern`, `scope`, `limit`, `case_insensitive` - **[POST /api/v1/terminal/press](/api/terminal/automation/#send-named-key-presses-to-terminal)** - Send named key presses (mode-aware DECCKM/DECKPAM) - Body: `{ \"key\": \"enter\" }` or `{ \"keys\": [...] }` - **[POST /api/v1/terminal/paste](/api/terminal/automation/#paste-text-into-terminal)** - Bracketed paste with UTF-8 support - Body: `{ \"text\": \"...\", \"bracketed\": true }` - **[POST /api/v1/terminal/wait](/api/terminal/automation/#wait-for-terminal-condition)** - Block until screen settles or regex matches, returns atomic snapshot - Body: `{ \"mode\": \"stable|regex|either\", \"pattern\": \"...\", \"timeout_ms\": 5000, \"debounce_ms\": 100 }` - **[GET /api/v1/terminal/keys](/api/terminal/automation/#list-supported-key-names)** - List supported key names for `/press` - **[GET /api/v1/terminal/automation/metrics](/api/terminal/automation/#get-terminal-automation-metrics)** - Global vterm metrics (session count, memory used/cap, active waiters) - **[GET /api/v1/terminal/\\{terminal_id\\}/automation](/api/terminal/automation/#get-per-session-automation-state)** - Per-session automation state (dimensions, seq, idle ms, alt-screen) **System Resource Monitoring:** - **[GET /api/v1/system/resources](/api/terminal/monitoring/#get-system-resources)** - System stats - Returns: CPU, memory, disk, network usage - **[GET /api/v1/system/processes](/api/terminal/monitoring/#list-system-processes)** - List processes - Query params: `sort` (cpu|memory|pid), `limit`, `filter` (by name) - **[GET /api/v1/system/processes/\\{pid\\}](/api/terminal/monitoring/#get-process-details)** - Process details - Returns: Command, working directory, parent/child relationships, environment - **[POST /api/v1/system/process/signal](/api/terminal/monitoring/#send-signal-to-process)** - Send Unix signals - Body: `{\"pid\": 12345, \"signal\": \"SIGTERM\"}` or `{\"name\": \"nginx\", \"signal\": \"SIGHUP\"}` **System Control:** - **[POST /api/v1/system/shutdown](/api/terminal/monitoring/#shutdown-system)** - Shutdown the system - **[POST /api/v1/system/reboot](/api/terminal/monitoring/#reboot-system)** - Reboot the system **System Introspection:** - **[GET /api/v1/system/ports](/api/terminal/monitoring/#list-network-ports)** - List listening ports - Query params: `http_only`, `hoody_only`, `user`, `port` - **[GET /api/v1/system/daemon](/api/terminal/monitoring/#get-daemon-programs-configuration)** - List hoody-daemon programs - Returns: hoody-daemon-managed services with status, uptime, configuration - **[GET /api/v1/system/displays](/api/terminal/monitoring/#get-display-information)** - List X11 displays - Returns: Active display sessions, resolutions, users **WebSocket:** - **[GET /api/v1/terminal/ws](/api/terminal/sessions/#get-apiv1terminalws)** - WebSocket terminal connection - Real-time bidirectional terminal I/O **Health:** - **[GET /api/v1/terminal/health](/api/terminal/monitoring/#health-check)** - Service health check **Web Interface & Authentication:** - **[GET /](/api/terminal/web-interface/)** - Browser terminal UI - 39 query parameters for customization (session, shell, SSH, display, desktop, panel, theme, font, etc.) - **[GET /api/v1/terminal/openapi.json](/api/terminal/web-interface/#get-openapi-specification-json)** - OpenAPI specification - **[GET /api/v1/terminal/openapi.yaml](/api/terminal/web-interface/#get-openapi-specification-yaml)** - OpenAPI YAML spec ---"},{"id":"f8da1abff64d674f","title":"Available endpoints","score":"12.809","fallback":false,"text":"## Available endpoints The Terminal service is organized into the following sub-pages. Each page documents the operations, parameters, and response formats for that capability area. Execute commands and retrieve results. Run one-off or tracked commands inside containers, stream output, and poll for completion. Useful for automation, CI/CD pipelines, and scripted workflows. [Open Command Execution →](/api/terminal/commands/) List, inspect, connect via WebSocket, and manage sessions. Enumerate active and historical terminal sessions, retrieve session metadata, attach a WebSocket client for real-time I/O, and terminate sessions that are no longer needed. [Open Session Management →](/api/terminal/sessions/) Access web-based terminal and API docs. Retrieve the URL of the built-in web terminal interface and the auto-generated OpenAPI/Swagger documentation for the daemon's HTTP surface. [Open Web UI & API Access →](/api/terminal/web-interface/) Monitor resources, processes, and network ports. Query host-level metrics including CPU, memory, and disk usage, list running processes, and inspect the set of listening network ports. [Open System Monitoring →](/api/terminal/monitoring/) ---"},{"id":"c1088386d628abcd","title":"Hoody Terminal","score":"12.706","fallback":false,"text":"# Hoody Terminal **Page:** api/terminal/index [Download Raw Markdown](./api/terminal/index.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} The Hoody Terminal service provides a unified interface for executing commands, managing persistent sessions, and monitoring system resources. Whether you need to run one-off commands in isolated containers, stream interactive shell sessions over WebSocket, or inspect process and network activity, the Terminal API exposes a consistent set of endpoints backed by the Hoody daemon. Use this section when you need to: - Execute a command in a fresh or existing container and retrieve its output. - List, inspect, or terminate long-running terminal sessions. - Connect to a session interactively via WebSocket. - Query the web terminal UI and explore the auto-generated API documentation. - Monitor host resources such as CPU, memory, disk, processes, and listening ports."},{"id":"4c06825632a5e5b2","title":"API Endpoints Summary","score":"11.866","fallback":false,"text":"## API Endpoints Summary **Official Technical Reference:** For complete endpoint documentation with all parameters, responses, and examples: **Command Execution:** - **[POST /api/v1/terminal/execute](/api/terminal/commands/#post-apiv1terminalexecute)** - Execute shell commands - Body params: `command`, `id`, `timeout`, `wait`, `cwd` (per-command working directory), `env` - Query params: `terminal_id`, `cwd` (initial working directory for new/reset local sessions), `cwd_auto_create`, `shell`, `user`, `ssh_host`, `ssh_user`, `ssh_password`, `ssh_key`, `reset` - Modes: Synchronous (`wait: true`) or Asynchronous (`wait: false`) - **[GET /api/v1/terminal/result/\\{command_id\\}](/api/terminal/commands/#get-apiv1terminalresultcommand_id)** - Poll async command result - Returns: `status`, `exit_code`, `stdout`, `stderr`, `duration_ms` - **[POST /api/v1/terminal/execute/\\{command_id\\}/abort](/api/terminal/commands/#post-apiv1terminalexecutecommand_idabort)** - Abort a running command (SIGINT or force SIGKILL) - Body: `{ \"force\": false }` - **[POST /api/v1/terminal/write](/api/terminal/commands/#post-apiv1terminalwrite)** - Type raw input into a session PTY (interactive prompts, y/n, sudo password) - Query params: `terminal_id` - Body: `{ \"input\": \"text\", \"enter\": true }` — raw byte injection as if typed at a keyboard **Session Management:** - **[POST /api/v1/terminal/create](/api/terminal/sessions/#post-apiv1terminalcreate)** - Explicitly create a terminal session - Query params: `terminal_id`, `shell`, `user`, `cwd`, `display`, `ssh_host`, ..."},{"id":"63cb83d428859e81","title":"What's Next","score":"11.360","fallback":false,"text":"## What's Next - **[Terminals Overview -->](/kit/terminals/)** -- Full terminal service docs: web UI, session management, command execution - **[Terminal API Reference -->](/api/terminal/commands/)** -- Complete OpenAPI endpoint reference with all parameters and response schemas - **[SSH Access -->](/foundation/networking/ssh/)** -- SSH as an alternative access method alongside HTTP automation - **[Displays -->](/kit/displays/)** -- Visual display service for GUI applications launched from terminal sessions - **[Kit Overview -->](/kit/)** -- All HTTP services available in every Hoody container - **[Permissions -->](/foundation/proxy/permissions/)** -- Control who can access terminal automation endpoints ---"},{"id":"349457eecd80c626","title":"Parameters","score":"11.320","fallback":false,"text":"Default: `50`, minimum: `10`. | | `reset` | query | boolean | No | Reset existing session and reconfigure (kills current process, clears state, allows switching from bash to SSH or changing any parameter). Use `'true'`, `'1'`, or no value. | | `cwd` | query | string | No | Working directory for local bash sessions (ignored for SSH). | | `cwd_auto_create` | query | boolean | No | Auto-create `cwd` when the requested working directory does not exist yet. Only applies when `cwd` is explicitly provided for a new or reset local session. Enable with `'true'`, `'1'`, or no value. Default: `false`. | | `shell` | query | string | No | Shell to use for local sessions: `bash` (case-insensitive), `zsh`, `fish`, `sh`, etc. Default: server startup command, only applies to new sessions or after reset. | | `user` | query | string | No | System user to spawn shell as (requires `su` permissions, only applies to new sessions or after reset). | | `cmd` | query | string | No | Base64-encoded command to execute automatically (works with both new and active shells, executes every time URL is visited). | | `env` | query | string | No | Environment variable in `KEY=VALUE` format (can be repeated for multiple variables, e.g., `?env=DEBUG=1&env=API_KEY=abc`). | | `skip_display_wait` | query | boolean | No | Skip waiting for Hoody Display readiness before executing command. By default, if a `DISPLAY` is configured, the endpoint blocks until the display server on port `4000+display_num` is ready. Default: `false`."},{"id":"45b9312c1a80ad19","title":"1. Desktop as a URL","score":"10.976","fallback":false,"text":"### 1. Desktop as a URL **Every container can run multiple display instances—one per application:** ``` https://{project}-{container}-display-1.{server}.containers.hoody.icu https://{project}-{container}-display-2.{server}.containers.hoody.icu https://{project}-{container}-display-3.{server}.containers.hoody.icu ``` **Recommended pattern: One display per application** - `display-1` - Your main IDE (VS Code) - `display-2` - Web browser (Firefox/Chrome) - `display-3` - Office applications (LibreOffice) - `display-4` - Graphics editor (GIMP) - `display-5` - Database tools **Why separate displays matter:** Each display runs independently with its own: - Screen resolution - Window manager state - Application set - Performance profile **Access any display from any browser**—phone, tablet, laptop, TV. No installation. No configuration. Just open the URL. **Terminal integration:** When you use [`terminal-5`](/kit/terminals/), it automatically connects to `display-5` (`:5` in X11 terms). This makes GUI programs work seamlessly—run `firefox` in terminal-5, and it appears in display-5. **Manual display selection:** Set the `DISPLAY` environment variable to target a specific display: ```bash"},{"id":"5e15e69c17e84620","title":"Quick Start (Ephemeral Programs)","score":"0.000","fallback":true,"text":"## Quick Start (Ephemeral Programs) Quick Start lets you run temporary custom programs that auto-clean when stopped or on container reboot. Programs are not saved to `programs.json`; they are tracked in `ephemeral.json` for crash recovery. Use them for one-off data migrations, temporary test servers, debug tasks, CI/CD ephemeral environments, and custom batch jobs. For permanent programs that must survive reboots, use `POST /api/v1/daemon/programs/add`."},{"id":"66bc588ddc6c0406","title":"Overview","score":"0.000","fallback":true,"text":"## Overview The Orchestration Vault & Import API manages the **portable Master TODO state** — synchronizing TODOs to/from Hoody Vault and importing repositories across workspaces. Use these endpoints to discover vault-stored TODOs, sync local snapshots, start a repository import job, and poll import progress."},{"id":"4013e43bd747b8c0","title":"`PATCH /api/v1/containers/{id}/env`","score":"0.000","fallback":true,"text":"## `PATCH /api/v1/containers/{id}/env` Merge environment variables into the container. Existing keys are updated, new keys are added. Keys not present in the body are left unchanged (merge semantics). Changes take effect upon the next container restart."}],"rawResponse":"{\n  \"pageSummary\": \"Marketing/product page for Hoody's Terminal Kit service, describing the HTTP-native Linux shell (command execution, WebSocket streaming, multiplayer sessions, GUI display mapping, monitoring) with quickstart snippets, use cases, and a 19-endpoint API reference.\",\n  \"findings\": [\n    {\n      \"severity\": \"high\",\n      \"type\": \"claim-mismatch\",\n      \"tag\": \"invalid-json-brackets\",\n      \"message\": \"Multiple code samples wrap JSON object fields in array brackets [ ] instead of braces { }\",\n      \"evidence\": \"-d '[\\\"command\\\":\\\"echo Hello from Hoody!\\\",\\\"wait\\\":true]'  ...  > [\\\"success\\\":true,\\\"stdout\\\":\\\"Hello from Hoody!\\\\n\\\",\\\"duration_ms\\\":3]\",\n      \"docsReference\": \"HTTP Shell Execution / API Endpoints Summary — request body and response are documented as JSON objects: {\\\"command\\\": \\\"ls -la /app\\\", \\\"wait\\\": true} and {\\\"success\\\": true, \\\"exit_code\\\": 0, ...}\",\n      \"discrepancy\": \"These payloads and responses are invalid JSON — object key/value pairs cannot be enclosed in [ ]. 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The paths a developer would call do not match the reference.\",\n      \"confidence\": \"medium\",\n      \"recommendation\": \"Reconcile the endpoint paths with HOODY_DOCS_CONTEXT (create=POST /api/v1/terminal/create, terminate=DELETE /api/v1/terminal/{terminal_id}, write=POST /api/v1/terminal/write, WebSocket=GET /api/v1/terminal/ws), or confirm the /sessions namespace is the current API and update the docs accordingly.\"\n    },\n    {\n      \"severity\": \"medium\",\n      \"type\": \"claim-mismatch\",\n      \"tag\": \"kit-service-count\",\n      \"message\": \"'14 Kit services' contradicts the documented service count\",\n      \"evidence\": \"Terminal is one of 14 Kit services that ship with every Hoody container.\",\n      \"docsReference\": \"Docs section header 'The 18 HTTP Services' (the HTTP/kit services bundled in every container)\",\n      \"discrepancy\": \"The page states 14 kit services while the docs describe 18 HTTP services that ship with the container — a concrete numeric discrepancy about how many services the Kit contains.\",\n      \"confidence\": \"medium\",\n      \"recommendation\": \"Reconcile the count with the documented set; use the number documented in HOODY_DOCS_CONTEXT ('The 18 HTTP Services') unless the kit lineup has officially changed.\"\n    },\n    {\n      \"severity\": \"low\",\n      \"type\": \"terminology\",\n      \"tag\": \"tmux-listed-as-shell\",\n      \"message\": \"tmux is listed as one of the five shell environments\",\n      \"evidence\": \"bash, zsh, fish, tmux, sh — switch shells via URL parameter.\",\n      \"docsReference\": \"Parameters — shell query param lists `bash`, `zsh`, `fish`, `sh`, etc.; tmux is documented separately as a multiplexer ('tmux Bridge')\",\n      \"discrepancy\": \"tmux is a terminal multiplexer, not a shell, and the documented `shell` parameter values are bash/zsh/fish/sh. Counting tmux among the '5 Shell Environments' is technically inaccurate and the page itself treats tmux as a separate 'tmux Bridge' feature.\",\n      \"confidence\": \"medium\",\n      \"recommendation\": \"Either drop tmux from the shell list (and re-derive the '5 Shell Environments' count) or verify against the documented `shell` parameter values before presenting tmux as a selectable shell.\"\n    }\n  ],\n  \"notes\": [\n    \"The '19 endpoints' claim is internally consistent: Session Management (7) + System & Meta (6) + Command Execution (4) + Live Streaming (2) = 19, matching both the headline and the '19 API Endpoints' stat. Note that HOODY_DOCS_CONTEXT documents more than 19 terminal/system endpoints, so the page appears to present a curated subset rather than the full surface — not flagged as an error.\",\n    \"'50+ URL Parameters' vs the docs' '39 query parameters' for the web terminal UI is not flagged: the page's figure plausibly aggregates query params across multiple endpoints (execute, create, etc.), so it is not a clear contradiction.\",\n    \"'Join Waitlist' CTA is treated as intentional launch-state marketing copy, not a defect.\",\n    \"The illustrative responses 'curl .../system/resources → {cpu: 45%, mem: 8GB}' use pseudo-JSON values for readability; read as decorative inline illustrations rather than literal API samples.\"\n  ]\n}\n","pageSummary":"Marketing/product page for Hoody's Terminal Kit service, describing the HTTP-native Linux shell (command execution, WebSocket streaming, multiplayer sessions, GUI display mapping, monitoring) with quickstart snippets, use cases, and a 19-endpoint API reference.","findings":[{"id":"abd4e748-8161-4dfc-87a3-be4fd967a0f5","dismissed":false,"target":"unassigned","severity":"high","type":"claim-mismatch","tag":"invalid-json-brackets","message":"Multiple code samples wrap JSON object fields in array brackets [ ] instead of braces { }","evidence":"-d '[\"command\":\"echo Hello from Hoody!\",\"wait\":true]'  ...  > [\"success\":true,\"stdout\":\"Hello from Hoody!\\n\",\"duration_ms\":3]","docsReference":"HTTP Shell Execution / API Endpoints Summary — request body and response are documented as JSON objects: {\"command\": \"ls -la /app\", \"wait\": true} and {\"success\": true, \"exit_code\": 0, ...}","discrepancy":"These payloads and responses are invalid JSON — object key/value pairs cannot be enclosed in [ ]. 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Copy-pasting any bracketed example fails immediately.","confidence":"high","recommendation":"Replace [ ] with { } in every request body and response so they are valid JSON objects, matching both the page's own correct sample (-d '{ \"command\": \"ls -la /app\", \"wait\": true }') and the documented schema in HOODY_DOCS_CONTEXT."},{"id":"5cdee578-a389-423b-9805-f372b221d708","dismissed":false,"target":"unassigned","severity":"medium","type":"other","tag":"inconsistent-terminal-hostnames","message":"Terminal hostname format is inconsistent across code examples","evidence":"https://your-terminal.hoody.com/token ... https://proj-dev-terminal-1.server.containers.hoody.com ... terminal.hoody.com/api/v1/terminal/execute ... https://proj-dev-terminal-1.hoody.com/api/v1/terminal/execute","docsReference":"on-page self-check (canonical pattern documented in HOODY_DOCS_CONTEXT: https://{project}-{container}-terminal-1.{server}.containers.hoody.icu)","discrepancy":"At least four different host structures appear for the same service — 'your-terminal.hoody.com', 'terminal.hoody.com', 'proj-dev-terminal-1.hoody.com' (missing the .server.containers segment), and 'proj-dev-terminal-1.server.containers.hoody.com'. The two 'proj-dev' examples even disagree with each other, so a reader cannot tell what a real terminal URL looks like.","confidence":"high","recommendation":"Standardize every example on one host pattern. Use the canonical pattern documented in HOODY_DOCS_CONTEXT — {project}-{container}-terminal-1.{server}.containers.hoody.[domain] (mapping the documented .icu to the customer-facing .com) — rather than reusing the page's own ad-hoc strings ('your-terminal', 'proj-dev', bare 'terminal.hoody.com') as the example."},{"id":"9e04cc3c-c31b-40ca-9e71-74ce2744eb3d","dismissed":false,"target":"unassigned","severity":"medium","type":"claim-mismatch","tag":"session-endpoint-paths","message":"Session-management endpoint paths differ from the documented API","evidence":"POST /api/v1/terminal/sessions Create new session ... DELETE /api/v1/terminal/sessions/:id Terminate session ... POST /api/v1/terminal/sessions/:id/write Write to session ... 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The paths a developer would call do not match the reference.","confidence":"medium","recommendation":"Reconcile the endpoint paths with HOODY_DOCS_CONTEXT (create=POST /api/v1/terminal/create, terminate=DELETE /api/v1/terminal/{terminal_id}, write=POST /api/v1/terminal/write, WebSocket=GET /api/v1/terminal/ws), or confirm the /sessions namespace is the current API and update the docs accordingly."},{"id":"0f47d467-7dd4-4746-af7e-b391ae28304b","dismissed":false,"target":"unassigned","severity":"medium","type":"claim-mismatch","tag":"kit-service-count","message":"'14 Kit services' contradicts the documented service count","evidence":"Terminal is one of 14 Kit services that ship with every Hoody container.","docsReference":"Docs section header 'The 18 HTTP Services' (the HTTP/kit services bundled in every container)","discrepancy":"The page states 14 kit services while the docs describe 18 HTTP services that ship with the container — a concrete numeric discrepancy about how many services the Kit contains.","confidence":"medium","recommendation":"Reconcile the count with the documented set; use the number documented in HOODY_DOCS_CONTEXT ('The 18 HTTP Services') unless the kit lineup has officially changed."},{"id":"f58b3f62-74a8-418e-a875-8ac014c9753e","dismissed":false,"target":"unassigned","severity":"low","type":"terminology","tag":"tmux-listed-as-shell","message":"tmux is listed as one of the five shell environments","evidence":"bash, zsh, fish, tmux, sh — switch shells via URL parameter.","docsReference":"Parameters — shell query param lists `bash`, `zsh`, `fish`, `sh`, etc.; tmux is documented separately as a multiplexer ('tmux Bridge')","discrepancy":"tmux is a terminal multiplexer, not a shell, and the documented `shell` parameter values are bash/zsh/fish/sh. Counting tmux among the '5 Shell Environments' is technically inaccurate and the page itself treats tmux as a separate 'tmux Bridge' feature.","confidence":"medium","recommendation":"Either drop tmux from the shell list (and re-derive the '5 Shell Environments' count) or verify against the documented `shell` parameter values before presenting tmux as a selectable shell."}],"notes":["The '19 endpoints' claim is internally consistent: Session Management (7) + System & Meta (6) + Command Execution (4) + Live Streaming (2) = 19, matching both the headline and the '19 API Endpoints' stat. Note that HOODY_DOCS_CONTEXT documents more than 19 terminal/system endpoints, so the page appears to present a curated subset rather than the full surface — not flagged as an error.","'50+ URL Parameters' vs the docs' '39 query parameters' for the web terminal UI is not flagged: the page's figure plausibly aggregates query params across multiple endpoints (execute, create, etc.), so it is not a clear contradiction.","'Join Waitlist' CTA is treated as intentional launch-state marketing copy, not a defect.","The illustrative responses 'curl .../system/resources → {cpu: 45%, mem: 8GB}' use pseudo-JSON values for readability; read as decorative inline illustrations rather than literal API samples."]},{"id":"62d017ed-36a8-4361-8e6a-b2153f537c2a","runId":"fe2ba1e1-9b12-48a3-b1c0-a6223e7f838a","status":"completed","error":null,"pageId":"c702183520b137df","page":{"id":"c702183520b137df","url":"https://hoody.com/","status":200,"title":"Hoody — Computers That Are URLs","description":"The first infrastructure where containers, terminals, displays, and AI agents share the same HTTP protocol.","headings":["The Abstraction","Terminal","Files","Display","SQLite","Exec","AI Proxy","Agent"],"wordCount":1515,"contentHash":"7aa9cd2d4c40f1d7","crawledAt":"2026-06-16T14:10:44.322Z"},"provider":"claude-code","model":"Claude Opus 4.8","startedAt":"2026-06-16T14:25:32.920Z","finishedAt":"2026-06-16T14:26:35.668Z","durationMs":62748,"tokenEstimate":{"prompt":10142,"completion":2030,"total":12172,"method":"estimated_chars_div_3.7"},"costEstimate":{"inputPerMillion":0,"outputPerMillion":0,"promptCost":0,"completionCost":0,"totalCost":0,"currency":"USD","method":"rates_x_tokens"},"customNote":"","requestPayload":{"provider":"claude-code","model":"Claude Opus 4.8","websitePageSent":{"id":"c702183520b137df","url":"https://hoody.com/","title":"Hoody — Computers That Are URLs","headings":["The Abstraction","Terminal","Files","Display","SQLite","Exec","AI Proxy","Agent","Browser","Code","Daemon","cURL","Notifications","Pipe","Cron","Watch","Notes","Run","Workspaces","Platform API","Terminal","This is not an upgrade. This is what building was supposed to feel like.","Build a full app in 2 hours","Hoody Exec: Instant APIs","Localhost = Production","The WebOS to orchestrate your new life.","Built on the protocol that never moves.","Bare Metal","Instant Snapshots","Auto-Versioned Files","Unguessable URLs","Your Keys, Your Data","Machines That Last","Bare-metal servers. Unshared machines. Yours forever.","FREE MACHINE","$0","DEDICATED BARE METAL","From $29.90/mo","HOODY AI","Pay-as-you-go"],"contentHash":"7aa9cd2d4c40f1d7","wordCount":1515,"text":"Since 2021 · From privacy to agentic infrastructure · $3.2M raised · Read our storyHoodySince 2021 · From privacy to agentic infrastructure · $3.2M raised · Read our storyHoodySince 2021 · From privacy to agentic infrastructure · $3.2M raised · Read our storyHoodySince 2021 · From privacy to agentic infrastructure · $3.2M raised · Read our storyHoodyYour ambition is not the bottleneck.Your infrastructure is.Hoody is the foundation between you, your agents,and everything you'll ever build.Scroll to discoverhome / heroLinux as HTTP + AgenticEvery terminal, desktop, database, filesystem, and AI agent inside your machine is an HTTPS endpoint. 14 services, auto-detected, auto-secured. Rent bare metal instantly. Spawn unlimited containers. Everything just works — and yes, you can run inside Inside a containerRead the DocsThe AbstractionEvery Linux primitive is now an HTTPS endpointTerminal19 endpointsFiles74 endpointsDisplay11 endpointsSQLite24 endpointsExec49 endpointsAI Proxy8 endpointsAgent82 endpointsBrowser14 endpointsCode3 endpointsDaemon14 endpointscURL18 endpointsNotifications5 endpointsPipe9 endpointsCron11 endpointsWatch10 endpointsNotes50 endpointsRun33 endpointsWorkspaces40 endpointsPlatform API204 endpointsLive Embedded Display — TerminalTerminalTerminalShell sessions/api/v1/terminal/executeRun commands, get JSON. Multiple sessions. Multiplayer. Fire-and-forget or wait for output.Endpoints19POST /api/v1/terminal/executeGET /api/v1/terminal/result/:idGET /api/v1/terminal/history/:idGET /api/v1/terminal/sessionsGET /api/v1/terminal/screenshotGET /api/v1/terminal/rawGET /api/v1/system/processesGET /api/v1/system/resourcesPOST /api/v1/system/process/signalPOST /api/v1/terminal/sessions -- create sessionDELETE /api/v1/terminal/sessions/:idPOST /api/v1/terminal/sessions/:id/resizeWS /api/v1/terminal/sessions/:id/ws -- live streamGET /api/v1/terminal/sessions/:id/bufferPOST /api/v1/terminal/sessions/:id/writeGET /api/v1/terminal/sessions/:id/statusPOST /api/v1/terminal/sessions/:id/signalGET /api/v1/system/envGET /api/v1/system/info400+HTTP endpoints19Built-in services<3sContainer bootUnlimitedContainers per machineHTTP never changes. Neither does your foundation. Anymore.home / rethinkWhat this changesThis is not an upgrade. This is what building was supposed to feel like.Six things that used to be painful. Now they're a URL.hoody -- new way of lifeVibe-codeInstant APILocalhost = LiveLock DownEmbedTime TravelAI AgentsVibe-codeInstant APILocalhost = LiveLock DownEmbedTime TravelAI AgentsBuild a full app in 2 hoursDescribe what you want. AI spawns 3 containers (frontend, API, database), writes the code, tests live at real URLs. You iterate for 2 hours. Happy? Snapshot all three. Point your domain. Production.# what changed- Days of setup: Docker Compose, CI/CD, staging env, DNS, SSL certs. A week before anything is live.+ Describe it. AI builds it. Test at real URLs. Snapshot. CNAME. Production in 2 hours.AgentSDKHTTPCLIAgentSDKHTTPCLIBuild me a Twitter clone with React frontend,Express API, and PostgreSQL database.Use separate containers for each. > Planning architecture...> Spawning container: frontend> Spawning container: api> Spawning container: db> All 3 ready in 4.2 seconds.> Writing code... Tests passed. 47/47. https://proj-frontend-http-3000.containers.yourserver.hoody.comhttps://proj-api-http-8080.containers.yourserver.hoody.com > Production live.Vibe-code -- 1/7Hoody Exec: Instant APIsFile = endpoint. Zero frameworks. Zero config.scripts/api/users.ts/api/usersscripts/api/todos/[id].ts/api/todos/42scripts/news.js/newsNext.js-style routing. Built-in Database object, $ shell helper, and AI agent. Every script is also a CLI command.Localhost = Productionlocalhost:3000https://proj-dev-http-3000.containers.yourserver.hoody.com/Start any server on any port. Hoody detects it and gives it a public HTTPS URL with valid TLS. Automatic. No tunnels. No ngrok.:3000:8080:5432:443any port“Stop configuring. Start creating. The infrastructure should materialize from your imagination, not the other way around.”home / workspacesHoody WorkspacesThe WebOS to orchestrate your new life.Not a dashboard. A full operating system in your browser. Every desktop app runs live -- and more. 25 agent tools, full git, 60+ cloud backends, multiplayer. All on YOUR bare-metal server. (so much more)workspace-overview.pngworkspace-overview.pngeditor.pngai-agent.pngdisplay-1.pngmultiplayer.png38 built-in capabilities across 3 layersAI & Agents (16)Infrastructure (16)Collaboration (6)AI Agent25 built-in tools. Orchestrator mode. Code, Architect, Debug, Ask modes.OrchestratorMulti-container AI coordination. Delegates tasks across containers.Memory BankPersistent knowledge storage across tasks. AI-suggested entries.MCP ServersExtend with GitHub, Slack, Jira, custom tools.300+ AI ModelsClaude, GPT, Gemini, Groq, Mistral... Container-based auth.25 Toolsbash, read, write, edit, grep, glob, browser, image gen, MCP, and more.Task ManagerCreate, track, and manage tasks. Todos per session.Slash CommandsBuilt-in and custom prompt templates. Fetch skills from URLs.Monaco EditorVS Code editor with syntax highlighting and IntelliSense.Git IntegrationRun git commands via terminal. Agent executes git operations.Instant APIsDrop a script in scripts/, it becomes a live HTTPS endpoint. Agents call it via HTTP. Auto-generated OpenAPI spec.TerminalSplit-pane terminals with drag-and-drop tabs.Quick ActionsSearch and execute commands. Navigate anywhere fast.Diff EditingAgent applies targeted patches. Review changes inline.Code IntelligenceMonaco language features. Diagnostics and autocomplete.Background WorkersPersistent scripts via Exec. Long-running processes via Daemon.AI & Agents16AI Agent25 built-in tools. Orchestrator mode. Code, Architect, Debug, Ask modes.OrchestratorMulti-container AI coordination. Delegates tasks across containers.Memory BankPersistent knowledge storage across tasks. AI-suggested entries.MCP ServersExtend with GitHub, Slack, Jira, custom tools.300+ AI ModelsClaude, GPT, Gemini, Groq, Mistral... Container-based auth.25 Toolsbash, read, write, edit, grep, glob, browser, image gen, MCP, and more.Task ManagerCreate, track, and manage tasks. Todos per session.Slash CommandsBuilt-in and custom prompt templates. Fetch skills from URLs.Monaco EditorVS Code editor with syntax highlighting and IntelliSense.Git IntegrationRun git commands via terminal. Agent executes git operations.Instant APIsDrop a script in scripts/, it becomes a live HTTPS endpoint. Agents call it via HTTP. Auto-generated OpenAPI spec.TerminalSplit-pane terminals with drag-and-drop tabs.Quick ActionsSearch and execute commands. Navigate anywhere fast.Diff EditingAgent applies targeted patches. Review changes inline.Code IntelligenceMonaco language features. Diagnostics and autocomplete.Background WorkersPersistent scripts via Exec. Long-running processes via Daemon.Infrastructure1660+ BackendsS3, GDrive, Dropbox, OneDrive, Azure, MEGA...Secrets VaultManage credentials and secrets. Container-scoped access.SnapshotsFull system state in 1-5 seconds. Fork. Rollback.FirewallNetwork-level rules. Allow/block ports per container.SQLiteQuery databases. KV store. Time-travel queries.DaemonsBackground processes with auto-restart. Managed via HTTP.Proxy & DomainsCustom domains, aliases, TLS auto-provisioned.MonitoringService health, memory, request throughput.Desktop AppsRun Firefox, VS Code, Blender in the browser.File ManagerTree view, search, 60+ cloud backend connections.EmbeddableEvery panel is an iframe. Embed in docs, Slack, anywhere.SettingsKeybinds, themes, models, permissions. Customizable.ThemesLight, dark, custom. Full appearance customization.KeybindsEvery keyboard shortcut is customizable.NotificationsBrowser alerts, sounds, in-app toasts. Per-session.Activity FeedChronological event stream. See everything that happened.Collaboration6MultiplayerShare URL = shared OS. Real state, not screenshare.TelegramNEWChat with your workspace agent from Telegram. Manage sessions from your phone.Mobile AccessFull OS from your phone. Browser or SSH. Same state.PermissionsGroup-based access control. Granular per-service.Token ManagerAPI tokens for team access. Create, revoke, scope.Share via URLShare any surface. Real shared state, not screenshare.Open source. On your server. Under your control.Hoody Workspaces is open source and runs on YOUR bare-metal machine. Your data never leaves your server. No third-party cloud. No telemetry. No trust required -- verify the code yourself. In a world where breaches happen weekly, your OS should be something you own, audit, and control. Agents can programmatically open panels, arrange layouts, switch windows, and build entirely custom interfaces -- all via the same Kit HTTP surface.SDK: await client.workspaces.layout.open()CLI: hoody workspaces open --panels terminal,codeHTTP: POST /workspace-1/layoutAgent: \"Open terminal and code side by side\"25Agent tools60+Cloud backe…"},"docsContextSent":[{"id":"cdd2f63cc5d75ce4","title":"The 100x Foundation","score":"13.328","fallback":false,"text":"# The 100x Foundation **Page:** index [Download Raw Markdown](./index.md) --- ## The HTTP-Native Cloud Hoody is a new kind of cloud platform designed for the AI era. We replaced complex infrastructure with a simple, powerful principle: **Everything is a URL.** Spawn unlimited containers on bare metal. **Not ephemeral sandboxes**—these are persistent, durable computers for desktop apps and long-running services. Built for agents. Every resource (terminal, file, display) is an HTTP endpoint that AI can natively understand and control. No SDKs required. Interact with your entire infrastructure using standard HTTP requests. Every resource is a URL. Because everything is a URL, you can embed terminals, code editors, and full desktops into any web application or dashboard. --- ## Why Hoody? ### 🚀 For Developers Stop managing infrastructure. Treat your cloud like a library of functions. - **Instant Environments:** `POST /api/v1/projects/{id}/containers` -> Ready in seconds. - **Persistent & Durable:** Unlike sandboxes, your data and apps persist forever. - **Vibe Coding:** Code in the browser with full VS Code and live previews. - **Multiplayer:** Share your workspace URL for instant collaboration. ### 🤖 For AI Agents Give your agents the tools they need to be autonomous. - **Full Control:** Agents can spawn containers, run commands, edit files, and browse the web. - **MCP Client:** Built-in MCP client connects to external MCP servers (GitHub, Slack, Jira, custom APIs), dynamically discovering tools at runtime. - **Observability:** Every action is logged and observable via HTTP."},{"id":"d2d68528630474e1","title":"Quick Start","score":"11.523","fallback":false,"text":"Now open the visual experience — **Hoody OS**. Hoody OS is a full web-based operating system that lives **inside each of your containers** — every container you spin up gets its own OS, on a server you own. It includes three apps: - **Hoody Home** (`https://{projectId}-{containerId}-home-1.{node}.containers.hoody.run`) — Your dashboard and starting point - **Hoody Console** (`https://{projectId}-{containerId}-console-1.{node}.containers.hoody.run`) — Container management, server monitoring, project administration - **Hoody Workspaces** (`https://{projectId}-{containerId}-workspace-1.{node}.containers.hoody.run`) — A floating-window desktop where you arrange terminals, code editors, displays, files, and AI agents side by side Every app is a URL. Open it in any browser. Embed it in an iframe. Share it with a teammate. Control it via AI agent. The URLs just work — HTTPS with HTTP/2 and HTTP/3, zero configuration, zero certificates to manage. Ever. The inception: Hoody OS itself runs on a Hoody container. The OS that manages your containers is running in a container. It's embeddable, shareable, and multiplayer — just like everything else. ### From Any Browser Open your Workspace URL in any browser. Phone, laptop, TV, tablet — same environment, same state. ### From Any Terminal ```bash ssh hoody.com ``` Full Hoody OS as a TUI (Terminal User Interface). We built an entire browser engine for the terminal (`hoody-terminal-browser`), so you get the same OS experience — floating windows, AI chat, file management — rendered in pure text."},{"id":"9bbf6762edcd0b56","title":"The Vibe","score":"11.242","fallback":false,"text":"Your designer watches every tap, every animation, every transition on their monitor. No screen recording. Live HTTP stream. --- ## AI Is a First-Class Citizen Everything is HTTP. AI agents make HTTP requests. The math checks out. `GET /terminal/1/output`. `GET /display/1/screenshot`. `POST /sqlite/1/query`. `GET /files/1/list`. `GET /browser/1/status`. The agent uses the exact same interface you do. No adapters. No \"AI toolkit.\" No special permissions. HTTP in, HTTP out. What this means in practice: - The agent watches your file changes and suggests refactors based on your codebase patterns - It monitors your running app via the display URL for visual regressions - It reads terminal output, queries logs, checks database state — all concurrently - It spawns new containers, assigns tasks to other agents, collects results - It fixes a test failure at 3am, pushes the commit, and sends you the diff URL over breakfast The agent doesn't live in a chatbox. It lives in the same infrastructure you do. Same HTTP, same URLs, same capabilities. The boundary between \"AI tool\" and \"computing environment\" doesn't exist because there was never a real boundary — just a protocol. --- ## 75+ AI Providers. Zero Lock-In. Anthropic. OpenAI. Google. Mistral. Groq. Ollama. Any OpenAI-compatible endpoint. Custom inference servers. 75+ providers out of the box. Switch models mid-conversation. A/B test providers across containers. Route secrets through environment variables. Today Claude, tomorrow GPT-6, next week a fine-tuned Llama on your own hardware. Config change, not migration."},{"id":"ed8dbcc851e0cb7f","title":"Workspaces (hoody-workspaces service)","score":"10.521","fallback":false,"text":"--- ## What You Can Do - **Unified Dashboard** — See all containers, projects, and servers in one place - **Drag-and-Drop Layouts** — Arrange terminal, display, files, and code panels however you want - **Multi-Container Views** — Embed services from different containers side-by-side in one workspace - **Shareable URLs** — Share your entire workspace layout with a URL - **Any Device** — Desktop, tablet, phone — if it has a browser, it runs Workspaces - **Service Quick-Launch** — Open any Kit service (terminal, display, files, SQLite, code) with one click - **Project Switching** — Jump between projects and containers instantly --- ## The Workspace Model Every panel in a workspace is just a URL. Terminal? URL. Display? URL. File manager? URL. Code editor? URL. The workspace arranges them: ``` ┌─────────────────────────────────────────────┐ │ Workspace: \"My Dev Environment\" │ ├──────────────────┬──────────────────────────┤ │ Terminal-1 │ Display-1 │ │ (shell access) │ (GUI desktop) │ ├──────────────────┼──────────────────────────┤ │ Files │ Code-1 │ │ (file manager) │ (VS Code) │ └──────────────────┴──────────────────────────┘ ``` Each panel maps to a Kit service URL: ``` Terminal: https://PROJECT-CONTAINER-terminal-1.SERVER.containers.hoody.run Display: https://PROJECT-CONTAINER-display-1.SERVER.containers.hoody.run Files: https://PROJECT-CONTAINER-files-1.SERVER.containers.hoody.run Code: https://PROJECT-CONTAINER-code-1.SERVER.containers.hoody.run ``` The workspace saves the layout. Close the tab, reopen it — everything is exactly where you left it."},{"id":"6357eb51a24b92ba","title":"Containers (concept)","score":"10.379","fallback":false,"text":"# Containers **Page:** concepts/containers [Download Raw Markdown](./concepts/containers.md) --- # Containers **Forget everything you know about containers.** Docker containers are build artifacts. Lightweight, disposable, stateless. You bake an image, ship it, run it, throw it away. They are packaging -- not computing. Hoody containers are computers. Full Debian 13 Linux machines with systemd, their own filesystem, their own network stack, their own process tree. They boot. They run services. They persist state. They have terminals and desktops and databases and browsers. They are not ephemeral throw-away images. They are machines you live in. The difference is not incremental. It is categorical. And they run on servers you actually own — bare metal hardware you rent from the marketplace, not a cloud provider's shared infrastructure. Years of privacy and security engineering at Hoody went into making sure your containers are yours. --- ## What You Actually Get When you create a Hoody container, you get a complete Linux computer: - **Debian 13** (Trixie) with full package manager (`apt`) - **systemd** init system (real service management, not hacked entrypoints) - **Own filesystem** (persistent, writable, full Linux FHS) - **Own network stack** (own IP, own DNS, own routing table) - **Own process tree** (PID namespace, proper process isolation) - **14 built-in HTTP services** (terminal, display, files, exec, sqlite, browser, agent, code, curl, notifications, daemons, cron, pipe, workspaces) Every one of those services is a URL."},{"id":"1dace266f5169189","title":"Workspaces (hoody-workspaces service)","score":"10.332","fallback":false,"text":"--- ## Key Concepts ### Panels Each panel embeds a Kit service URL. Add panels for: - **Terminals** — any instance: terminal-1, terminal-2, etc. - **Displays** — remote desktop for any display instance - **Files** — file manager - **SQLite** — database UI - **Code** — VS Code editor - **Browser** — browser automation view - **Any custom URL** — embed anything with a URL ### Layouts Arrange panels in rows, columns, and grids. Resize by dragging borders. Save layouts to switch between different working modes — a development layout, a monitoring layout, a presentation layout. ### Multi-Container A single workspace can embed services from **different containers**. Monitor multiple environments, compare outputs, or manage a distributed system from one screen. Each panel points to a different container's service URL — the workspace doesn't care which container it's talking to. --- ## Common Patterns ### Development Workspace Terminal + Code + Display for full-stack development with live GUI preview. Write code in one panel, run it in another, see the output in a third. ### Monitoring Dashboard Multiple terminals showing logs from different containers, plus a browser panel for status pages. One screen, full visibility across your infrastructure. ### Presentation Mode Share a workspace URL with a client to give them a live view of your infrastructure — without giving direct access. They see what you see. Nothing more. --- ## What's Next --- > **Your desktop is a URL now.** > **Open it from any device. Arrange it however you want. Share it with anyone.** > **No VNC. No RDP. No VPN."},{"id":"0ab0522cc68b3d50","title":"The Hoody Kit: Your HTTP Toolbox","score":"10.250","fallback":false,"text":"``` **Why this matters:** - **Separation of concerns** - Terminal-1 for frontend, terminal-2 for backend, terminal-3 for database - **Parallel operations** - Run tests in exec-1 while building in exec-2 - **Specialized agents** - Agent-1 for code, agent-2 for docs, agent-3 for DevOps - **Multi-user collaboration** - Each user gets their own terminal/display instance **All instances share the same container filesystem, processes, and network**—it's one computer with multiple access points. --- ## Integration Patterns ### Terminal + Display (Visual Development) ```txt # Type in terminal-5 terminal-5.hoody.run → firefox & # See in display-5 (auto-mapped) display-5.hoody.run → Firefox appears ``` GUI applications automatically appear in matching display numbers. Zero configuration. ### Terminal + Agent (AI-Assisted Shell) ```txt # Terminal with embedded agent panel terminal-1.hoody.run/?panel=...agent-1.hoody.run&panel-width=40% ``` AI assistant helps with commands, explains output, suggests best practices—all in one window. ### Files + SQLite + Exec (Data Pipeline) ```javascript // Read CSV from cloud storage const data = await fetch(filesUrl + '/google-drive/data.csv'); // Process with exec script const processed = await fetch(execUrl + '/run/etl.ts', { method: 'POST', body: data }); // Store in SQLite await fetch(sqliteUrl + '/query', { method: 'POST', body: JSON.stringify({ sql: 'INSERT INTO analytics VALUES (...)' }) }); ``` Services compose naturally through HTTP."},{"id":"81ae530c15c3f95d","title":"Understanding Hoody","score":"10.213","fallback":false,"text":"Forget screen sharing and \"can you see my cursor?\" When everything is a URL, collaboration is instant. Multiple people in the same terminal with colored cursors. Editing the same files simultaneously. Controlling the same browser. Debugging together in real-time. It's Google Docs but for computers. **Isolate what you share.** Give your team the staging environment URL, not your personal dev containers. Share the production monitoring computer, not the experimental AI playground. Precision multiplayer through URL-based access. Everything has a URL. Everything is multiplayer. Everything is already online. ## Hoody OS: Your Operating System Lives on the Web We didn't just make computers accessible via HTTP. We built an entire **operating system** on top of them. **Hoody OS** is a floating-window web-based OS running on servers you own, built by a team with years of privacy and security engineering behind it. It includes: - **Hoody Home** — Your dashboard, project launcher, and starting point - **Hoody Console** — Server management, container administration, monitoring - **Hoody Workspaces** — A full desktop environment with draggable windows — terminals, code editors, file browsers, AI agents, displays, databases — all arranged however you want Every app is a URL. Every process inside your container is a URL. Every one of those URLs is HTTPS with HTTP/2 and HTTP/3, automatically, forever. You'll never configure a certificate, never think about TLS, never debug an SSL handshake. That era is over."},{"id":"c0e518e351fc1b03","title":"The Hoody Kit: Your HTTP Toolbox","score":"10.199","fallback":false,"text":"- **OAuth Authentication**: Full OAuth flow for authenticated remote MCP servers. - **Safety First**: Destructive operations require confirmation. [Learn more about MCP integration →](/kit/) --- ## The 14 HTTP Services **Your floating operating system**—manage all containers, projects, and services from one browser interface. **Key Capabilities:** - Unified dashboard for all containers - Drag-and-drop workspace layouts - Embed multiple containers in one view - Share entire workspace with a URL - Access from any device **Perfect for:** Project management, monitoring, client presentations [Learn More →](/kit/workspaces/) **Execute shell commands via HTTP**—your Linux terminal as a web service, accessible from anywhere. **Key Capabilities:** - Web terminal UI in browser - HTTP command execution API - Multiple terminal instances per container - Session state persistence (cwd, env, history) - SSH to remote servers (no client needed) - Launch GUI apps instantly **Perfect for:** Command execution, automation, remote server management, AI agent control [Learn More →](/kit/terminals/) • [API Reference →](/api/terminal/sessions/) **Remote desktop via HTTP**—run graphical applications and see them in your browser. Zero configuration."},{"id":"423c925eedc5e064","title":"The Hoody Kit: Your HTTP Toolbox","score":"10.175","fallback":false,"text":"Just instant HTTP access to everything you need. **The revolutionary part:** Each service is a URL. Open it in a browser. Use it from your phone. Embed it in an iframe. Share it with a teammate. Control it via AI. Access it all through **Hoody OS** — a floating-window web-based operating system that lives inside each of your containers — or type `ssh hoody.com` for the same OS in your terminal. **Everything is accessible because everything is HTTP.** --- ## Infinite Possibilities Through Composition **These 14 services unlock unlimited potential—not through rigid feature sets, but through creative combination.** Each service is designed to be **complete on its own** while **composing naturally with others**: - **Terminals** can execute any command—but pair with **Displays** and GUI apps appear instantly - **Files** can access any storage—but integrate with **SQLite** for indexed metadata or **Exec** for automated processing - **Agent** can orchestrate workflows—but give it **Terminal** access and it controls your entire infrastructure - **Browser** can automate web tasks—but combine with **cURL** for API integration and **SQLite** for result storage **The pattern:** One service enables the task. Two services multiply capability. Three or more services create workflows impossible on traditional platforms. **You're not limited to \"supported features.\"** With HTTP as the universal interface, every service can talk to every other service. Build workflows we never imagined—because the tools compose infinitely through HTTP. **This is intentional.** Each service is a primitive."},{"id":"1a1e82099e938fb0","title":"Understanding Hoody","score":"10.050","fallback":false,"text":"# Understanding Hoody **Page:** vision/obsolescence [Download Raw Markdown](./vision/obsolescence.md) --- # Understanding Hoody **We're not building better computers: we're redefining what computing means.** Your work is trapped on specific devices. AI can't actually use your computer. You pay per isolated server that sits idle. You can't truly collaborate in real-time. You can't access your real environment from anywhere. You want to go AI-first but you feel it's too shaky. **Hoody changes everything: Spawn infinite isolated computers from one server. Every program, every file, every process is a URL. Where regular users, developers, enterprises, and AI agents all work in the same frictionless environment.** This isn't an evolution. It's a replacement. ## Why We're Not Ready for What's Coming Computers weren't designed to be shared, embedded, or operated by non-humans. Three forces demand this changes: ### AI must execute and observe AI needs autonomy over the entire infrastructure—spawning containers, configuring networks, managing databases, deploying code, deploying other AI agents, testing interfaces. All through HTTP endpoints. But execution isn't enough. AI must watch every action to learn your patterns and anticipate needs. When everything is HTTP, your computer becomes AI's training data automatically. ### Teams and agents need entirely new ways to work Not screen sharing. Not taking turns. Humans, AI agents, and automation working simultaneously in the same terminals, editors, processes. Real-time shared state, like Google Docs for entire computers."},{"id":"cd403ef4216747e8","title":"Understanding Containers","score":"10.035","fallback":false,"text":"# Understanding Containers **Page:** getting-started/containers [Download Raw Markdown](./getting-started/containers.md) --- # Understanding Containers **Forget Docker. Forget VMs. Hoody containers are something else entirely.** A Hoody container is a full Debian 13 Linux computer — with systemd, its own filesystem, its own network, and 14 HTTP services built in. The moment it exists, it's online. Every process, every file, every database inside it has a URL. You don't SSH into them (well, you *can* — `ssh hoody.com` gives you a full OS). You don't deploy to them (though nothing stops you). You `fetch` them. Every process running inside is already an HTTPS endpoint, with HTTP/2 and HTTP/3 out of the box. You'll never think about a certificate again. --- ## What You Get Every container includes: | Capability | How You Access It | | :--- | :--- | | Shell access | `terminal-1.containers.hoody.run` | | File system | `files.containers.hoody.run` | | Database | `sqlite-1.containers.hoody.run` | | Desktop display | `display-1.containers.hoody.run` | | Browser automation | `browser-1.containers.hoody.run` | | Script execution | `exec-1.containers.hoody.run` | | AI agent | `agent-1.containers.hoody.run` | | VS Code | `code-1.containers.hoody.run` | | HTTP composition | `curl-1.containers.hoody.run` | | Background processes | `daemon-1.containers.hoody.run` | | Scheduled tasks | `cron-1.containers.hoody.run` | | Push notifications | `n-1.containers.hoody.run` | | Data streaming | `pipe-1.containers.hoody.run` | | Floating desktop | `workspace-1.containers.hoody.run` | All of this."},{"id":"9adca8aec0811c69","title":"Quick Start (Files)","score":"0.000","fallback":true,"text":"# Quick Start **Page:** api/files/quick-start [Download Raw Markdown](./api/files/quick-start.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Quick Start Hoody Files provides a comprehensive API for managing files and directories in your Hoody workspace. This quick start guide covers the essential operations you'll need for everyday file management tasks. ## Core Concepts **Files and Directories** — Hoody organizes content into files and directories. Files contain your content (code, documents, assets), while directories help organize related files into logical groupings. **Unique Identifiers** — Every file and directory receives a unique `id` upon creation. Use this ID for subsequent operations like retrieving, updating, or deleting specific resources. **Hierarchical Paths** — Directories can contain subdirectories, creating a tree structure. Paths are represented as slash-separated strings (e.g., `projects/api/docs`)."},{"id":"fc8e36cfa82e94de","title":"Hoody App (Overview)","score":"0.000","fallback":true,"text":"# Hoody App **Page:** api/app/index [Download Raw Markdown](./api/app/index.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Hoody App The App service provides core functionality for managing application runtime, execution contexts, source code management, and automation recipes within the Hoody platform. This service enables you to: - **Runtime Management** — Configure and control application runtime environments, including containerized execution contexts and resource allocation - **Execution Control** — Trigger, monitor, and manage application executions with fine-grained control over parameters and behavior - **Source Management** — Manage application source code repositories, sync sources, and handle deployment artifacts - **Recipe Automation** — Create, modify, and execute automation recipes that chain multiple operations into repeatable workflows Use the pages below to explore the App service APIs in detail. Manage application runtime environments and execution contexts. Configure container settings, resource limits, and runtime parameters. Trigger and control application executions. Monitor running processes, retrieve execution history, and manage execution lifecycles. Manage application source code repositories and deployment sources. Sync, update, and configure source connections. Create and execute automation recipes. Chain multiple operations into repeatable workflows with configurable triggers and conditions. ---"},{"id":"207f9e3226b8b7b4","title":"Containers API","score":"0.000","fallback":true,"text":"# Containers **Page:** api/containers [Download Raw Markdown](./api/containers.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Containers API The Containers API provides endpoints to list, create, retrieve, update, and delete containers across your Hoody projects. Containers are isolated runtime environments that can run applications with configurable features like AI capabilities, hoody_kit tooling, and ramdisk storage. ## Endpoints Overview | Method | Path | Description | |--------|------|-------------| | `GET` | `/api/v1/containers/` | List all containers across all projects | | `GET` | `/api/v1/containers/{id}` | Get a container by ID | | `GET` | `/api/v1/containers/{id}/stats` | Get real-time resource statistics | | `GET` | `/api/v1/projects/{id}/containers` | List containers for a specific project | | `POST` | `/api/v1/containers/{id}/authorize` | Issue a signed authorization claim | | `POST` | `/api/v1/projects/{id}/containers` | Create a new container | | `PATCH` | `/api/v1/containers/{id}` | Update container settings | | `DELETE` | `/api/v1/containers/{id}` | Delete a container | --- ## `GET /api/v1/containers/` Get all containers across all projects for the current user with pagination, filtering, and sorting. This endpoint provides a global view of all containers without being scoped to a specific project."}],"finalPromptSent":"OUTPUT PROTOCOL (read first, obey exactly)\n- Respond with a SINGLE valid JSON object and NOTHING else.\n- No prose, no markdown, no code fences, no preamble, no explanation outside the JSON.\n- Do NOT include any <think> blocks or chain-of-thought in the output. Think silently;\n  emit only the final JSON. (Any reasoning you expose will be discarded.)\n- The JSON must match OUTPUT JSON SHAPE below exactly. No extra top-level keys.\n\nROLE\nYou are a meticulous launch-readiness auditor for Hoody's English marketing website.\nHoody is HTTP-native infrastructure (\"Computers as URLs\" / \"Linux as HTTP\") that exposes\nLinux primitives as HTTPS endpoints so AI agents can operate full machines over URLs.\n\nTASK\nAudit ONE website page (WEBSITE_PAGE) against the official documentation excerpts\n(HOODY_DOCS_CONTEXT). Treat the docs as the source of truth and the website as the\nartifact under review. Report only defensible, specific problems a careful reviewer\nwould stand behind.\n\nWHAT TO LOOK FOR\n1. claim-mismatch — the page states something that contradicts the docs (numbers,\n   capabilities, limits, pricing, availability, behavior).\n2. missing-docs-support — a concrete, checkable claim that the supplied docs neither\n   confirm nor plausibly cover. Do NOT flag normal marketing tone as unsupported.\n3. terminology — product/feature names, casing, or concepts used inconsistently with\n   the docs (e.g. \"Agent mode\" vs \"Hoody Agent\") in a way that could mislead.\n4. launch-content — placeholder text, \"lorem\", TODO, dead/\"coming soon\" CTAs presented\n   as live, broken links, empty sections, obvious copy errors.\n5. legal-policy — issues on Terms/Privacy/AUP/Sub-processors pages (contradictions,\n   missing required disclosures, stale entities/dates). Tag clearly.\n6. broken-or-incomplete — page renders empty, truncated, or structurally broken.\n\nRULES\n- Return ONLY valid JSON. No prose, no markdown, no code fences.\n- Quote real evidence: copy the exact (or near-exact) phrase from WEBSITE_PAGE. Never invent text.\n- Anchor every docs claim to the supplied HOODY_DOCS_CONTEXT. If the docs context is\n  insufficient to judge a real claim, emit a finding with type \"needs-docs-context-check\"\n  rather than guessing or assuming a contradiction.\n- Precision over volume. A clean page should return an empty findings array. Do not\n  manufacture findings to look thorough. Do not flag subjective style preferences.\n- Be specific in recommendation: state the exact change to make.\n- No chain-of-thought. The \"discrepancy\" field is a concise audit rationale, not reasoning.\n\nSEVERITY RUBRIC\n- high   = factually wrong, contradicts docs, broken, or legally risky. Ship-blocker.\n- medium = misleading, ambiguous, or likely to confuse; should fix before launch.\n- low    = minor polish, wording, or low-impact inconsistency.\n\nCONFIDENCE\n- high   = directly supported by the supplied evidence + docs.\n- medium = strong inference.\n- low    = plausible but the supplied context is thin (prefer needs-docs-context-check).\n\nOUTPUT JSON SHAPE (return exactly this structure)\n{\n  \"pageSummary\": \"1-2 sentence neutral description of what this page is\",\n  \"findings\": [\n    {\n      \"severity\": \"high|medium|low\",\n      \"type\": \"claim-mismatch|missing-docs-support|terminology|launch-content|legal-policy|broken-or-incomplete|needs-docs-context-check|other\",\n      \"tag\": \"short-kebab-tag\",\n      \"message\": \"one-line title of the issue\",\n      \"evidence\": \"exact quote from the website page\",\n      \"docsReference\": \"the docs section/excerpt used, or why docs context is missing\",\n      \"discrepancy\": \"why this is a problem, concisely\",\n      \"confidence\": \"high|medium|low\",\n      \"recommendation\": \"the specific fix to apply\"\n    }\n  ],\n  \"notes\": [\"optional neutral observations that are not findings\"]\n}\n\nREMINDER\nOutput the JSON object only. Begin your response with \"{\" and end it with \"}\".\nIf the page is clean, return {\"pageSummary\":\"...\",\"findings\":[],\"notes\":[]}.\n\nCUSTOM_NOTE:\n(none)\n\nWEBSITE_PAGE:\n{\n  \"url\": \"https://hoody.com/\",\n  \"title\": \"Hoody — Computers That Are URLs\",\n  \"description\": \"The first infrastructure where containers, terminals, displays, and AI agents share the same HTTP protocol.\",\n  \"headings\": [\n    \"The Abstraction\",\n    \"Terminal\",\n    \"Files\",\n    \"Display\",\n    \"SQLite\",\n    \"Exec\",\n    \"AI Proxy\",\n    \"Agent\",\n    \"Browser\",\n    \"Code\",\n    \"Daemon\",\n    \"cURL\",\n    \"Notifications\",\n    \"Pipe\",\n    \"Cron\",\n    \"Watch\",\n    \"Notes\",\n    \"Run\",\n    \"Workspaces\",\n    \"Platform API\",\n    \"Terminal\",\n    \"This is not an upgrade. This is what building was supposed to feel like.\",\n    \"Build a full app in 2 hours\",\n    \"Hoody Exec: Instant APIs\",\n    \"Localhost = Production\",\n    \"The WebOS to orchestrate your new life.\",\n    \"Built on the protocol that never moves.\",\n    \"Bare Metal\",\n    \"Instant Snapshots\",\n    \"Auto-Versioned Files\",\n    \"Unguessable URLs\",\n    \"Your Keys, Your Data\",\n    \"Machines That Last\",\n    \"Bare-metal servers. Unshared machines. Yours forever.\",\n    \"FREE MACHINE\",\n    \"$0\",\n    \"DEDICATED BARE METAL\",\n    \"From $29.90/mo\",\n    \"HOODY AI\",\n    \"Pay-as-you-go\"\n  ],\n  \"wordCount\": 1515,\n  \"text\": \"Since 2021 · From privacy to agentic infrastructure · $3.2M raised · Read our storyHoodySince 2021 · From privacy to agentic infrastructure · $3.2M raised · Read our storyHoodySince 2021 · From privacy to agentic infrastructure · $3.2M raised · Read our storyHoodySince 2021 · From privacy to agentic infrastructure · $3.2M raised · Read our storyHoodyYour ambition is not the bottleneck.Your infrastructure is.Hoody is the foundation between you, your agents,and everything you'll ever build.Scroll to discoverhome / heroLinux as HTTP + AgenticEvery terminal, desktop, database, filesystem, and AI agent inside your machine is an HTTPS endpoint. 14 services, auto-detected, auto-secured. Rent bare metal instantly. Spawn unlimited containers. Everything just works — and yes, you can run inside Inside a containerRead the DocsThe AbstractionEvery Linux primitive is now an HTTPS endpointTerminal19 endpointsFiles74 endpointsDisplay11 endpointsSQLite24 endpointsExec49 endpointsAI Proxy8 endpointsAgent82 endpointsBrowser14 endpointsCode3 endpointsDaemon14 endpointscURL18 endpointsNotifications5 endpointsPipe9 endpointsCron11 endpointsWatch10 endpointsNotes50 endpointsRun33 endpointsWorkspaces40 endpointsPlatform API204 endpointsLive Embedded Display — TerminalTerminalTerminalShell sessions/api/v1/terminal/executeRun commands, get JSON. Multiple sessions. Multiplayer. Fire-and-forget or wait for output.Endpoints19POST /api/v1/terminal/executeGET /api/v1/terminal/result/:idGET /api/v1/terminal/history/:idGET /api/v1/terminal/sessionsGET /api/v1/terminal/screenshotGET /api/v1/terminal/rawGET /api/v1/system/processesGET /api/v1/system/resourcesPOST /api/v1/system/process/signalPOST /api/v1/terminal/sessions -- create sessionDELETE /api/v1/terminal/sessions/:idPOST /api/v1/terminal/sessions/:id/resizeWS /api/v1/terminal/sessions/:id/ws -- live streamGET /api/v1/terminal/sessions/:id/bufferPOST /api/v1/terminal/sessions/:id/writeGET /api/v1/terminal/sessions/:id/statusPOST /api/v1/terminal/sessions/:id/signalGET /api/v1/system/envGET /api/v1/system/info400+HTTP endpoints19Built-in services<3sContainer bootUnlimitedContainers per machineHTTP never changes. Neither does your foundation. Anymore.home / rethinkWhat this changesThis is not an upgrade. This is what building was supposed to feel like.Six things that used to be painful. Now they're a URL.hoody -- new way of lifeVibe-codeInstant APILocalhost = LiveLock DownEmbedTime TravelAI AgentsVibe-codeInstant APILocalhost = LiveLock DownEmbedTime TravelAI AgentsBuild a full app in 2 hoursDescribe what you want. AI spawns 3 containers (frontend, API, database), writes the code, tests live at real URLs. You iterate for 2 hours. Happy? Snapshot all three. Point your domain. Production.# what changed- Days of setup: Docker Compose, CI/CD, staging env, DNS, SSL certs. A week before anything is live.+ Describe it. AI builds it. Test at real URLs. Snapshot. CNAME. Production in 2 hours.AgentSDKHTTPCLIAgentSDKHTTPCLIBuild me a Twitter clone with React frontend,Express API, and PostgreSQL database.Use separate containers for each. > Planning architecture...> Spawning container: frontend> Spawning container: api> Spawning container: db> All 3 ready in 4.2 seconds.> Writing code... Tests passed. 47/47. https://proj-frontend-http-3000.containers.yourserver.hoody.comhttps://proj-api-http-8080.containers.yourserver.hoody.com > Production live.Vibe-code -- 1/7Hoody Exec: Instant APIsFile = endpoint. Zero frameworks. Zero config.scripts/api/users.ts/api/usersscripts/api/todos/[id].ts/api/todos/42scripts/news.js/newsNext.js-style routing. Built-in Database object, $ shell helper, and AI agent. Every script is also a CLI command.Localhost = Productionlocalhost:3000https://proj-dev-http-3000.containers.yourserver.hoody.com/Start any server on any port. Hoody detects it and gives it a public HTTPS URL with valid TLS. Automatic. No tunnels. No ngrok.:3000:8080:5432:443any port“Stop configuring. Start creating. The infrastructure should materialize from your imagination, not the other way around.”home / workspacesHoody WorkspacesThe WebOS to orchestrate your new life.Not a dashboard. A full operating system in your browser. Every desktop app runs live -- and more. 25 agent tools, full git, 60+ cloud backends, multiplayer. All on YOUR bare-metal server. (so much more)workspace-overview.pngworkspace-overview.pngeditor.pngai-agent.pngdisplay-1.pngmultiplayer.png38 built-in capabilities across 3 layersAI & Agents (16)Infrastructure (16)Collaboration (6)AI Agent25 built-in tools. Orchestrator mode. Code, Architect, Debug, Ask modes.OrchestratorMulti-container AI coordination. Delegates tasks across containers.Memory BankPersistent knowledge storage across tasks. AI-suggested entries.MCP ServersExtend with GitHub, Slack, Jira, custom tools.300+ AI ModelsClaude, GPT, Gemini, Groq, Mistral... Container-based auth.25 Toolsbash, read, write, edit, grep, glob, browser, image gen, MCP, and more.Task ManagerCreate, track, and manage tasks. Todos per session.Slash CommandsBuilt-in and custom prompt templates. Fetch skills from URLs.Monaco EditorVS Code editor with syntax highlighting and IntelliSense.Git IntegrationRun git commands via terminal. Agent executes git operations.Instant APIsDrop a script in scripts/, it becomes a live HTTPS endpoint. Agents call it via HTTP. Auto-generated OpenAPI spec.TerminalSplit-pane terminals with drag-and-drop tabs.Quick ActionsSearch and execute commands. Navigate anywhere fast.Diff EditingAgent applies targeted patches. Review changes inline.Code IntelligenceMonaco language features. Diagnostics and autocomplete.Background WorkersPersistent scripts via Exec. Long-running processes via Daemon.AI & Agents16AI Agent25 built-in tools. Orchestrator mode. Code, Architect, Debug, Ask modes.OrchestratorMulti-container AI coordination. Delegates tasks across containers.Memory BankPersistent knowledge storage across tasks. AI-suggested entries.MCP ServersExtend with GitHub, Slack, Jira, custom tools.300+ AI ModelsClaude, GPT, Gemini, Groq, Mistral... Container-based auth.25 Toolsbash, read, write, edit, grep, glob, browser, image gen, MCP, and more.Task ManagerCreate, track, and manage tasks. Todos per session.Slash CommandsBuilt-in and custom prompt templates. Fetch skills from URLs.Monaco EditorVS Code editor with syntax highlighting and IntelliSense.Git IntegrationRun git commands via terminal. Agent executes git operations.Instant APIsDrop a script in scripts/, it becomes a live HTTPS endpoint. Agents call it via HTTP. Auto-generated OpenAPI spec.TerminalSplit-pane terminals with drag-and-drop tabs.Quick ActionsSearch and execute commands. Navigate anywhere fast.Diff EditingAgent applies targeted patches. Review changes inline.Code IntelligenceMonaco language features. Diagnostics and autocomplete.Background WorkersPersistent scripts via Exec. Long-running processes via Daemon.Infrastructure1660+ BackendsS3, GDrive, Dropbox, OneDrive, Azure, MEGA...Secrets VaultManage credentials and secrets. Container-scoped access.SnapshotsFull system state in 1-5 seconds. Fork. Rollback.FirewallNetwork-level rules. Allow/block ports per container.SQLiteQuery databases. KV store. Time-travel queries.DaemonsBackground processes with auto-restart. Managed via HTTP.Proxy & DomainsCustom domains, aliases, TLS auto-provisioned.MonitoringService health, memory, request throughput.Desktop AppsRun Firefox, VS Code, Blender in the browser.File ManagerTree view, search, 60+ cloud backend connections.EmbeddableEvery panel is an iframe. Embed in docs, Slack, anywhere.SettingsKeybinds, themes, models, permissions. Customizable.ThemesLight, dark, custom. Full appearance customization.KeybindsEvery keyboard shortcut is customizable.NotificationsBrowser alerts, sounds, in-app toasts. Per-session.Activity FeedChronological event stream. See everything that happened.Collaboration6MultiplayerShare URL = shared OS. Real state, not screenshare.TelegramNEWChat with your workspace agent from Telegram. Manage sessions from your phone.Mobile AccessFull OS from your phone. Browser or SSH. Same state.PermissionsGroup-based access control. Granular per-service.Token ManagerAPI tokens for team access. Create, revoke, scope.Share via URLShare any surface. Real shared state, not screenshare.Open source. On your server. Under your control.Hoody Workspaces is open source and runs on YOUR bare-metal machine. Your data never leaves your server. No third-party cloud. No telemetry. No trust required -- verify the code yourself. In a world where breaches happen weekly, your OS should be something you own, audit, and control. Agents can programmatically open panels, arrange layouts, switch windows, and build entirely custom interfaces -- all via the same Kit HTTP surface.SDK: await client.workspaces.layout.open()CLI: hoody workspaces open --panels terminal,codeHTTP: POST /workspace-1/layoutAgent: \\\"Open terminal and code side by side\\\"25Agent tools60+Cloud backe…\"\n}\n\nHOODY_DOCS_CONTEXT:\n[\n  {\n    \"title\": \"The 100x Foundation\",\n    \"text\": \"# The 100x Foundation **Page:** index [Download Raw Markdown](./index.md) --- ## The HTTP-Native Cloud Hoody is a new kind of cloud platform designed for the AI era. We replaced complex infrastructure with a simple, powerful principle: **Everything is a URL.** Spawn unlimited containers on bare metal. **Not ephemeral sandboxes**—these are persistent, durable computers for desktop apps and long-running services. Built for agents. Every resource (terminal, file, display) is an HTTP endpoint that AI can natively understand and control. No SDKs required. Interact with your entire infrastructure using standard HTTP requests. Every resource is a URL. Because everything is a URL, you can embed terminals, code editors, and full desktops into any web application or dashboard. --- ## Why Hoody? ### 🚀 For Developers Stop managing infrastructure. Treat your cloud like a library of functions. - **Instant Environments:** `POST /api/v1/projects/{id}/containers` -> Ready in seconds. - **Persistent & Durable:** Unlike sandboxes, your data and apps persist forever. - **Vibe Coding:** Code in the browser with full VS Code and live previews. - **Multiplayer:** Share your workspace URL for instant collaboration. ### 🤖 For AI Agents Give your agents the tools they need to be autonomous. - **Full Control:** Agents can spawn containers, run commands, edit files, and browse the web. - **MCP Client:** Built-in MCP client connects to external MCP servers (GitHub, Slack, Jira, custom APIs), dynamically discovering tools at runtime. - **Observability:** Every action is logged and observable via HTTP.\"\n  },\n  {\n    \"title\": \"Quick Start\",\n    \"text\": \"Now open the visual experience — **Hoody OS**. Hoody OS is a full web-based operating system that lives **inside each of your containers** — every container you spin up gets its own OS, on a server you own. It includes three apps: - **Hoody Home** (`https://{projectId}-{containerId}-home-1.{node}.containers.hoody.run`) — Your dashboard and starting point - **Hoody Console** (`https://{projectId}-{containerId}-console-1.{node}.containers.hoody.run`) — Container management, server monitoring, project administration - **Hoody Workspaces** (`https://{projectId}-{containerId}-workspace-1.{node}.containers.hoody.run`) — A floating-window desktop where you arrange terminals, code editors, displays, files, and AI agents side by side Every app is a URL. Open it in any browser. Embed it in an iframe. Share it with a teammate. Control it via AI agent. The URLs just work — HTTPS with HTTP/2 and HTTP/3, zero configuration, zero certificates to manage. Ever. The inception: Hoody OS itself runs on a Hoody container. The OS that manages your containers is running in a container. It's embeddable, shareable, and multiplayer — just like everything else. ### From Any Browser Open your Workspace URL in any browser. Phone, laptop, TV, tablet — same environment, same state. ### From Any Terminal ```bash ssh hoody.com ``` Full Hoody OS as a TUI (Terminal User Interface). We built an entire browser engine for the terminal (`hoody-terminal-browser`), so you get the same OS experience — floating windows, AI chat, file management — rendered in pure text.\"\n  },\n  {\n    \"title\": \"The Vibe\",\n    \"text\": \"Your designer watches every tap, every animation, every transition on their monitor. No screen recording. Live HTTP stream. --- ## AI Is a First-Class Citizen Everything is HTTP. AI agents make HTTP requests. The math checks out. `GET /terminal/1/output`. `GET /display/1/screenshot`. `POST /sqlite/1/query`. `GET /files/1/list`. `GET /browser/1/status`. The agent uses the exact same interface you do. No adapters. No \\\"AI toolkit.\\\" No special permissions. HTTP in, HTTP out. What this means in practice: - The agent watches your file changes and suggests refactors based on your codebase patterns - It monitors your running app via the display URL for visual regressions - It reads terminal output, queries logs, checks database state — all concurrently - It spawns new containers, assigns tasks to other agents, collects results - It fixes a test failure at 3am, pushes the commit, and sends you the diff URL over breakfast The agent doesn't live in a chatbox. It lives in the same infrastructure you do. Same HTTP, same URLs, same capabilities. The boundary between \\\"AI tool\\\" and \\\"computing environment\\\" doesn't exist because there was never a real boundary — just a protocol. --- ## 75+ AI Providers. Zero Lock-In. Anthropic. OpenAI. Google. Mistral. Groq. Ollama. Any OpenAI-compatible endpoint. Custom inference servers. 75+ providers out of the box. Switch models mid-conversation. A/B test providers across containers. Route secrets through environment variables. Today Claude, tomorrow GPT-6, next week a fine-tuned Llama on your own hardware. Config change, not migration.\"\n  },\n  {\n    \"title\": \"Workspaces (hoody-workspaces service)\",\n    \"text\": \"--- ## What You Can Do - **Unified Dashboard** — See all containers, projects, and servers in one place - **Drag-and-Drop Layouts** — Arrange terminal, display, files, and code panels however you want - **Multi-Container Views** — Embed services from different containers side-by-side in one workspace - **Shareable URLs** — Share your entire workspace layout with a URL - **Any Device** — Desktop, tablet, phone — if it has a browser, it runs Workspaces - **Service Quick-Launch** — Open any Kit service (terminal, display, files, SQLite, code) with one click - **Project Switching** — Jump between projects and containers instantly --- ## The Workspace Model Every panel in a workspace is just a URL. Terminal? URL. Display? URL. File manager? URL. Code editor? URL. The workspace arranges them: ``` ┌─────────────────────────────────────────────┐ │ Workspace: \\\"My Dev Environment\\\" │ ├──────────────────┬──────────────────────────┤ │ Terminal-1 │ Display-1 │ │ (shell access) │ (GUI desktop) │ ├──────────────────┼──────────────────────────┤ │ Files │ Code-1 │ │ (file manager) │ (VS Code) │ └──────────────────┴──────────────────────────┘ ``` Each panel maps to a Kit service URL: ``` Terminal: https://PROJECT-CONTAINER-terminal-1.SERVER.containers.hoody.run Display: https://PROJECT-CONTAINER-display-1.SERVER.containers.hoody.run Files: https://PROJECT-CONTAINER-files-1.SERVER.containers.hoody.run Code: https://PROJECT-CONTAINER-code-1.SERVER.containers.hoody.run ``` The workspace saves the layout. Close the tab, reopen it — everything is exactly where you left it.\"\n  },\n  {\n    \"title\": \"Containers (concept)\",\n    \"text\": \"# Containers **Page:** concepts/containers [Download Raw Markdown](./concepts/containers.md) --- # Containers **Forget everything you know about containers.** Docker containers are build artifacts. Lightweight, disposable, stateless. You bake an image, ship it, run it, throw it away. They are packaging -- not computing. Hoody containers are computers. Full Debian 13 Linux machines with systemd, their own filesystem, their own network stack, their own process tree. They boot. They run services. They persist state. They have terminals and desktops and databases and browsers. They are not ephemeral throw-away images. They are machines you live in. The difference is not incremental. It is categorical. And they run on servers you actually own — bare metal hardware you rent from the marketplace, not a cloud provider's shared infrastructure. Years of privacy and security engineering at Hoody went into making sure your containers are yours. --- ## What You Actually Get When you create a Hoody container, you get a complete Linux computer: - **Debian 13** (Trixie) with full package manager (`apt`) - **systemd** init system (real service management, not hacked entrypoints) - **Own filesystem** (persistent, writable, full Linux FHS) - **Own network stack** (own IP, own DNS, own routing table) - **Own process tree** (PID namespace, proper process isolation) - **14 built-in HTTP services** (terminal, display, files, exec, sqlite, browser, agent, code, curl, notifications, daemons, cron, pipe, workspaces) Every one of those services is a URL.\"\n  },\n  {\n    \"title\": \"Workspaces (hoody-workspaces service)\",\n    \"text\": \"--- ## Key Concepts ### Panels Each panel embeds a Kit service URL. Add panels for: - **Terminals** — any instance: terminal-1, terminal-2, etc. - **Displays** — remote desktop for any display instance - **Files** — file manager - **SQLite** — database UI - **Code** — VS Code editor - **Browser** — browser automation view - **Any custom URL** — embed anything with a URL ### Layouts Arrange panels in rows, columns, and grids. Resize by dragging borders. Save layouts to switch between different working modes — a development layout, a monitoring layout, a presentation layout. ### Multi-Container A single workspace can embed services from **different containers**. Monitor multiple environments, compare outputs, or manage a distributed system from one screen. Each panel points to a different container's service URL — the workspace doesn't care which container it's talking to. --- ## Common Patterns ### Development Workspace Terminal + Code + Display for full-stack development with live GUI preview. Write code in one panel, run it in another, see the output in a third. ### Monitoring Dashboard Multiple terminals showing logs from different containers, plus a browser panel for status pages. One screen, full visibility across your infrastructure. ### Presentation Mode Share a workspace URL with a client to give them a live view of your infrastructure — without giving direct access. They see what you see. Nothing more. --- ## What's Next --- > **Your desktop is a URL now.** > **Open it from any device. Arrange it however you want. Share it with anyone.** > **No VNC. No RDP. No VPN.\"\n  },\n  {\n    \"title\": \"The Hoody Kit: Your HTTP Toolbox\",\n    \"text\": \"``` **Why this matters:** - **Separation of concerns** - Terminal-1 for frontend, terminal-2 for backend, terminal-3 for database - **Parallel operations** - Run tests in exec-1 while building in exec-2 - **Specialized agents** - Agent-1 for code, agent-2 for docs, agent-3 for DevOps - **Multi-user collaboration** - Each user gets their own terminal/display instance **All instances share the same container filesystem, processes, and network**—it's one computer with multiple access points. --- ## Integration Patterns ### Terminal + Display (Visual Development) ```txt # Type in terminal-5 terminal-5.hoody.run → firefox & # See in display-5 (auto-mapped) display-5.hoody.run → Firefox appears ``` GUI applications automatically appear in matching display numbers. Zero configuration. ### Terminal + Agent (AI-Assisted Shell) ```txt # Terminal with embedded agent panel terminal-1.hoody.run/?panel=...agent-1.hoody.run&panel-width=40% ``` AI assistant helps with commands, explains output, suggests best practices—all in one window. ### Files + SQLite + Exec (Data Pipeline) ```javascript // Read CSV from cloud storage const data = await fetch(filesUrl + '/google-drive/data.csv'); // Process with exec script const processed = await fetch(execUrl + '/run/etl.ts', { method: 'POST', body: data }); // Store in SQLite await fetch(sqliteUrl + '/query', { method: 'POST', body: JSON.stringify({ sql: 'INSERT INTO analytics VALUES (...)' }) }); ``` Services compose naturally through HTTP.\"\n  },\n  {\n    \"title\": \"Understanding Hoody\",\n    \"text\": \"Forget screen sharing and \\\"can you see my cursor?\\\" When everything is a URL, collaboration is instant. Multiple people in the same terminal with colored cursors. Editing the same files simultaneously. Controlling the same browser. Debugging together in real-time. It's Google Docs but for computers. **Isolate what you share.** Give your team the staging environment URL, not your personal dev containers. Share the production monitoring computer, not the experimental AI playground. Precision multiplayer through URL-based access. Everything has a URL. Everything is multiplayer. Everything is already online. ## Hoody OS: Your Operating System Lives on the Web We didn't just make computers accessible via HTTP. We built an entire **operating system** on top of them. **Hoody OS** is a floating-window web-based OS running on servers you own, built by a team with years of privacy and security engineering behind it. It includes: - **Hoody Home** — Your dashboard, project launcher, and starting point - **Hoody Console** — Server management, container administration, monitoring - **Hoody Workspaces** — A full desktop environment with draggable windows — terminals, code editors, file browsers, AI agents, displays, databases — all arranged however you want Every app is a URL. Every process inside your container is a URL. Every one of those URLs is HTTPS with HTTP/2 and HTTP/3, automatically, forever. You'll never configure a certificate, never think about TLS, never debug an SSL handshake. That era is over.\"\n  },\n  {\n    \"title\": \"The Hoody Kit: Your HTTP Toolbox\",\n    \"text\": \"- **OAuth Authentication**: Full OAuth flow for authenticated remote MCP servers. - **Safety First**: Destructive operations require confirmation. [Learn more about MCP integration →](/kit/) --- ## The 14 HTTP Services **Your floating operating system**—manage all containers, projects, and services from one browser interface. **Key Capabilities:** - Unified dashboard for all containers - Drag-and-drop workspace layouts - Embed multiple containers in one view - Share entire workspace with a URL - Access from any device **Perfect for:** Project management, monitoring, client presentations [Learn More →](/kit/workspaces/) **Execute shell commands via HTTP**—your Linux terminal as a web service, accessible from anywhere. **Key Capabilities:** - Web terminal UI in browser - HTTP command execution API - Multiple terminal instances per container - Session state persistence (cwd, env, history) - SSH to remote servers (no client needed) - Launch GUI apps instantly **Perfect for:** Command execution, automation, remote server management, AI agent control [Learn More →](/kit/terminals/) • [API Reference →](/api/terminal/sessions/) **Remote desktop via HTTP**—run graphical applications and see them in your browser. Zero configuration.\"\n  },\n  {\n    \"title\": \"The Hoody Kit: Your HTTP Toolbox\",\n    \"text\": \"Just instant HTTP access to everything you need. **The revolutionary part:** Each service is a URL. Open it in a browser. Use it from your phone. Embed it in an iframe. Share it with a teammate. Control it via AI. Access it all through **Hoody OS** — a floating-window web-based operating system that lives inside each of your containers — or type `ssh hoody.com` for the same OS in your terminal. **Everything is accessible because everything is HTTP.** --- ## Infinite Possibilities Through Composition **These 14 services unlock unlimited potential—not through rigid feature sets, but through creative combination.** Each service is designed to be **complete on its own** while **composing naturally with others**: - **Terminals** can execute any command—but pair with **Displays** and GUI apps appear instantly - **Files** can access any storage—but integrate with **SQLite** for indexed metadata or **Exec** for automated processing - **Agent** can orchestrate workflows—but give it **Terminal** access and it controls your entire infrastructure - **Browser** can automate web tasks—but combine with **cURL** for API integration and **SQLite** for result storage **The pattern:** One service enables the task. Two services multiply capability. Three or more services create workflows impossible on traditional platforms. **You're not limited to \\\"supported features.\\\"** With HTTP as the universal interface, every service can talk to every other service. Build workflows we never imagined—because the tools compose infinitely through HTTP. **This is intentional.** Each service is a primitive.\"\n  },\n  {\n    \"title\": \"Understanding Hoody\",\n    \"text\": \"# Understanding Hoody **Page:** vision/obsolescence [Download Raw Markdown](./vision/obsolescence.md) --- # Understanding Hoody **We're not building better computers: we're redefining what computing means.** Your work is trapped on specific devices. AI can't actually use your computer. You pay per isolated server that sits idle. You can't truly collaborate in real-time. You can't access your real environment from anywhere. You want to go AI-first but you feel it's too shaky. **Hoody changes everything: Spawn infinite isolated computers from one server. Every program, every file, every process is a URL. Where regular users, developers, enterprises, and AI agents all work in the same frictionless environment.** This isn't an evolution. It's a replacement. ## Why We're Not Ready for What's Coming Computers weren't designed to be shared, embedded, or operated by non-humans. Three forces demand this changes: ### AI must execute and observe AI needs autonomy over the entire infrastructure—spawning containers, configuring networks, managing databases, deploying code, deploying other AI agents, testing interfaces. All through HTTP endpoints. But execution isn't enough. AI must watch every action to learn your patterns and anticipate needs. When everything is HTTP, your computer becomes AI's training data automatically. ### Teams and agents need entirely new ways to work Not screen sharing. Not taking turns. Humans, AI agents, and automation working simultaneously in the same terminals, editors, processes. Real-time shared state, like Google Docs for entire computers.\"\n  },\n  {\n    \"title\": \"Understanding Containers\",\n    \"text\": \"# Understanding Containers **Page:** getting-started/containers [Download Raw Markdown](./getting-started/containers.md) --- # Understanding Containers **Forget Docker. Forget VMs. Hoody containers are something else entirely.** A Hoody container is a full Debian 13 Linux computer — with systemd, its own filesystem, its own network, and 14 HTTP services built in. The moment it exists, it's online. Every process, every file, every database inside it has a URL. You don't SSH into them (well, you *can* — `ssh hoody.com` gives you a full OS). You don't deploy to them (though nothing stops you). You `fetch` them. Every process running inside is already an HTTPS endpoint, with HTTP/2 and HTTP/3 out of the box. You'll never think about a certificate again. --- ## What You Get Every container includes: | Capability | How You Access It | | :--- | :--- | | Shell access | `terminal-1.containers.hoody.run` | | File system | `files.containers.hoody.run` | | Database | `sqlite-1.containers.hoody.run` | | Desktop display | `display-1.containers.hoody.run` | | Browser automation | `browser-1.containers.hoody.run` | | Script execution | `exec-1.containers.hoody.run` | | AI agent | `agent-1.containers.hoody.run` | | VS Code | `code-1.containers.hoody.run` | | HTTP composition | `curl-1.containers.hoody.run` | | Background processes | `daemon-1.containers.hoody.run` | | Scheduled tasks | `cron-1.containers.hoody.run` | | Push notifications | `n-1.containers.hoody.run` | | Data streaming | `pipe-1.containers.hoody.run` | | Floating desktop | `workspace-1.containers.hoody.run` | All of this.\"\n  },\n  {\n    \"title\": \"Quick Start (Files)\",\n    \"text\": \"# Quick Start **Page:** api/files/quick-start [Download Raw Markdown](./api/files/quick-start.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Quick Start Hoody Files provides a comprehensive API for managing files and directories in your Hoody workspace. This quick start guide covers the essential operations you'll need for everyday file management tasks. ## Core Concepts **Files and Directories** — Hoody organizes content into files and directories. Files contain your content (code, documents, assets), while directories help organize related files into logical groupings. **Unique Identifiers** — Every file and directory receives a unique `id` upon creation. Use this ID for subsequent operations like retrieving, updating, or deleting specific resources. **Hierarchical Paths** — Directories can contain subdirectories, creating a tree structure. Paths are represented as slash-separated strings (e.g., `projects/api/docs`).\"\n  },\n  {\n    \"title\": \"Hoody App (Overview)\",\n    \"text\": \"# Hoody App **Page:** api/app/index [Download Raw Markdown](./api/app/index.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Hoody App The App service provides core functionality for managing application runtime, execution contexts, source code management, and automation recipes within the Hoody platform. This service enables you to: - **Runtime Management** — Configure and control application runtime environments, including containerized execution contexts and resource allocation - **Execution Control** — Trigger, monitor, and manage application executions with fine-grained control over parameters and behavior - **Source Management** — Manage application source code repositories, sync sources, and handle deployment artifacts - **Recipe Automation** — Create, modify, and execute automation recipes that chain multiple operations into repeatable workflows Use the pages below to explore the App service APIs in detail. Manage application runtime environments and execution contexts. Configure container settings, resource limits, and runtime parameters. Trigger and control application executions. Monitor running processes, retrieve execution history, and manage execution lifecycles. Manage application source code repositories and deployment sources. Sync, update, and configure source connections. Create and execute automation recipes. Chain multiple operations into repeatable workflows with configurable triggers and conditions. ---\"\n  },\n  {\n    \"title\": \"Containers API\",\n    \"text\": \"# Containers **Page:** api/containers [Download Raw Markdown](./api/containers.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Containers API The Containers API provides endpoints to list, create, retrieve, update, and delete containers across your Hoody projects. Containers are isolated runtime environments that can run applications with configurable features like AI capabilities, hoody_kit tooling, and ramdisk storage. ## Endpoints Overview | Method | Path | Description | |--------|------|-------------| | `GET` | `/api/v1/containers/` | List all containers across all projects | | `GET` | `/api/v1/containers/{id}` | Get a container by ID | | `GET` | `/api/v1/containers/{id}/stats` | Get real-time resource statistics | | `GET` | `/api/v1/projects/{id}/containers` | List containers for a specific project | | `POST` | `/api/v1/containers/{id}/authorize` | Issue a signed authorization claim | | `POST` | `/api/v1/projects/{id}/containers` | Create a new container | | `PATCH` | `/api/v1/containers/{id}` | Update container settings | | `DELETE` | `/api/v1/containers/{id}` | Delete a container | --- ## `GET /api/v1/containers/` Get all containers across all projects for the current user with pagination, filtering, and sorting. This endpoint provides a global view of all containers without being scoped to a specific project.\"\n  }\n]\n"},"prompt":"OUTPUT PROTOCOL (read first, obey exactly)\n- Respond with a SINGLE valid JSON object and NOTHING else.\n- No prose, no markdown, no code fences, no preamble, no explanation outside the JSON.\n- Do NOT include any <think> blocks or chain-of-thought in the output. Think silently;\n  emit only the final JSON. (Any reasoning you expose will be discarded.)\n- The JSON must match OUTPUT JSON SHAPE below exactly. No extra top-level keys.\n\nROLE\nYou are a meticulous launch-readiness auditor for Hoody's English marketing website.\nHoody is HTTP-native infrastructure (\"Computers as URLs\" / \"Linux as HTTP\") that exposes\nLinux primitives as HTTPS endpoints so AI agents can operate full machines over URLs.\n\nTASK\nAudit ONE website page (WEBSITE_PAGE) against the official documentation excerpts\n(HOODY_DOCS_CONTEXT). Treat the docs as the source of truth and the website as the\nartifact under review. Report only defensible, specific problems a careful reviewer\nwould stand behind.\n\nWHAT TO LOOK FOR\n1. claim-mismatch — the page states something that contradicts the docs (numbers,\n   capabilities, limits, pricing, availability, behavior).\n2. missing-docs-support — a concrete, checkable claim that the supplied docs neither\n   confirm nor plausibly cover. Do NOT flag normal marketing tone as unsupported.\n3. terminology — product/feature names, casing, or concepts used inconsistently with\n   the docs (e.g. \"Agent mode\" vs \"Hoody Agent\") in a way that could mislead.\n4. launch-content — placeholder text, \"lorem\", TODO, dead/\"coming soon\" CTAs presented\n   as live, broken links, empty sections, obvious copy errors.\n5. legal-policy — issues on Terms/Privacy/AUP/Sub-processors pages (contradictions,\n   missing required disclosures, stale entities/dates). Tag clearly.\n6. broken-or-incomplete — page renders empty, truncated, or structurally broken.\n\nRULES\n- Return ONLY valid JSON. No prose, no markdown, no code fences.\n- Quote real evidence: copy the exact (or near-exact) phrase from WEBSITE_PAGE. Never invent text.\n- Anchor every docs claim to the supplied HOODY_DOCS_CONTEXT. If the docs context is\n  insufficient to judge a real claim, emit a finding with type \"needs-docs-context-check\"\n  rather than guessing or assuming a contradiction.\n- Precision over volume. A clean page should return an empty findings array. Do not\n  manufacture findings to look thorough. Do not flag subjective style preferences.\n- Be specific in recommendation: state the exact change to make.\n- No chain-of-thought. The \"discrepancy\" field is a concise audit rationale, not reasoning.\n\nSEVERITY RUBRIC\n- high   = factually wrong, contradicts docs, broken, or legally risky. Ship-blocker.\n- medium = misleading, ambiguous, or likely to confuse; should fix before launch.\n- low    = minor polish, wording, or low-impact inconsistency.\n\nCONFIDENCE\n- high   = directly supported by the supplied evidence + docs.\n- medium = strong inference.\n- low    = plausible but the supplied context is thin (prefer needs-docs-context-check).\n\nOUTPUT JSON SHAPE (return exactly this structure)\n{\n  \"pageSummary\": \"1-2 sentence neutral description of what this page is\",\n  \"findings\": [\n    {\n      \"severity\": \"high|medium|low\",\n      \"type\": \"claim-mismatch|missing-docs-support|terminology|launch-content|legal-policy|broken-or-incomplete|needs-docs-context-check|other\",\n      \"tag\": \"short-kebab-tag\",\n      \"message\": \"one-line title of the issue\",\n      \"evidence\": \"exact quote from the website page\",\n      \"docsReference\": \"the docs section/excerpt used, or why docs context is missing\",\n      \"discrepancy\": \"why this is a problem, concisely\",\n      \"confidence\": \"high|medium|low\",\n      \"recommendation\": \"the specific fix to apply\"\n    }\n  ],\n  \"notes\": [\"optional neutral observations that are not findings\"]\n}\n\nREMINDER\nOutput the JSON object only. Begin your response with \"{\" and end it with \"}\".\nIf the page is clean, return {\"pageSummary\":\"...\",\"findings\":[],\"notes\":[]}.\n\nCUSTOM_NOTE:\n(none)\n\nWEBSITE_PAGE:\n{\n  \"url\": \"https://hoody.com/\",\n  \"title\": \"Hoody — Computers That Are URLs\",\n  \"description\": \"The first infrastructure where containers, terminals, displays, and AI agents share the same HTTP protocol.\",\n  \"headings\": [\n    \"The Abstraction\",\n    \"Terminal\",\n    \"Files\",\n    \"Display\",\n    \"SQLite\",\n    \"Exec\",\n    \"AI Proxy\",\n    \"Agent\",\n    \"Browser\",\n    \"Code\",\n    \"Daemon\",\n    \"cURL\",\n    \"Notifications\",\n    \"Pipe\",\n    \"Cron\",\n    \"Watch\",\n    \"Notes\",\n    \"Run\",\n    \"Workspaces\",\n    \"Platform API\",\n    \"Terminal\",\n    \"This is not an upgrade. This is what building was supposed to feel like.\",\n    \"Build a full app in 2 hours\",\n    \"Hoody Exec: Instant APIs\",\n    \"Localhost = Production\",\n    \"The WebOS to orchestrate your new life.\",\n    \"Built on the protocol that never moves.\",\n    \"Bare Metal\",\n    \"Instant Snapshots\",\n    \"Auto-Versioned Files\",\n    \"Unguessable URLs\",\n    \"Your Keys, Your Data\",\n    \"Machines That Last\",\n    \"Bare-metal servers. Unshared machines. Yours forever.\",\n    \"FREE MACHINE\",\n    \"$0\",\n    \"DEDICATED BARE METAL\",\n    \"From $29.90/mo\",\n    \"HOODY AI\",\n    \"Pay-as-you-go\"\n  ],\n  \"wordCount\": 1515,\n  \"text\": \"Since 2021 · From privacy to agentic infrastructure · $3.2M raised · Read our storyHoodySince 2021 · From privacy to agentic infrastructure · $3.2M raised · Read our storyHoodySince 2021 · From privacy to agentic infrastructure · $3.2M raised · Read our storyHoodySince 2021 · From privacy to agentic infrastructure · $3.2M raised · Read our storyHoodyYour ambition is not the bottleneck.Your infrastructure is.Hoody is the foundation between you, your agents,and everything you'll ever build.Scroll to discoverhome / heroLinux as HTTP + AgenticEvery terminal, desktop, database, filesystem, and AI agent inside your machine is an HTTPS endpoint. 14 services, auto-detected, auto-secured. Rent bare metal instantly. Spawn unlimited containers. Everything just works — and yes, you can run inside Inside a containerRead the DocsThe AbstractionEvery Linux primitive is now an HTTPS endpointTerminal19 endpointsFiles74 endpointsDisplay11 endpointsSQLite24 endpointsExec49 endpointsAI Proxy8 endpointsAgent82 endpointsBrowser14 endpointsCode3 endpointsDaemon14 endpointscURL18 endpointsNotifications5 endpointsPipe9 endpointsCron11 endpointsWatch10 endpointsNotes50 endpointsRun33 endpointsWorkspaces40 endpointsPlatform API204 endpointsLive Embedded Display — TerminalTerminalTerminalShell sessions/api/v1/terminal/executeRun commands, get JSON. Multiple sessions. Multiplayer. Fire-and-forget or wait for output.Endpoints19POST /api/v1/terminal/executeGET /api/v1/terminal/result/:idGET /api/v1/terminal/history/:idGET /api/v1/terminal/sessionsGET /api/v1/terminal/screenshotGET /api/v1/terminal/rawGET /api/v1/system/processesGET /api/v1/system/resourcesPOST /api/v1/system/process/signalPOST /api/v1/terminal/sessions -- create sessionDELETE /api/v1/terminal/sessions/:idPOST /api/v1/terminal/sessions/:id/resizeWS /api/v1/terminal/sessions/:id/ws -- live streamGET /api/v1/terminal/sessions/:id/bufferPOST /api/v1/terminal/sessions/:id/writeGET /api/v1/terminal/sessions/:id/statusPOST /api/v1/terminal/sessions/:id/signalGET /api/v1/system/envGET /api/v1/system/info400+HTTP endpoints19Built-in services<3sContainer bootUnlimitedContainers per machineHTTP never changes. Neither does your foundation. Anymore.home / rethinkWhat this changesThis is not an upgrade. This is what building was supposed to feel like.Six things that used to be painful. Now they're a URL.hoody -- new way of lifeVibe-codeInstant APILocalhost = LiveLock DownEmbedTime TravelAI AgentsVibe-codeInstant APILocalhost = LiveLock DownEmbedTime TravelAI AgentsBuild a full app in 2 hoursDescribe what you want. AI spawns 3 containers (frontend, API, database), writes the code, tests live at real URLs. You iterate for 2 hours. Happy? Snapshot all three. Point your domain. Production.# what changed- Days of setup: Docker Compose, CI/CD, staging env, DNS, SSL certs. A week before anything is live.+ Describe it. AI builds it. Test at real URLs. Snapshot. CNAME. Production in 2 hours.AgentSDKHTTPCLIAgentSDKHTTPCLIBuild me a Twitter clone with React frontend,Express API, and PostgreSQL database.Use separate containers for each. > Planning architecture...> Spawning container: frontend> Spawning container: api> Spawning container: db> All 3 ready in 4.2 seconds.> Writing code... Tests passed. 47/47. https://proj-frontend-http-3000.containers.yourserver.hoody.comhttps://proj-api-http-8080.containers.yourserver.hoody.com > Production live.Vibe-code -- 1/7Hoody Exec: Instant APIsFile = endpoint. Zero frameworks. Zero config.scripts/api/users.ts/api/usersscripts/api/todos/[id].ts/api/todos/42scripts/news.js/newsNext.js-style routing. Built-in Database object, $ shell helper, and AI agent. Every script is also a CLI command.Localhost = Productionlocalhost:3000https://proj-dev-http-3000.containers.yourserver.hoody.com/Start any server on any port. Hoody detects it and gives it a public HTTPS URL with valid TLS. Automatic. No tunnels. No ngrok.:3000:8080:5432:443any port“Stop configuring. Start creating. The infrastructure should materialize from your imagination, not the other way around.”home / workspacesHoody WorkspacesThe WebOS to orchestrate your new life.Not a dashboard. A full operating system in your browser. Every desktop app runs live -- and more. 25 agent tools, full git, 60+ cloud backends, multiplayer. All on YOUR bare-metal server. (so much more)workspace-overview.pngworkspace-overview.pngeditor.pngai-agent.pngdisplay-1.pngmultiplayer.png38 built-in capabilities across 3 layersAI & Agents (16)Infrastructure (16)Collaboration (6)AI Agent25 built-in tools. Orchestrator mode. Code, Architect, Debug, Ask modes.OrchestratorMulti-container AI coordination. Delegates tasks across containers.Memory BankPersistent knowledge storage across tasks. AI-suggested entries.MCP ServersExtend with GitHub, Slack, Jira, custom tools.300+ AI ModelsClaude, GPT, Gemini, Groq, Mistral... Container-based auth.25 Toolsbash, read, write, edit, grep, glob, browser, image gen, MCP, and more.Task ManagerCreate, track, and manage tasks. Todos per session.Slash CommandsBuilt-in and custom prompt templates. Fetch skills from URLs.Monaco EditorVS Code editor with syntax highlighting and IntelliSense.Git IntegrationRun git commands via terminal. Agent executes git operations.Instant APIsDrop a script in scripts/, it becomes a live HTTPS endpoint. Agents call it via HTTP. Auto-generated OpenAPI spec.TerminalSplit-pane terminals with drag-and-drop tabs.Quick ActionsSearch and execute commands. Navigate anywhere fast.Diff EditingAgent applies targeted patches. Review changes inline.Code IntelligenceMonaco language features. Diagnostics and autocomplete.Background WorkersPersistent scripts via Exec. Long-running processes via Daemon.AI & Agents16AI Agent25 built-in tools. Orchestrator mode. Code, Architect, Debug, Ask modes.OrchestratorMulti-container AI coordination. Delegates tasks across containers.Memory BankPersistent knowledge storage across tasks. AI-suggested entries.MCP ServersExtend with GitHub, Slack, Jira, custom tools.300+ AI ModelsClaude, GPT, Gemini, Groq, Mistral... Container-based auth.25 Toolsbash, read, write, edit, grep, glob, browser, image gen, MCP, and more.Task ManagerCreate, track, and manage tasks. Todos per session.Slash CommandsBuilt-in and custom prompt templates. Fetch skills from URLs.Monaco EditorVS Code editor with syntax highlighting and IntelliSense.Git IntegrationRun git commands via terminal. Agent executes git operations.Instant APIsDrop a script in scripts/, it becomes a live HTTPS endpoint. Agents call it via HTTP. Auto-generated OpenAPI spec.TerminalSplit-pane terminals with drag-and-drop tabs.Quick ActionsSearch and execute commands. Navigate anywhere fast.Diff EditingAgent applies targeted patches. Review changes inline.Code IntelligenceMonaco language features. Diagnostics and autocomplete.Background WorkersPersistent scripts via Exec. Long-running processes via Daemon.Infrastructure1660+ BackendsS3, GDrive, Dropbox, OneDrive, Azure, MEGA...Secrets VaultManage credentials and secrets. Container-scoped access.SnapshotsFull system state in 1-5 seconds. Fork. Rollback.FirewallNetwork-level rules. Allow/block ports per container.SQLiteQuery databases. KV store. Time-travel queries.DaemonsBackground processes with auto-restart. Managed via HTTP.Proxy & DomainsCustom domains, aliases, TLS auto-provisioned.MonitoringService health, memory, request throughput.Desktop AppsRun Firefox, VS Code, Blender in the browser.File ManagerTree view, search, 60+ cloud backend connections.EmbeddableEvery panel is an iframe. Embed in docs, Slack, anywhere.SettingsKeybinds, themes, models, permissions. Customizable.ThemesLight, dark, custom. Full appearance customization.KeybindsEvery keyboard shortcut is customizable.NotificationsBrowser alerts, sounds, in-app toasts. Per-session.Activity FeedChronological event stream. See everything that happened.Collaboration6MultiplayerShare URL = shared OS. Real state, not screenshare.TelegramNEWChat with your workspace agent from Telegram. Manage sessions from your phone.Mobile AccessFull OS from your phone. Browser or SSH. Same state.PermissionsGroup-based access control. Granular per-service.Token ManagerAPI tokens for team access. Create, revoke, scope.Share via URLShare any surface. Real shared state, not screenshare.Open source. On your server. Under your control.Hoody Workspaces is open source and runs on YOUR bare-metal machine. Your data never leaves your server. No third-party cloud. No telemetry. No trust required -- verify the code yourself. In a world where breaches happen weekly, your OS should be something you own, audit, and control. Agents can programmatically open panels, arrange layouts, switch windows, and build entirely custom interfaces -- all via the same Kit HTTP surface.SDK: await client.workspaces.layout.open()CLI: hoody workspaces open --panels terminal,codeHTTP: POST /workspace-1/layoutAgent: \\\"Open terminal and code side by side\\\"25Agent tools60+Cloud backe…\"\n}\n\nHOODY_DOCS_CONTEXT:\n[\n  {\n    \"title\": \"The 100x Foundation\",\n    \"text\": \"# The 100x Foundation **Page:** index [Download Raw Markdown](./index.md) --- ## The HTTP-Native Cloud Hoody is a new kind of cloud platform designed for the AI era. We replaced complex infrastructure with a simple, powerful principle: **Everything is a URL.** Spawn unlimited containers on bare metal. **Not ephemeral sandboxes**—these are persistent, durable computers for desktop apps and long-running services. Built for agents. Every resource (terminal, file, display) is an HTTP endpoint that AI can natively understand and control. No SDKs required. Interact with your entire infrastructure using standard HTTP requests. Every resource is a URL. Because everything is a URL, you can embed terminals, code editors, and full desktops into any web application or dashboard. --- ## Why Hoody? ### 🚀 For Developers Stop managing infrastructure. Treat your cloud like a library of functions. - **Instant Environments:** `POST /api/v1/projects/{id}/containers` -> Ready in seconds. - **Persistent & Durable:** Unlike sandboxes, your data and apps persist forever. - **Vibe Coding:** Code in the browser with full VS Code and live previews. - **Multiplayer:** Share your workspace URL for instant collaboration. ### 🤖 For AI Agents Give your agents the tools they need to be autonomous. - **Full Control:** Agents can spawn containers, run commands, edit files, and browse the web. - **MCP Client:** Built-in MCP client connects to external MCP servers (GitHub, Slack, Jira, custom APIs), dynamically discovering tools at runtime. - **Observability:** Every action is logged and observable via HTTP.\"\n  },\n  {\n    \"title\": \"Quick Start\",\n    \"text\": \"Now open the visual experience — **Hoody OS**. Hoody OS is a full web-based operating system that lives **inside each of your containers** — every container you spin up gets its own OS, on a server you own. It includes three apps: - **Hoody Home** (`https://{projectId}-{containerId}-home-1.{node}.containers.hoody.run`) — Your dashboard and starting point - **Hoody Console** (`https://{projectId}-{containerId}-console-1.{node}.containers.hoody.run`) — Container management, server monitoring, project administration - **Hoody Workspaces** (`https://{projectId}-{containerId}-workspace-1.{node}.containers.hoody.run`) — A floating-window desktop where you arrange terminals, code editors, displays, files, and AI agents side by side Every app is a URL. Open it in any browser. Embed it in an iframe. Share it with a teammate. Control it via AI agent. The URLs just work — HTTPS with HTTP/2 and HTTP/3, zero configuration, zero certificates to manage. Ever. The inception: Hoody OS itself runs on a Hoody container. The OS that manages your containers is running in a container. It's embeddable, shareable, and multiplayer — just like everything else. ### From Any Browser Open your Workspace URL in any browser. Phone, laptop, TV, tablet — same environment, same state. ### From Any Terminal ```bash ssh hoody.com ``` Full Hoody OS as a TUI (Terminal User Interface). We built an entire browser engine for the terminal (`hoody-terminal-browser`), so you get the same OS experience — floating windows, AI chat, file management — rendered in pure text.\"\n  },\n  {\n    \"title\": \"The Vibe\",\n    \"text\": \"Your designer watches every tap, every animation, every transition on their monitor. No screen recording. Live HTTP stream. --- ## AI Is a First-Class Citizen Everything is HTTP. AI agents make HTTP requests. The math checks out. `GET /terminal/1/output`. `GET /display/1/screenshot`. `POST /sqlite/1/query`. `GET /files/1/list`. `GET /browser/1/status`. The agent uses the exact same interface you do. No adapters. No \\\"AI toolkit.\\\" No special permissions. HTTP in, HTTP out. What this means in practice: - The agent watches your file changes and suggests refactors based on your codebase patterns - It monitors your running app via the display URL for visual regressions - It reads terminal output, queries logs, checks database state — all concurrently - It spawns new containers, assigns tasks to other agents, collects results - It fixes a test failure at 3am, pushes the commit, and sends you the diff URL over breakfast The agent doesn't live in a chatbox. It lives in the same infrastructure you do. Same HTTP, same URLs, same capabilities. The boundary between \\\"AI tool\\\" and \\\"computing environment\\\" doesn't exist because there was never a real boundary — just a protocol. --- ## 75+ AI Providers. Zero Lock-In. Anthropic. OpenAI. Google. Mistral. Groq. Ollama. Any OpenAI-compatible endpoint. Custom inference servers. 75+ providers out of the box. Switch models mid-conversation. A/B test providers across containers. Route secrets through environment variables. Today Claude, tomorrow GPT-6, next week a fine-tuned Llama on your own hardware. Config change, not migration.\"\n  },\n  {\n    \"title\": \"Workspaces (hoody-workspaces service)\",\n    \"text\": \"--- ## What You Can Do - **Unified Dashboard** — See all containers, projects, and servers in one place - **Drag-and-Drop Layouts** — Arrange terminal, display, files, and code panels however you want - **Multi-Container Views** — Embed services from different containers side-by-side in one workspace - **Shareable URLs** — Share your entire workspace layout with a URL - **Any Device** — Desktop, tablet, phone — if it has a browser, it runs Workspaces - **Service Quick-Launch** — Open any Kit service (terminal, display, files, SQLite, code) with one click - **Project Switching** — Jump between projects and containers instantly --- ## The Workspace Model Every panel in a workspace is just a URL. Terminal? URL. Display? URL. File manager? URL. Code editor? URL. The workspace arranges them: ``` ┌─────────────────────────────────────────────┐ │ Workspace: \\\"My Dev Environment\\\" │ ├──────────────────┬──────────────────────────┤ │ Terminal-1 │ Display-1 │ │ (shell access) │ (GUI desktop) │ ├──────────────────┼──────────────────────────┤ │ Files │ Code-1 │ │ (file manager) │ (VS Code) │ └──────────────────┴──────────────────────────┘ ``` Each panel maps to a Kit service URL: ``` Terminal: https://PROJECT-CONTAINER-terminal-1.SERVER.containers.hoody.run Display: https://PROJECT-CONTAINER-display-1.SERVER.containers.hoody.run Files: https://PROJECT-CONTAINER-files-1.SERVER.containers.hoody.run Code: https://PROJECT-CONTAINER-code-1.SERVER.containers.hoody.run ``` The workspace saves the layout. Close the tab, reopen it — everything is exactly where you left it.\"\n  },\n  {\n    \"title\": \"Containers (concept)\",\n    \"text\": \"# Containers **Page:** concepts/containers [Download Raw Markdown](./concepts/containers.md) --- # Containers **Forget everything you know about containers.** Docker containers are build artifacts. Lightweight, disposable, stateless. You bake an image, ship it, run it, throw it away. They are packaging -- not computing. Hoody containers are computers. Full Debian 13 Linux machines with systemd, their own filesystem, their own network stack, their own process tree. They boot. They run services. They persist state. They have terminals and desktops and databases and browsers. They are not ephemeral throw-away images. They are machines you live in. The difference is not incremental. It is categorical. And they run on servers you actually own — bare metal hardware you rent from the marketplace, not a cloud provider's shared infrastructure. Years of privacy and security engineering at Hoody went into making sure your containers are yours. --- ## What You Actually Get When you create a Hoody container, you get a complete Linux computer: - **Debian 13** (Trixie) with full package manager (`apt`) - **systemd** init system (real service management, not hacked entrypoints) - **Own filesystem** (persistent, writable, full Linux FHS) - **Own network stack** (own IP, own DNS, own routing table) - **Own process tree** (PID namespace, proper process isolation) - **14 built-in HTTP services** (terminal, display, files, exec, sqlite, browser, agent, code, curl, notifications, daemons, cron, pipe, workspaces) Every one of those services is a URL.\"\n  },\n  {\n    \"title\": \"Workspaces (hoody-workspaces service)\",\n    \"text\": \"--- ## Key Concepts ### Panels Each panel embeds a Kit service URL. Add panels for: - **Terminals** — any instance: terminal-1, terminal-2, etc. - **Displays** — remote desktop for any display instance - **Files** — file manager - **SQLite** — database UI - **Code** — VS Code editor - **Browser** — browser automation view - **Any custom URL** — embed anything with a URL ### Layouts Arrange panels in rows, columns, and grids. Resize by dragging borders. Save layouts to switch between different working modes — a development layout, a monitoring layout, a presentation layout. ### Multi-Container A single workspace can embed services from **different containers**. Monitor multiple environments, compare outputs, or manage a distributed system from one screen. Each panel points to a different container's service URL — the workspace doesn't care which container it's talking to. --- ## Common Patterns ### Development Workspace Terminal + Code + Display for full-stack development with live GUI preview. Write code in one panel, run it in another, see the output in a third. ### Monitoring Dashboard Multiple terminals showing logs from different containers, plus a browser panel for status pages. One screen, full visibility across your infrastructure. ### Presentation Mode Share a workspace URL with a client to give them a live view of your infrastructure — without giving direct access. They see what you see. Nothing more. --- ## What's Next --- > **Your desktop is a URL now.** > **Open it from any device. Arrange it however you want. Share it with anyone.** > **No VNC. No RDP. No VPN.\"\n  },\n  {\n    \"title\": \"The Hoody Kit: Your HTTP Toolbox\",\n    \"text\": \"``` **Why this matters:** - **Separation of concerns** - Terminal-1 for frontend, terminal-2 for backend, terminal-3 for database - **Parallel operations** - Run tests in exec-1 while building in exec-2 - **Specialized agents** - Agent-1 for code, agent-2 for docs, agent-3 for DevOps - **Multi-user collaboration** - Each user gets their own terminal/display instance **All instances share the same container filesystem, processes, and network**—it's one computer with multiple access points. --- ## Integration Patterns ### Terminal + Display (Visual Development) ```txt # Type in terminal-5 terminal-5.hoody.run → firefox & # See in display-5 (auto-mapped) display-5.hoody.run → Firefox appears ``` GUI applications automatically appear in matching display numbers. Zero configuration. ### Terminal + Agent (AI-Assisted Shell) ```txt # Terminal with embedded agent panel terminal-1.hoody.run/?panel=...agent-1.hoody.run&panel-width=40% ``` AI assistant helps with commands, explains output, suggests best practices—all in one window. ### Files + SQLite + Exec (Data Pipeline) ```javascript // Read CSV from cloud storage const data = await fetch(filesUrl + '/google-drive/data.csv'); // Process with exec script const processed = await fetch(execUrl + '/run/etl.ts', { method: 'POST', body: data }); // Store in SQLite await fetch(sqliteUrl + '/query', { method: 'POST', body: JSON.stringify({ sql: 'INSERT INTO analytics VALUES (...)' }) }); ``` Services compose naturally through HTTP.\"\n  },\n  {\n    \"title\": \"Understanding Hoody\",\n    \"text\": \"Forget screen sharing and \\\"can you see my cursor?\\\" When everything is a URL, collaboration is instant. Multiple people in the same terminal with colored cursors. Editing the same files simultaneously. Controlling the same browser. Debugging together in real-time. It's Google Docs but for computers. **Isolate what you share.** Give your team the staging environment URL, not your personal dev containers. Share the production monitoring computer, not the experimental AI playground. Precision multiplayer through URL-based access. Everything has a URL. Everything is multiplayer. Everything is already online. ## Hoody OS: Your Operating System Lives on the Web We didn't just make computers accessible via HTTP. We built an entire **operating system** on top of them. **Hoody OS** is a floating-window web-based OS running on servers you own, built by a team with years of privacy and security engineering behind it. It includes: - **Hoody Home** — Your dashboard, project launcher, and starting point - **Hoody Console** — Server management, container administration, monitoring - **Hoody Workspaces** — A full desktop environment with draggable windows — terminals, code editors, file browsers, AI agents, displays, databases — all arranged however you want Every app is a URL. Every process inside your container is a URL. Every one of those URLs is HTTPS with HTTP/2 and HTTP/3, automatically, forever. You'll never configure a certificate, never think about TLS, never debug an SSL handshake. That era is over.\"\n  },\n  {\n    \"title\": \"The Hoody Kit: Your HTTP Toolbox\",\n    \"text\": \"- **OAuth Authentication**: Full OAuth flow for authenticated remote MCP servers. - **Safety First**: Destructive operations require confirmation. [Learn more about MCP integration →](/kit/) --- ## The 14 HTTP Services **Your floating operating system**—manage all containers, projects, and services from one browser interface. **Key Capabilities:** - Unified dashboard for all containers - Drag-and-drop workspace layouts - Embed multiple containers in one view - Share entire workspace with a URL - Access from any device **Perfect for:** Project management, monitoring, client presentations [Learn More →](/kit/workspaces/) **Execute shell commands via HTTP**—your Linux terminal as a web service, accessible from anywhere. **Key Capabilities:** - Web terminal UI in browser - HTTP command execution API - Multiple terminal instances per container - Session state persistence (cwd, env, history) - SSH to remote servers (no client needed) - Launch GUI apps instantly **Perfect for:** Command execution, automation, remote server management, AI agent control [Learn More →](/kit/terminals/) • [API Reference →](/api/terminal/sessions/) **Remote desktop via HTTP**—run graphical applications and see them in your browser. Zero configuration.\"\n  },\n  {\n    \"title\": \"The Hoody Kit: Your HTTP Toolbox\",\n    \"text\": \"Just instant HTTP access to everything you need. **The revolutionary part:** Each service is a URL. Open it in a browser. Use it from your phone. Embed it in an iframe. Share it with a teammate. Control it via AI. Access it all through **Hoody OS** — a floating-window web-based operating system that lives inside each of your containers — or type `ssh hoody.com` for the same OS in your terminal. **Everything is accessible because everything is HTTP.** --- ## Infinite Possibilities Through Composition **These 14 services unlock unlimited potential—not through rigid feature sets, but through creative combination.** Each service is designed to be **complete on its own** while **composing naturally with others**: - **Terminals** can execute any command—but pair with **Displays** and GUI apps appear instantly - **Files** can access any storage—but integrate with **SQLite** for indexed metadata or **Exec** for automated processing - **Agent** can orchestrate workflows—but give it **Terminal** access and it controls your entire infrastructure - **Browser** can automate web tasks—but combine with **cURL** for API integration and **SQLite** for result storage **The pattern:** One service enables the task. Two services multiply capability. Three or more services create workflows impossible on traditional platforms. **You're not limited to \\\"supported features.\\\"** With HTTP as the universal interface, every service can talk to every other service. Build workflows we never imagined—because the tools compose infinitely through HTTP. **This is intentional.** Each service is a primitive.\"\n  },\n  {\n    \"title\": \"Understanding Hoody\",\n    \"text\": \"# Understanding Hoody **Page:** vision/obsolescence [Download Raw Markdown](./vision/obsolescence.md) --- # Understanding Hoody **We're not building better computers: we're redefining what computing means.** Your work is trapped on specific devices. AI can't actually use your computer. You pay per isolated server that sits idle. You can't truly collaborate in real-time. You can't access your real environment from anywhere. You want to go AI-first but you feel it's too shaky. **Hoody changes everything: Spawn infinite isolated computers from one server. Every program, every file, every process is a URL. Where regular users, developers, enterprises, and AI agents all work in the same frictionless environment.** This isn't an evolution. It's a replacement. ## Why We're Not Ready for What's Coming Computers weren't designed to be shared, embedded, or operated by non-humans. Three forces demand this changes: ### AI must execute and observe AI needs autonomy over the entire infrastructure—spawning containers, configuring networks, managing databases, deploying code, deploying other AI agents, testing interfaces. All through HTTP endpoints. But execution isn't enough. AI must watch every action to learn your patterns and anticipate needs. When everything is HTTP, your computer becomes AI's training data automatically. ### Teams and agents need entirely new ways to work Not screen sharing. Not taking turns. Humans, AI agents, and automation working simultaneously in the same terminals, editors, processes. Real-time shared state, like Google Docs for entire computers.\"\n  },\n  {\n    \"title\": \"Understanding Containers\",\n    \"text\": \"# Understanding Containers **Page:** getting-started/containers [Download Raw Markdown](./getting-started/containers.md) --- # Understanding Containers **Forget Docker. Forget VMs. Hoody containers are something else entirely.** A Hoody container is a full Debian 13 Linux computer — with systemd, its own filesystem, its own network, and 14 HTTP services built in. The moment it exists, it's online. Every process, every file, every database inside it has a URL. You don't SSH into them (well, you *can* — `ssh hoody.com` gives you a full OS). You don't deploy to them (though nothing stops you). You `fetch` them. Every process running inside is already an HTTPS endpoint, with HTTP/2 and HTTP/3 out of the box. You'll never think about a certificate again. --- ## What You Get Every container includes: | Capability | How You Access It | | :--- | :--- | | Shell access | `terminal-1.containers.hoody.run` | | File system | `files.containers.hoody.run` | | Database | `sqlite-1.containers.hoody.run` | | Desktop display | `display-1.containers.hoody.run` | | Browser automation | `browser-1.containers.hoody.run` | | Script execution | `exec-1.containers.hoody.run` | | AI agent | `agent-1.containers.hoody.run` | | VS Code | `code-1.containers.hoody.run` | | HTTP composition | `curl-1.containers.hoody.run` | | Background processes | `daemon-1.containers.hoody.run` | | Scheduled tasks | `cron-1.containers.hoody.run` | | Push notifications | `n-1.containers.hoody.run` | | Data streaming | `pipe-1.containers.hoody.run` | | Floating desktop | `workspace-1.containers.hoody.run` | All of this.\"\n  },\n  {\n    \"title\": \"Quick Start (Files)\",\n    \"text\": \"# Quick Start **Page:** api/files/quick-start [Download Raw Markdown](./api/files/quick-start.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Quick Start Hoody Files provides a comprehensive API for managing files and directories in your Hoody workspace. This quick start guide covers the essential operations you'll need for everyday file management tasks. ## Core Concepts **Files and Directories** — Hoody organizes content into files and directories. Files contain your content (code, documents, assets), while directories help organize related files into logical groupings. **Unique Identifiers** — Every file and directory receives a unique `id` upon creation. Use this ID for subsequent operations like retrieving, updating, or deleting specific resources. **Hierarchical Paths** — Directories can contain subdirectories, creating a tree structure. Paths are represented as slash-separated strings (e.g., `projects/api/docs`).\"\n  },\n  {\n    \"title\": \"Hoody App (Overview)\",\n    \"text\": \"# Hoody App **Page:** api/app/index [Download Raw Markdown](./api/app/index.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Hoody App The App service provides core functionality for managing application runtime, execution contexts, source code management, and automation recipes within the Hoody platform. This service enables you to: - **Runtime Management** — Configure and control application runtime environments, including containerized execution contexts and resource allocation - **Execution Control** — Trigger, monitor, and manage application executions with fine-grained control over parameters and behavior - **Source Management** — Manage application source code repositories, sync sources, and handle deployment artifacts - **Recipe Automation** — Create, modify, and execute automation recipes that chain multiple operations into repeatable workflows Use the pages below to explore the App service APIs in detail. Manage application runtime environments and execution contexts. Configure container settings, resource limits, and runtime parameters. Trigger and control application executions. Monitor running processes, retrieve execution history, and manage execution lifecycles. Manage application source code repositories and deployment sources. Sync, update, and configure source connections. Create and execute automation recipes. Chain multiple operations into repeatable workflows with configurable triggers and conditions. ---\"\n  },\n  {\n    \"title\": \"Containers API\",\n    \"text\": \"# Containers **Page:** api/containers [Download Raw Markdown](./api/containers.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Containers API The Containers API provides endpoints to list, create, retrieve, update, and delete containers across your Hoody projects. Containers are isolated runtime environments that can run applications with configurable features like AI capabilities, hoody_kit tooling, and ramdisk storage. ## Endpoints Overview | Method | Path | Description | |--------|------|-------------| | `GET` | `/api/v1/containers/` | List all containers across all projects | | `GET` | `/api/v1/containers/{id}` | Get a container by ID | | `GET` | `/api/v1/containers/{id}/stats` | Get real-time resource statistics | | `GET` | `/api/v1/projects/{id}/containers` | List containers for a specific project | | `POST` | `/api/v1/containers/{id}/authorize` | Issue a signed authorization claim | | `POST` | `/api/v1/projects/{id}/containers` | Create a new container | | `PATCH` | `/api/v1/containers/{id}` | Update container settings | | `DELETE` | `/api/v1/containers/{id}` | Delete a container | --- ## `GET /api/v1/containers/` Get all containers across all projects for the current user with pagination, filtering, and sorting. This endpoint provides a global view of all containers without being scoped to a specific project.\"\n  }\n]\n","docsContext":[{"id":"cdd2f63cc5d75ce4","title":"The 100x Foundation","score":"13.328","fallback":false,"text":"# The 100x Foundation **Page:** index [Download Raw Markdown](./index.md) --- ## The HTTP-Native Cloud Hoody is a new kind of cloud platform designed for the AI era. We replaced complex infrastructure with a simple, powerful principle: **Everything is a URL.** Spawn unlimited containers on bare metal. **Not ephemeral sandboxes**—these are persistent, durable computers for desktop apps and long-running services. Built for agents. Every resource (terminal, file, display) is an HTTP endpoint that AI can natively understand and control. No SDKs required. Interact with your entire infrastructure using standard HTTP requests. Every resource is a URL. Because everything is a URL, you can embed terminals, code editors, and full desktops into any web application or dashboard. --- ## Why Hoody? ### 🚀 For Developers Stop managing infrastructure. Treat your cloud like a library of functions. - **Instant Environments:** `POST /api/v1/projects/{id}/containers` -> Ready in seconds. - **Persistent & Durable:** Unlike sandboxes, your data and apps persist forever. - **Vibe Coding:** Code in the browser with full VS Code and live previews. - **Multiplayer:** Share your workspace URL for instant collaboration. ### 🤖 For AI Agents Give your agents the tools they need to be autonomous. - **Full Control:** Agents can spawn containers, run commands, edit files, and browse the web. - **MCP Client:** Built-in MCP client connects to external MCP servers (GitHub, Slack, Jira, custom APIs), dynamically discovering tools at runtime. - **Observability:** Every action is logged and observable via HTTP."},{"id":"d2d68528630474e1","title":"Quick Start","score":"11.523","fallback":false,"text":"Now open the visual experience — **Hoody OS**. Hoody OS is a full web-based operating system that lives **inside each of your containers** — every container you spin up gets its own OS, on a server you own. It includes three apps: - **Hoody Home** (`https://{projectId}-{containerId}-home-1.{node}.containers.hoody.run`) — Your dashboard and starting point - **Hoody Console** (`https://{projectId}-{containerId}-console-1.{node}.containers.hoody.run`) — Container management, server monitoring, project administration - **Hoody Workspaces** (`https://{projectId}-{containerId}-workspace-1.{node}.containers.hoody.run`) — A floating-window desktop where you arrange terminals, code editors, displays, files, and AI agents side by side Every app is a URL. Open it in any browser. Embed it in an iframe. Share it with a teammate. Control it via AI agent. The URLs just work — HTTPS with HTTP/2 and HTTP/3, zero configuration, zero certificates to manage. Ever. The inception: Hoody OS itself runs on a Hoody container. The OS that manages your containers is running in a container. It's embeddable, shareable, and multiplayer — just like everything else. ### From Any Browser Open your Workspace URL in any browser. Phone, laptop, TV, tablet — same environment, same state. ### From Any Terminal ```bash ssh hoody.com ``` Full Hoody OS as a TUI (Terminal User Interface). We built an entire browser engine for the terminal (`hoody-terminal-browser`), so you get the same OS experience — floating windows, AI chat, file management — rendered in pure text."},{"id":"9bbf6762edcd0b56","title":"The Vibe","score":"11.242","fallback":false,"text":"Your designer watches every tap, every animation, every transition on their monitor. No screen recording. Live HTTP stream. --- ## AI Is a First-Class Citizen Everything is HTTP. AI agents make HTTP requests. The math checks out. `GET /terminal/1/output`. `GET /display/1/screenshot`. `POST /sqlite/1/query`. `GET /files/1/list`. `GET /browser/1/status`. The agent uses the exact same interface you do. No adapters. No \"AI toolkit.\" No special permissions. HTTP in, HTTP out. What this means in practice: - The agent watches your file changes and suggests refactors based on your codebase patterns - It monitors your running app via the display URL for visual regressions - It reads terminal output, queries logs, checks database state — all concurrently - It spawns new containers, assigns tasks to other agents, collects results - It fixes a test failure at 3am, pushes the commit, and sends you the diff URL over breakfast The agent doesn't live in a chatbox. It lives in the same infrastructure you do. Same HTTP, same URLs, same capabilities. The boundary between \"AI tool\" and \"computing environment\" doesn't exist because there was never a real boundary — just a protocol. --- ## 75+ AI Providers. Zero Lock-In. Anthropic. OpenAI. Google. Mistral. Groq. Ollama. Any OpenAI-compatible endpoint. Custom inference servers. 75+ providers out of the box. Switch models mid-conversation. A/B test providers across containers. Route secrets through environment variables. Today Claude, tomorrow GPT-6, next week a fine-tuned Llama on your own hardware. Config change, not migration."},{"id":"ed8dbcc851e0cb7f","title":"Workspaces (hoody-workspaces service)","score":"10.521","fallback":false,"text":"--- ## What You Can Do - **Unified Dashboard** — See all containers, projects, and servers in one place - **Drag-and-Drop Layouts** — Arrange terminal, display, files, and code panels however you want - **Multi-Container Views** — Embed services from different containers side-by-side in one workspace - **Shareable URLs** — Share your entire workspace layout with a URL - **Any Device** — Desktop, tablet, phone — if it has a browser, it runs Workspaces - **Service Quick-Launch** — Open any Kit service (terminal, display, files, SQLite, code) with one click - **Project Switching** — Jump between projects and containers instantly --- ## The Workspace Model Every panel in a workspace is just a URL. Terminal? URL. Display? URL. File manager? URL. Code editor? URL. The workspace arranges them: ``` ┌─────────────────────────────────────────────┐ │ Workspace: \"My Dev Environment\" │ ├──────────────────┬──────────────────────────┤ │ Terminal-1 │ Display-1 │ │ (shell access) │ (GUI desktop) │ ├──────────────────┼──────────────────────────┤ │ Files │ Code-1 │ │ (file manager) │ (VS Code) │ └──────────────────┴──────────────────────────┘ ``` Each panel maps to a Kit service URL: ``` Terminal: https://PROJECT-CONTAINER-terminal-1.SERVER.containers.hoody.run Display: https://PROJECT-CONTAINER-display-1.SERVER.containers.hoody.run Files: https://PROJECT-CONTAINER-files-1.SERVER.containers.hoody.run Code: https://PROJECT-CONTAINER-code-1.SERVER.containers.hoody.run ``` The workspace saves the layout. Close the tab, reopen it — everything is exactly where you left it."},{"id":"6357eb51a24b92ba","title":"Containers (concept)","score":"10.379","fallback":false,"text":"# Containers **Page:** concepts/containers [Download Raw Markdown](./concepts/containers.md) --- # Containers **Forget everything you know about containers.** Docker containers are build artifacts. Lightweight, disposable, stateless. You bake an image, ship it, run it, throw it away. They are packaging -- not computing. Hoody containers are computers. Full Debian 13 Linux machines with systemd, their own filesystem, their own network stack, their own process tree. They boot. They run services. They persist state. They have terminals and desktops and databases and browsers. They are not ephemeral throw-away images. They are machines you live in. The difference is not incremental. It is categorical. And they run on servers you actually own — bare metal hardware you rent from the marketplace, not a cloud provider's shared infrastructure. Years of privacy and security engineering at Hoody went into making sure your containers are yours. --- ## What You Actually Get When you create a Hoody container, you get a complete Linux computer: - **Debian 13** (Trixie) with full package manager (`apt`) - **systemd** init system (real service management, not hacked entrypoints) - **Own filesystem** (persistent, writable, full Linux FHS) - **Own network stack** (own IP, own DNS, own routing table) - **Own process tree** (PID namespace, proper process isolation) - **14 built-in HTTP services** (terminal, display, files, exec, sqlite, browser, agent, code, curl, notifications, daemons, cron, pipe, workspaces) Every one of those services is a URL."},{"id":"1dace266f5169189","title":"Workspaces (hoody-workspaces service)","score":"10.332","fallback":false,"text":"--- ## Key Concepts ### Panels Each panel embeds a Kit service URL. Add panels for: - **Terminals** — any instance: terminal-1, terminal-2, etc. - **Displays** — remote desktop for any display instance - **Files** — file manager - **SQLite** — database UI - **Code** — VS Code editor - **Browser** — browser automation view - **Any custom URL** — embed anything with a URL ### Layouts Arrange panels in rows, columns, and grids. Resize by dragging borders. Save layouts to switch between different working modes — a development layout, a monitoring layout, a presentation layout. ### Multi-Container A single workspace can embed services from **different containers**. Monitor multiple environments, compare outputs, or manage a distributed system from one screen. Each panel points to a different container's service URL — the workspace doesn't care which container it's talking to. --- ## Common Patterns ### Development Workspace Terminal + Code + Display for full-stack development with live GUI preview. Write code in one panel, run it in another, see the output in a third. ### Monitoring Dashboard Multiple terminals showing logs from different containers, plus a browser panel for status pages. One screen, full visibility across your infrastructure. ### Presentation Mode Share a workspace URL with a client to give them a live view of your infrastructure — without giving direct access. They see what you see. Nothing more. --- ## What's Next --- > **Your desktop is a URL now.** > **Open it from any device. Arrange it however you want. Share it with anyone.** > **No VNC. No RDP. No VPN."},{"id":"0ab0522cc68b3d50","title":"The Hoody Kit: Your HTTP Toolbox","score":"10.250","fallback":false,"text":"``` **Why this matters:** - **Separation of concerns** - Terminal-1 for frontend, terminal-2 for backend, terminal-3 for database - **Parallel operations** - Run tests in exec-1 while building in exec-2 - **Specialized agents** - Agent-1 for code, agent-2 for docs, agent-3 for DevOps - **Multi-user collaboration** - Each user gets their own terminal/display instance **All instances share the same container filesystem, processes, and network**—it's one computer with multiple access points. --- ## Integration Patterns ### Terminal + Display (Visual Development) ```txt # Type in terminal-5 terminal-5.hoody.run → firefox & # See in display-5 (auto-mapped) display-5.hoody.run → Firefox appears ``` GUI applications automatically appear in matching display numbers. Zero configuration. ### Terminal + Agent (AI-Assisted Shell) ```txt # Terminal with embedded agent panel terminal-1.hoody.run/?panel=...agent-1.hoody.run&panel-width=40% ``` AI assistant helps with commands, explains output, suggests best practices—all in one window. ### Files + SQLite + Exec (Data Pipeline) ```javascript // Read CSV from cloud storage const data = await fetch(filesUrl + '/google-drive/data.csv'); // Process with exec script const processed = await fetch(execUrl + '/run/etl.ts', { method: 'POST', body: data }); // Store in SQLite await fetch(sqliteUrl + '/query', { method: 'POST', body: JSON.stringify({ sql: 'INSERT INTO analytics VALUES (...)' }) }); ``` Services compose naturally through HTTP."},{"id":"81ae530c15c3f95d","title":"Understanding Hoody","score":"10.213","fallback":false,"text":"Forget screen sharing and \"can you see my cursor?\" When everything is a URL, collaboration is instant. Multiple people in the same terminal with colored cursors. Editing the same files simultaneously. Controlling the same browser. Debugging together in real-time. It's Google Docs but for computers. **Isolate what you share.** Give your team the staging environment URL, not your personal dev containers. Share the production monitoring computer, not the experimental AI playground. Precision multiplayer through URL-based access. Everything has a URL. Everything is multiplayer. Everything is already online. ## Hoody OS: Your Operating System Lives on the Web We didn't just make computers accessible via HTTP. We built an entire **operating system** on top of them. **Hoody OS** is a floating-window web-based OS running on servers you own, built by a team with years of privacy and security engineering behind it. It includes: - **Hoody Home** — Your dashboard, project launcher, and starting point - **Hoody Console** — Server management, container administration, monitoring - **Hoody Workspaces** — A full desktop environment with draggable windows — terminals, code editors, file browsers, AI agents, displays, databases — all arranged however you want Every app is a URL. Every process inside your container is a URL. Every one of those URLs is HTTPS with HTTP/2 and HTTP/3, automatically, forever. You'll never configure a certificate, never think about TLS, never debug an SSL handshake. That era is over."},{"id":"c0e518e351fc1b03","title":"The Hoody Kit: Your HTTP Toolbox","score":"10.199","fallback":false,"text":"- **OAuth Authentication**: Full OAuth flow for authenticated remote MCP servers. - **Safety First**: Destructive operations require confirmation. [Learn more about MCP integration →](/kit/) --- ## The 14 HTTP Services **Your floating operating system**—manage all containers, projects, and services from one browser interface. **Key Capabilities:** - Unified dashboard for all containers - Drag-and-drop workspace layouts - Embed multiple containers in one view - Share entire workspace with a URL - Access from any device **Perfect for:** Project management, monitoring, client presentations [Learn More →](/kit/workspaces/) **Execute shell commands via HTTP**—your Linux terminal as a web service, accessible from anywhere. **Key Capabilities:** - Web terminal UI in browser - HTTP command execution API - Multiple terminal instances per container - Session state persistence (cwd, env, history) - SSH to remote servers (no client needed) - Launch GUI apps instantly **Perfect for:** Command execution, automation, remote server management, AI agent control [Learn More →](/kit/terminals/) • [API Reference →](/api/terminal/sessions/) **Remote desktop via HTTP**—run graphical applications and see them in your browser. Zero configuration."},{"id":"423c925eedc5e064","title":"The Hoody Kit: Your HTTP Toolbox","score":"10.175","fallback":false,"text":"Just instant HTTP access to everything you need. **The revolutionary part:** Each service is a URL. Open it in a browser. Use it from your phone. Embed it in an iframe. Share it with a teammate. Control it via AI. Access it all through **Hoody OS** — a floating-window web-based operating system that lives inside each of your containers — or type `ssh hoody.com` for the same OS in your terminal. **Everything is accessible because everything is HTTP.** --- ## Infinite Possibilities Through Composition **These 14 services unlock unlimited potential—not through rigid feature sets, but through creative combination.** Each service is designed to be **complete on its own** while **composing naturally with others**: - **Terminals** can execute any command—but pair with **Displays** and GUI apps appear instantly - **Files** can access any storage—but integrate with **SQLite** for indexed metadata or **Exec** for automated processing - **Agent** can orchestrate workflows—but give it **Terminal** access and it controls your entire infrastructure - **Browser** can automate web tasks—but combine with **cURL** for API integration and **SQLite** for result storage **The pattern:** One service enables the task. Two services multiply capability. Three or more services create workflows impossible on traditional platforms. **You're not limited to \"supported features.\"** With HTTP as the universal interface, every service can talk to every other service. Build workflows we never imagined—because the tools compose infinitely through HTTP. **This is intentional.** Each service is a primitive."},{"id":"1a1e82099e938fb0","title":"Understanding Hoody","score":"10.050","fallback":false,"text":"# Understanding Hoody **Page:** vision/obsolescence [Download Raw Markdown](./vision/obsolescence.md) --- # Understanding Hoody **We're not building better computers: we're redefining what computing means.** Your work is trapped on specific devices. AI can't actually use your computer. You pay per isolated server that sits idle. You can't truly collaborate in real-time. You can't access your real environment from anywhere. You want to go AI-first but you feel it's too shaky. **Hoody changes everything: Spawn infinite isolated computers from one server. Every program, every file, every process is a URL. Where regular users, developers, enterprises, and AI agents all work in the same frictionless environment.** This isn't an evolution. It's a replacement. ## Why We're Not Ready for What's Coming Computers weren't designed to be shared, embedded, or operated by non-humans. Three forces demand this changes: ### AI must execute and observe AI needs autonomy over the entire infrastructure—spawning containers, configuring networks, managing databases, deploying code, deploying other AI agents, testing interfaces. All through HTTP endpoints. But execution isn't enough. AI must watch every action to learn your patterns and anticipate needs. When everything is HTTP, your computer becomes AI's training data automatically. ### Teams and agents need entirely new ways to work Not screen sharing. Not taking turns. Humans, AI agents, and automation working simultaneously in the same terminals, editors, processes. Real-time shared state, like Google Docs for entire computers."},{"id":"cd403ef4216747e8","title":"Understanding Containers","score":"10.035","fallback":false,"text":"# Understanding Containers **Page:** getting-started/containers [Download Raw Markdown](./getting-started/containers.md) --- # Understanding Containers **Forget Docker. Forget VMs. Hoody containers are something else entirely.** A Hoody container is a full Debian 13 Linux computer — with systemd, its own filesystem, its own network, and 14 HTTP services built in. The moment it exists, it's online. Every process, every file, every database inside it has a URL. You don't SSH into them (well, you *can* — `ssh hoody.com` gives you a full OS). You don't deploy to them (though nothing stops you). You `fetch` them. Every process running inside is already an HTTPS endpoint, with HTTP/2 and HTTP/3 out of the box. You'll never think about a certificate again. --- ## What You Get Every container includes: | Capability | How You Access It | | :--- | :--- | | Shell access | `terminal-1.containers.hoody.run` | | File system | `files.containers.hoody.run` | | Database | `sqlite-1.containers.hoody.run` | | Desktop display | `display-1.containers.hoody.run` | | Browser automation | `browser-1.containers.hoody.run` | | Script execution | `exec-1.containers.hoody.run` | | AI agent | `agent-1.containers.hoody.run` | | VS Code | `code-1.containers.hoody.run` | | HTTP composition | `curl-1.containers.hoody.run` | | Background processes | `daemon-1.containers.hoody.run` | | Scheduled tasks | `cron-1.containers.hoody.run` | | Push notifications | `n-1.containers.hoody.run` | | Data streaming | `pipe-1.containers.hoody.run` | | Floating desktop | `workspace-1.containers.hoody.run` | All of this."},{"id":"9adca8aec0811c69","title":"Quick Start (Files)","score":"0.000","fallback":true,"text":"# Quick Start **Page:** api/files/quick-start [Download Raw Markdown](./api/files/quick-start.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Quick Start Hoody Files provides a comprehensive API for managing files and directories in your Hoody workspace. This quick start guide covers the essential operations you'll need for everyday file management tasks. ## Core Concepts **Files and Directories** — Hoody organizes content into files and directories. Files contain your content (code, documents, assets), while directories help organize related files into logical groupings. **Unique Identifiers** — Every file and directory receives a unique `id` upon creation. Use this ID for subsequent operations like retrieving, updating, or deleting specific resources. **Hierarchical Paths** — Directories can contain subdirectories, creating a tree structure. Paths are represented as slash-separated strings (e.g., `projects/api/docs`)."},{"id":"fc8e36cfa82e94de","title":"Hoody App (Overview)","score":"0.000","fallback":true,"text":"# Hoody App **Page:** api/app/index [Download Raw Markdown](./api/app/index.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Hoody App The App service provides core functionality for managing application runtime, execution contexts, source code management, and automation recipes within the Hoody platform. This service enables you to: - **Runtime Management** — Configure and control application runtime environments, including containerized execution contexts and resource allocation - **Execution Control** — Trigger, monitor, and manage application executions with fine-grained control over parameters and behavior - **Source Management** — Manage application source code repositories, sync sources, and handle deployment artifacts - **Recipe Automation** — Create, modify, and execute automation recipes that chain multiple operations into repeatable workflows Use the pages below to explore the App service APIs in detail. Manage application runtime environments and execution contexts. Configure container settings, resource limits, and runtime parameters. Trigger and control application executions. Monitor running processes, retrieve execution history, and manage execution lifecycles. Manage application source code repositories and deployment sources. Sync, update, and configure source connections. Create and execute automation recipes. Chain multiple operations into repeatable workflows with configurable triggers and conditions. ---"},{"id":"207f9e3226b8b7b4","title":"Containers API","score":"0.000","fallback":true,"text":"# Containers **Page:** api/containers [Download Raw Markdown](./api/containers.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Containers API The Containers API provides endpoints to list, create, retrieve, update, and delete containers across your Hoody projects. Containers are isolated runtime environments that can run applications with configurable features like AI capabilities, hoody_kit tooling, and ramdisk storage. ## Endpoints Overview | Method | Path | Description | |--------|------|-------------| | `GET` | `/api/v1/containers/` | List all containers across all projects | | `GET` | `/api/v1/containers/{id}` | Get a container by ID | | `GET` | `/api/v1/containers/{id}/stats` | Get real-time resource statistics | | `GET` | `/api/v1/projects/{id}/containers` | List containers for a specific project | | `POST` | `/api/v1/containers/{id}/authorize` | Issue a signed authorization claim | | `POST` | `/api/v1/projects/{id}/containers` | Create a new container | | `PATCH` | `/api/v1/containers/{id}` | Update container settings | | `DELETE` | `/api/v1/containers/{id}` | Delete a container | --- ## `GET /api/v1/containers/` Get all containers across all projects for the current user with pagination, filtering, and sorting. This endpoint provides a global view of all containers without being scoped to a specific project."}],"rawResponse":"{\n  \"pageSummary\": \"Hoody's marketing homepage pitching its HTTP-native cloud ('Computers That Are URLs'), enumerating built-in container services and endpoint counts, the Workspaces WebOS, capability highlights, and bare-metal/AI pricing tiers.\",\n  \"findings\": [\n    {\n      \"severity\": \"high\",\n      \"type\": \"claim-mismatch\",\n      \"tag\": \"service-count-14-vs-19\",\n      \"message\": \"Built-in service count is internally inconsistent (14 vs 19) and conflicts with docs (14)\",\n      \"evidence\": \"14 services, auto-detected, auto-secured. ... 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Platform API\",\n      \"docsReference\": \"Docs enumerate exactly 14 services; 'AI Proxy', 'Watch', 'Notes', 'Run', and 'Platform API' do not appear in that list.\",\n      \"discrepancy\": \"The page advertises services the supplied docs neither list nor describe, so their existence, naming, and endpoint counts cannot be verified against the source of truth.\",\n      \"confidence\": \"medium\",\n      \"recommendation\": \"Confirm these services (AI Proxy, Watch, Notes, Run, Platform API) exist and update the docs to cover them, or remove them from the homepage if not yet shipped.\"\n    },\n    {\n      \"severity\": \"medium\",\n      \"type\": \"claim-mismatch\",\n      \"tag\": \"container-domain-mismatch\",\n      \"message\": \"Container URL domain on page (.containers.yourserver.hoody.com) differs from docs (.containers.hoody.run)\",\n      \"evidence\": \"https://proj-frontend-http-3000.containers.yourserver.hoody.com\",\n      \"docsReference\": \"Quick Start and Workspaces docs consistently use 'https://{projectId}-{containerId}-...{node}.containers.hoody.run' (e.g. terminal-1.containers.hoody.run).\",\n      \"discrepancy\": \"The marketing page uses a different top-level domain (.com vs .run) and 'yourserver' segment than the documented container URL scheme, which could mislead users about real, working URLs.\",\n      \"confidence\": \"medium\",\n      \"recommendation\": \"Align the example URLs with the documented '.containers.hoody.run' scheme, or update the docs if the production domain has actually changed.\"\n    },\n    {\n      \"severity\": \"medium\",\n      \"type\": \"missing-docs-support\",\n      \"tag\": \"workspaces-open-source\",\n      \"message\": \"Open-source / 'no telemetry' claims for Workspaces are not supported by the docs\",\n      \"evidence\": \"Hoody Workspaces is open source and runs on YOUR bare-metal machine. ... 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[stat block] 19 Built-in services","docsReference":"Containers (concept) and 'Understanding Containers' both state '14 built-in HTTP services' / '14 HTTP services built in' (terminal, display, files, exec, sqlite, browser, agent, code, curl, notifications, daemons, cron, pipe, workspaces).","discrepancy":"The hero says '14 services' while the Abstraction stat block says '19 Built-in services'; the docs authoritatively list 14. The page contradicts both itself and the source of truth.","confidence":"high","recommendation":"Reconcile to a single number. 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HOODY AIPay-as-you-go","docsReference":"No pricing information is present in the supplied HOODY_DOCS_CONTEXT.","discrepancy":"Specific pricing ($0, $29.90/mo, pay-as-you-go) is a concrete, customer-facing claim with no supporting docs context to confirm accuracy.","confidence":"low","recommendation":"Verify these prices against the current pricing source before launch; supply pricing docs for audit."},{"id":"d28cdb27-71b4-4501-bd50-bbfb32203b0f","dismissed":false,"target":"unassigned","severity":"low","type":"needs-docs-context-check","tag":"funding-raised","message":"'$3.2M raised' funding claim has no docs support","evidence":"Since 2021 · From privacy to agentic infrastructure · $3.2M raised · Read our story","docsReference":"No funding or company-financial information appears in the supplied docs.","discrepancy":"A specific financial figure is asserted in the site banner but cannot be confirmed from the provided context; financial claims should be verified.","confidence":"low","recommendation":"Confirm the $3.2M figure against an authoritative internal source and ensure it is current."},{"id":"60a96c11-7880-45ed-a39d-197f994e527b","dismissed":false,"target":"unassigned","severity":"low","type":"missing-docs-support","tag":"telegram-integration","message":"Telegram workspace-agent integration is not covered by supplied docs","evidence":"TelegramNEWChat with your workspace agent from Telegram. Manage sessions from your phone.","docsReference":"Supplied docs describe MCP, multiplayer, and mobile/SSH access but do not mention a Telegram integration.","discrepancy":"A flagged-as-'NEW' concrete feature is advertised without corroborating documentation.","confidence":"low","recommendation":"Add Telegram integration to the docs, or confirm it is live before presenting it as a shipped feature."}],"notes":["Per-service endpoint counts (e.g. Agent 82, Files 74, Platform API 204) and the '400+ HTTP endpoints' headline stat are not enumerated in the supplied docs and were not individually verifiable.","Core positioning claims (everything is a URL, unlimited persistent containers on bare metal, HTTP/2-3 auto-TLS, multiplayer, Debian 13, snapshots, MCP) are consistent with the docs."]},{"id":"94962023-63b0-492b-b213-ef029a99f271","runId":"1efe6d2c-3d1b-4e56-a807-3ae75c890923","status":"completed","error":null,"pageId":"ecb2883fad7f28da","page":{"id":"ecb2883fad7f28da","url":"https://hoody.com/aup","status":200,"title":"Hoody — Computers That Are URLs","description":"The first infrastructure where containers, terminals, displays, and AI agents share the same HTTP protocol.","headings":["Hoody Acceptable Use Policy","0. What This Policy Does","0.1 Hierarchy of Restrictions","1. Things You Must Not Do With the Services","1.1 Illegal or Harmful Content","1.2 Fraud and Deception","1.3 Malicious Software and Network Attacks","1.4 Spam and Unsolicited Communications"],"wordCount":3753,"contentHash":"579b34297eced310","crawledAt":"2026-06-16T14:10:44.431Z"},"provider":"claude-code","model":"Claude Opus 4.8","startedAt":"2026-06-16T14:11:56.729Z","finishedAt":"2026-06-16T14:12:21.261Z","durationMs":24532,"tokenEstimate":{"prompt":10157,"completion":305,"total":10462,"method":"estimated_chars_div_3.7"},"costEstimate":{"inputPerMillion":0,"outputPerMillion":0,"promptCost":0,"completionCost":0,"totalCost":0,"currency":"USD","method":"rates_x_tokens"},"customNote":"","requestPayload":{"provider":"claude-code","model":"Claude Opus 4.8","websitePageSent":{"id":"ecb2883fad7f28da","url":"https://hoody.com/aup","title":"Hoody — Computers That Are URLs","headings":["Hoody Acceptable Use Policy","0. What This Policy Does","0.1 Hierarchy of Restrictions","1. Things You Must Not Do With the Services","1.1 Illegal or Harmful Content","1.2 Fraud and Deception","1.3 Malicious Software and Network Attacks","1.4 Spam and Unsolicited Communications","1.5 Cryptocurrency Mining","1.6 Network and System Abuse","1.7 AI-Specific Prohibitions (Universal Usage Standards)","1.8 High-Risk Use Case Overlay","1.9 Per-Context Obligations","1.10 Conduct Toward Other Hoody Customers","2. Sensitive Data Restrictions","2.1 Healthcare Data (PHI under HIPAA)","2.2 GDPR Article 9 Special Category Data","2.3 Biometric Categorization","2.4 Surveillance Use Cases","3. Output Handling","3.1 Customer Responsibility for Outputs","3.2 No Training Competing Models","3.3 No Misrepresentation of AI Output as Human-Generated","3.4 Brand and Attribution Restrictions","4. Carve-Outs and Permitted Activities","4.1 Security Research","4.2 Penetration Testing","4.3 AI Red-Teaming and Safety Research","4.4 Educational and Demonstrative Content","5. Reporting Violations","6. Copyright and IP Infringement","7. Hoody's Response to Violations","7.1 What Triggers Investigation","7.2 Response Pipeline","7.3 Granularity of Action","7.4 Upstream-Initiated Suspension","7.5 No Obligation to Investigate","7.6 No Liability for Action Taken in Good Faith","8. Cooperation with Law Enforcement","9. Modifications"],"contentHash":"579b34297eced310","wordCount":3753,"text":"legal / aupACCEPTABLE USEHoody Acceptable Use PolicyWhat you must not do with Hoody Services.Last updated: 30 April 20260. What This Policy Does This Acceptable Use Policy (\"AUP\") sets out the things you must not do with the Hoody Services. It is part of your agreement with Hoody under the Hoody Terms of Service (\"Terms\"). Violating the AUP is a material breach of the Terms. We've written this in plain English so you can actually read it. It is not exhaustive — people are creative and we cannot anticipate every situation. When the AUP doesn't explicitly cover something, the spirit of the AUP applies. If you're not sure whether something is allowed, ask us at legal@hoody.com before you do it. We respond. 0.1 Hierarchy of Restrictions Your use of the Services is subject to three layers of restrictions, applied cumulatively: (a) Applicable law. Nothing in this AUP authorizes use that is illegal in any jurisdiction relevant to you. (b) This AUP. The restrictions in this AUP apply to all Customer use of the Services. (c) Upstream provider behavioral terms. Where your use of the Services routes through a third-party upstream provider (such as Bare Metal Server hosting providers or AI gateway upstream providers, whether reached directly or through aggregators), the upstream provider's acceptable use policy and usage policy also apply to your traffic on that route — i.e., what your traffic may contain and how you may use the upstream capability. Where the upstream provider's behavioral terms are more restrictive than this AUP for that route, the upstream provider's behavioral terms govern that route. This clause flows down content and use restrictions, not commercial terms (resale, capacity, pricing) between Hoody and the upstream — those are between Hoody and the upstream provider, not your concern. You are responsible for understanding and complying with all three layers. Hoody flows down upstream provider restrictions in this AUP where reasonably possible, but cannot enumerate every upstream provider's complete terms here. 1. Things You Must Not Do With the Services 1.1 Illegal or Harmful Content You must not use the Services to host, store, generate, transmit, or facilitate the distribution of: (a) Child sexual abuse material (CSAM), including computer-generated, AI-generated, deepfake, or animated content depicting minors in a sexual context. For purposes of this AUP, a minor is anyone under 18 regardless of jurisdiction. Zero tolerance. Hoody reports to law enforcement and cooperates with the National Center for Missing & Exploited Children (NCMEC) and equivalent authorities. (b) Non-consensual intimate imagery (so-called \"revenge porn\") or content sexualizing identifiable individuals without their consent. (c) Content that incites, threatens, organizes, glorifies, or facilitates violence, terrorism, mass-casualty events, or violent extremism, including material support for designated extremist organizations or individuals. (d) Material that infringes copyright, trademark, trade secret, patent, or other intellectual property rights of any third party. (e) Material that violates privacy or publicity rights of identifiable individuals, including doxxing, unauthorized publication of personal information, or non-consensual collection or disclosure of biometric or neural data. (f) Defamatory, libelous, or knowingly false content that exposes Hoody or third parties to liability. (g) Material whose hosting or distribution is illegal under the laws of Hoody's jurisdiction or the jurisdiction in which the material is accessible. 1.2 Fraud and Deception You must not use the Services to: (a) Engage in fraud, including phishing, pharming, identity theft, or financial scams (Ponzi schemes, pyramid schemes, \"make-money-fast\" schemes, payday/title-loan exploitation, abusive debt collection); (b) Impersonate any person, organization, or entity, including Hoody itself; (c) Distribute deceptive content where the deception is the harm (this includes content stripped of provenance metadata or watermarks designed to indicate it is AI-generated); (d) Operate fake review schemes, click farms, fake comments/media, or engagement-manipulation services; (e) Spoof source IP addresses, sender identifiers, or other origin metadata; (f) Produce or distribute counterfeit goods, falsified identification documents, falsified currency, or falsified government documents; (g) Use subliminal, manipulative, or deceptive techniques designed to materially distort the behavior of any person by impairing the person's ability to make informed decisions. 1.3 Malicious Software and Network Attacks You must not use the Services to: (a) Develop, store, or distribute malware, viruses, worms, trojans, ransomware, or rootkits where the intent is to harm third parties. Carve-out for security research: Storage of malware samples, reverse-engineering work, sandbox detonation analysis, and similar legitimate security research is permitted under the conditions in §4.1. (b) Operate command-and-control infrastructure for botnets, RATs, or other unauthorized-access frameworks. (c) Develop or operate persistent-access tools (firmware/hardware implants), automated multi-system compromise tools, or tools designed to bypass security controls without authorization. (d) Launch denial-of-service or distributed denial-of-service attacks against any third party, including amplification or reflection attacks (DNS, NTP, memcached, or other reflection vectors). (e) Run, host, or facilitate open mail relays or open proxies, except where the open relay or proxy is the intended product Customer is operating and Customer has obtained any necessary third-party consents. (f) Conduct unauthorized port scanning, vulnerability scanning, or reconnaissance of systems Customer does not own or have written authorization to test. Carve-out for authorized testing: see §4.2. (g) Compromise critical infrastructure: power grids, water treatment, medical devices, telecommunications systems, air traffic control, voting machines, healthcare databases, financial markets, or military systems. (h) Exploit vulnerabilities in computer or network systems without authorization, including via technical or social means. (i) Intercept communications without authorization. 1.4 Spam and Unsolicited Communications You must not use the Services to send: (a) Unsolicited bulk email (UBE), unsolicited commercial email (UCE), or messages in violation of CAN-SPAM, GDPR consent requirements, or equivalent laws; (b) Bulk SMS, voice messages, or facsimiles in violation of TCPA or equivalent laws; (c) Mass unsolicited messages on any platform, social network, or messaging service; (d) Messages with falsified sender data, deceptive subject lines, or hidden originator information. The use of double-opt-in lists where each recipient has explicitly consented is permitted. 1.5 Cryptocurrency Mining You must not use the Services to mine cryptocurrency. This prohibition includes: (a) Direct mining of Bitcoin, Ethereum, Monero, or any other cryptocurrency; (b) Browser-based mining or \"cryptojacking\" deployed against third parties; (c) Operating Filecoin, Storj, or similar storage-mining nodes that consume meaningful Container or network resources; (d) Running computationally intensive validation workloads where the primary purpose is earning cryptocurrency or storage tokens; (e) Operating mining-pool infrastructure; (f) Plotting, farming, or other resource-intensive token-earning activities. This prohibition does not include: (a) Running a single lightweight wallet, full node, or RPC client for legitimate development or personal use; (b) Use of cryptocurrency for payment to or from Customer's own services that does not impose disproportionate compute load; (c) AI workloads, blockchain analytics, smart-contract development, or testnet validators that incidentally interact with blockchains. 1.6 Network and System Abuse You must not use the Services to: (a) Bypass, disable, or circumvent any technical or contractual limitation, including rate limits, free-tier allowances, quotas, or content filters; (b) Operate the Services in a way that imposes an unreasonable or disproportionately large load on Hoody's infrastructure or upstream networks; (c) Multiply accounts to evade per-account limits, to obtain free-tier benefits not intended for Customer's actual use case, or to circumvent a prior suspension or termination; (d) Resell, sublicense, or rent the Services to third parties, or operate an aggregator on top of Hoody. Customer may build products and services that wrap Hoody as infrastructure for the customer's own end users (in which case Customer remains responsible for End User compliance with this AUP), but Customer may not operate Hoody's gateway capacity, container infrastructure, or Bare Metal Server managed compute offering as a wholesale offering to third parties unrelated to Customer's product. (e) Operate VPN-as-a-service, Tor relays acting as e…"},"docsContextSent":[{"id":"85902aacd6fa2f42","title":"Billing & Payments","score":"11.183","fallback":false,"text":"Invoice generated automatically. --- ## Cryptocurrency Payments **Private. Borderless. No account required.** ### How It Works 1. **Initiate Payment** Select cryptocurrency in the dashboard or API. The amount is converted to crypto at the current exchange rate. 2. **Send to Address** You receive a unique payment address. Send the exact amount shown (including the 5% fee). 3. **Wait for Confirmation** - **Bitcoin:** 15-60 minutes (1-6 confirmations) - **Ethereum:** 5-15 minutes (12 confirmations) - **Litecoin:** 10-30 minutes (6 confirmations) - **Stablecoins (USDT/USDC):** 5-15 minutes (varies by chain) 4. **Funds Added** Confirmation email sent. Invoice generated. Balance updated. **+5% processing fee** on all crypto payments. This covers volatility risk during blockchain confirmation, network fees, and exchange costs. Example: deposit $100 worth of crypto, you pay $105 equivalent, and your General Balance receives $100. ### Supported Currencies BTC, ETH, USDT, USDC, LTC — and 100+ more via NOWPayments. Check the payment interface for the complete list. --- ## Bank Transfer **For large deposits and enterprise accounts.** 1. **Contact Support** Email with your desired amount, account ID, and preferred currency (USD, EUR). 2. **Receive Bank Details** Account number, routing details, SWIFT/BIC code, and a **reference number** (required for crediting). 3. **Send Transfer** Include the reference number in the transfer notes. Without it, crediting may be delayed. 4. **Funds Arrive** (1-3 business days) Balance updated. Email confirmation. Invoice generated."},{"id":"ad37d72962306026","title":"Zero-Knowledge Workflows","score":"10.597","fallback":false,"text":"Here is how: | Layer | Traditional Cloud | Hoody | |-------|------------------|-------| | Hardware | Shared with other tenants | Dedicated bare metal you control | | Hypervisor | Provider-controlled | None -- containers run on your hardware | | Disk encryption | Provider holds the keys | You hold the keys | | Network | Provider can inspect traffic | Encrypted within your server | | Backups | Provider can read snapshots | Snapshots live on your disk | | AI training | Your data may be used | Your data never leaves your hardware | The fundamental difference: in traditional cloud, the provider is in the trust chain. In Hoody, the provider is not. Your server is a physical machine. Your containers are processes on that machine. Your data is bytes on that disk. Hoody manages the orchestration layer -- container creation, proxy routing, service coordination -- but your actual data stays on hardware you control. This is not marketing language. This is an architectural fact. Hoody's API manages container lifecycle and proxy routing. The container data -- files, databases, processes, memory -- exists on your bare metal server. Hoody's infrastructure does not have filesystem access to your containers. --- ## Encrypted Filesystems hoody-files supports encrypted storage through the crypt backend. Files are encrypted before they hit the disk and decrypted on read. The encryption key never leaves your container."},{"id":"44ea88f9b9a74d45","title":"Intercept & Control AI Requests (MITM)","score":"9.977","fallback":false,"text":"### Key Capabilities **Complete AI Observability:** - Log every prompt and response for debugging - Track token usage per project automatically - Analyze AI decision patterns - Monitor for prompt injection attempts - Build audit trails for compliance **Human-in-the-Loop at Scale:** - Intercept high-stakes decisions for human approval - Pause AI execution for review before deployment - Add confirmation steps for sensitive operations - Let AI draft, humans decide **Cost Optimization:** - Compress prompts to reduce token usage (20-40% savings) - Cache responses to eliminate duplicate calls (100% on cache hits) - Route to cheaper models for simple tasks (40-70% savings) - Auto-optimize based on complexity analysis **AI Enhancement:** - Add context from your knowledge base automatically - Inject custom instructions per use case - Transform responses to match your style - Chain multiple AI calls intelligently **Tool Call Manipulation:** - Intercept and modify AI tool calls before execution - Add safety checks to file operations - Reroute dangerous commands to sandbox - Replace file paths, command arguments, or entire operations - Log all tool usage for audit trails **Agent Orchestration:** - Cascade AI requests across multiple agent instances - Coordinate multi-agent workflows via HTTP - Distribute tasks across agent swarms - Build self-improving agent networks --- ## The MITM Script Template Here's the basic pattern for creating an AI MITM proxy with [`hoody-exec`](/kit/exec/): ```javascript // File: scripts/default/1/api/v1/[...path].js // This catch-all route handles /api/v1/* (matching OpenAI API structure) // @mode worker // @log-level standard // Handle all /api/v1/* endpoints (chat/completions, embeddings, images, etc.) const apiPath = metadata.parameters.path.join('/'); // e.g., \"chat/completions\" const response = await fetch(`https://ai.hoody.run/api/v1/${apiPath}`, { method: req.method, headers: { 'Authorization': 'Bearer container-1', 'Content-Type': 'application/json' }, body: req.method === 'POST' ?"},{"id":"896fac6fe1a561c7","title":"Security Principles","score":"9.775","fallback":false,"text":"--- ## What Hoody Knows (And Doesn't Know) **Technical transparency about data visibility:** **What Hoody IS Aware Of:** Through the **Hoody API** (`api.hoody.run` or `{realmId}.api.hoody.run`), we can see: - Container lifecycle events (creation, deletion, snapshots) - Project and realm configurations - Storage share mounts and network setup - Billing and authentication activity - API request metadata (timestamps, IP addresses, endpoints called) See our Privacy Policy for complete details on data handling. **What Hoody is NOT Aware Of:** Because the **Hoody Proxy runs on YOUR server** (in a container on your bare metal): - ❌ What you host on containers (websites, tools, applications) - ❌ Container traffic content - ❌ Container activity and operations - ❌ Terminal commands executed - ❌ Files accessed or modified - ❌ Database queries and data - ❌ AI agent prompts or responses - ❌ HTTP logs from your services - ❌ Internal container communications While we cannot see your container activity, you remain responsible for complying with our Acceptable Use Policy."},{"id":"e2e7090be87bb1cc","title":"Security & Permissions","score":"9.683","fallback":false,"text":"Encrypted temporary files. The physical disk is unreadable without the encryption key, even if the hardware is physically stolen. --- ## Layer 8: Realms [Realms](/foundation/hoody-api/realms/) provide API-level isolation. Different realms are different universes: ``` https://realm-a.api.hoody.run → sees only Realm A's containers https://realm-b.api.hoody.run → sees only Realm B's containers ``` Auth tokens scope to specific realms. AI agents in one realm cannot discover, enumerate, or access containers in another realm. This is multi-tenant isolation at the API level -- not just network segmentation. --- ## Security in the AI Era Here is why this matters more than ever: **AI generates code you cannot fully review.** When a human writes code, you can read it. When an LLM generates 10,000 lines in response to a prompt, you cannot. Not meaningfully. Not every line. Not every import. Not every network call. This is not a failure of discipline. It is a consequence of scale. AI-generated code will have bugs, will have vulnerabilities, will make network calls you did not anticipate. This is not speculation -- it is the current reality. Hoody's security model is designed for this reality: - **Container isolation means a rogue AI-generated process cannot escape.** It runs in a container. It cannot read other containers' filesystems. It cannot signal other containers' processes. It cannot access the host. - **Snapshot before AI makes changes.** If the AI breaks something, restore in seconds. Not hours of debugging. Not `git bisect`. Instant time travel."},{"id":"e955e474933eb130","title":"Zero-Knowledge Workflows","score":"9.670","fallback":false,"text":"│ │ Audit trail: Every HTTP request logged. │ └────────────────────────────────────────────────┘ ``` Try expressing that compliance posture with a shared cloud VM. You cannot. The architecture prevents it. --- ## The AI Safety Angle Here is the argument that makes zero-knowledge workflows urgent rather than merely prudent: **AI agents running in your infrastructure can see everything.** When you give an AI agent access to a container -- terminal, files, database, browser -- it has the same access as a developer. It can read credentials, query databases, browse the filesystem. On shared infrastructure, a compromised or misbehaving AI agent could: - Exfiltrate data through network requests - Access other tenants' resources through hypervisor vulnerabilities - Persist malicious code that survives container restarts - Send your data to the AI provider's training pipeline On Hoody's bare metal + container architecture: - **Container isolation** prevents the agent from escaping its sandbox - **Firewall rules** prevent unauthorized network communication - **Snapshots** let you roll back any changes the agent made - **Bare metal** means no hypervisor attack surface - **Encrypted filesystems** mean even disk-level access yields ciphertext ```bash # The AI safety workflow: # 1. Create an isolated container for the experiment hoody containers create-container $PROJECT_ID \\ --server-id $SERVER_ID \\ --name \"ai-experiment\" \\ --hoody-kit # 2. Lock down network hoody firewall reset $EXPERIMENT_ID # 3."},{"id":"275adec9964a3f2a","title":"Security & Permissions","score":"9.562","fallback":false,"text":"Containers do not share a network bridge. They communicate through the proxy via HTTP, the same way any two machines on the internet communicate. No internal network to eavesdrop on. ### Process Isolation PID namespaces ensure that each container sees only its own processes. A compromised container cannot enumerate, signal, or attach to processes in any other container. ### What Enforces This This is not application-level sandboxing. This is kernel-level enforcement: | Technology | What It Does | | :--- | :--- | | **Linux namespaces** | Isolate PIDs, network, mounts, users, IPC | | **seccomp filters** | Restrict available syscalls -- containers cannot call dangerous kernel functions | | **Hardened kernel (6.17.7)** | Patched and locked-down kernel with reduced attack surface | | **LXC + Firecracker** | Container runtime with optional micro-VM isolation | | **No shared kernel memory** | Containers cannot read each other's RAM | A compromised container stays compromised. It does not spread. It does not escalate. It does not escape. Delete it, snapshot a clean one, and move on. --- ## Layer 3: Bare Metal Ownership Most cloud platforms run your workloads on shared hardware. Your containers share a hypervisor with strangers' containers. Your memory shares physical DIMMs with unknown processes. This is not hypothetical risk. Spectre, Meltdown, and their variants demonstrated that CPU-level side-channel attacks can leak data across hypervisor boundaries. When you share hardware, you share risk."},{"id":"6a4e515d20d85fb7","title":"Security Principles","score":"9.539","fallback":false,"text":"### Realms: API-Level Isolation Realms segregate the Hoody API, not container networks: ``` https://{realmId}.api.hoody.run ``` **Purpose:** - AI agents in one realm can't discover containers in another - Auth tokens scope to specific realms - Production/staging/development completely separated at API level - Multi-tenant isolation for teams/clients ### Container Firewalls **Host-level network control (not tamperable by containers):** - Ingress/egress rules per container - Port-level granularity - Protocol filtering: TCP/UDP/ICMP controls - Default-deny stance **Additional layers:** Users can add iptables, nftables, or ufw inside containers for defense-in-depth. See [Container Firewalls](/api/container-firewall/) for complete configuration. ### Controlled IPv4 Routing **No direct IPv4 by default:** - Containers have no IPv4 address by default - All external traffic routes through Hoody Proxy - Forces observable, controllable network access **Host-Level Exit Options (not tamperable by containers):** - **SOCKS5/HTTP/HTTPS proxies** as exit nodes - **WireGuard VPN** integration - **Commercial VPN providers** (Mullvad, iVPN, AirVPN, etc.) - zero in-container configuration - **Block mode** to prevent all outgoing traffic - **Custom DNS servers** (up to 4) Ideal for location rerouting with zero container management overhead. See [Container Network Configuration](/api/container-network/) for setup."},{"id":"0e596d7e2c127aa6","title":"Security & Permissions","score":"9.497","fallback":false,"text":"--- ## The Security Pyramid From bottom to top, each layer narrows the attack surface: ``` ┌─────────────────────────┐ │ Application Security │ Your responsibility (input validation, auth logic) ├─────────────────────────┤ │ Proxy Permissions │ JWT, password, IP, token per service ├─────────────────────────┤ │ Container Firewall │ Host-level ingress/egress rules ├─────────────────────────┤ │ Network Control │ No IPv4 default, controlled exit paths ├─────────────────────────┤ │ Container Isolation │ Namespaces, seccomp, hardened kernel ├─────────────────────────┤ │ Bare Metal Ownership │ Your hardware, no shared hypervisor ├─────────────────────────┤ │ Disk Encryption │ LUKS AES-256 at rest ├─────────────────────────┤ │ Realm Isolation │ API-level multi-tenancy ├─────────────────────────┤ │ URL Unguessability │ 2^96 keyspace, no enumeration └─────────────────────────┘ ``` Each layer is independent. A failure in one layer does not compromise the others. URL unguessability provides passive security even with no permissions configured. Container isolation contains breaches even if the application is compromised. Bare metal ownership eliminates entire classes of attacks even if a container is fully taken over. --- ## Practical Security Postures ### Development: Open by Default ``` Permissions: None configured URL security: Cryptographic (2^96) Firewall: Default allow Network: Proxied exit Who can access: Only people who have the URL ``` Perfect for development, experimentation, and internal tools. The URL is the password."},{"id":"972e43ae54b1f792","title":"Community & Support","score":"9.363","fallback":false,"text":"--- ## Support Channels Summary | Channel | Best For | Response Time | |---|---|---| | Discord `#help` | Quick questions, debugging help | Hours (community) | | Discord `#bugs` | Reporting issues with context | Same day (team) | | GitHub Issues | Bug reports, feature tracking | 1-3 days | | GitHub PRs | Documentation improvements | 1-5 days | | [hoody.run/support](https://hoody.run/support) | Account issues, billing, custom requests | 1-2 business days | During pre-production, the team is small and highly responsive. As the platform grows, these response times may change, but the commitment to helping users will not. --- ## Code of Conduct Hoody's community spaces operate under a straightforward code of conduct: - **Be respectful.** Disagree with ideas, not people. - **Be helpful.** If you know the answer, share it. If you do not, say so. - **Be constructive.** Criticism is welcome when it comes with suggestions. - **No spam, no self-promotion** unrelated to Hoody or the community. The full code of conduct is available in the Discord server and GitHub repositories. --- > Every bug report makes the platform more stable. Every feature request shapes the roadmap. Every documentation fix helps the next person. We are building the HTTP-native cloud together. ## What's Next - [Troubleshooting Guide](/ecosystem/troubleshooting/) -- Solve common issues before asking for help - [Changelog](/ecosystem/changelog/) -- See what shipped recently - [Discord](https://discord.social.hoody.com) -- Jump in and say hello ---"},{"id":"90329228e4ce04ca","title":"Security Principles","score":"9.284","fallback":false,"text":"### Observability **When everything is HTTP, everything becomes observable.** Using hoody-exec, you can intercept and analyze all traffic: - Scan inputs for malicious payloads - Create complete audit trails - Rate limit to prevent abuse - Validate against policies - Real-time threat detection Use [hoody-exec](/kit/exec/) to build observability pipelines that intercept and analyze traffic across services. ### Gateway Containers (Jumphost) **Think of it as a poor man's VPN—but more appropriate for HTTP-native infrastructure.** Traditional VPN solutions are complex to configure, require specific clients on every device, and create a single point of failure. Gateway containers give you the same network access model but through pure HTTP—no special software, no configuration files, just a URL. ``` Your Device (Browser Only) → Gateway Container → Working Containers ``` **How it works:** A gateway container is just another Hoody container, but you use it exclusively as your entry point. It runs with elevated permissions and MITM capabilities, acting as your secure proxy into the rest of your infrastructure."},{"id":"c8e109760a8d6ef8","title":"Rent Servers","score":"9.144","fallback":false,"text":"Available durations vary by server offering. Common options include daily, weekly, and monthly rentals, with best rates for longer commitments. **How Billing Works:** - **Upfront Payment:** Full rental period charged when you click \"Rent\" - **Auto-Deduction:** Amount taken from your general balance via [Wallet API](/api/wallet/) - **Invoice Generated:** Automatic invoice for your records - **No Hidden Fees:** Price includes bandwidth, storage, everything ### Rental Lifecycle **Active Rental:** - Server fully operational - Deploy unlimited containers - Full resource access - Monitor usage in dashboard **Approaching Expiration:** - Email reminders sent - Option to renew before expiration - Manual renewal required **Grace Period (Hold Period):** - Server remains active briefly after expiration - Renew during this time to keep data - No additional charges during grace period - Typically 24-72 hours **After Grace Period:** - Server deprovisioned - All data deleted - Cannot be recovered **Important:** Always renew critical servers before expiration. Set calendar reminders and monitor expiration dates. Data loss after grace period is permanent. ## Server Provisioning Process **What happens after you click \"Rent\":** ### 1. Hardware Allocation (15-30 seconds) Physical server selected from available pool in chosen datacenter. Resources reserved exclusively for you. ### 2. OS Installation (1-3 minutes) Custom Hoody OS deployed to bare metal: - Optimized container runtime - Security hardening - Network configuration - Storage setup ### 3."},{"id":"9adca8aec0811c69","title":"Quick Start (Files)","score":"0.000","fallback":true,"text":"# Quick Start **Page:** api/files/quick-start [Download Raw Markdown](./api/files/quick-start.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Quick Start Hoody Files provides a comprehensive API for managing files and directories in your Hoody workspace. This quick start guide covers the essential operations you'll need for everyday file management tasks. ## Core Concepts **Files and Directories** — Hoody organizes content into files and directories. Files contain your content (code, documents, assets), while directories help organize related files into logical groupings. **Unique Identifiers** — Every file and directory receives a unique `id` upon creation. Use this ID for subsequent operations like retrieving, updating, or deleting specific resources. **Hierarchical Paths** — Directories can contain subdirectories, creating a tree structure. Paths are represented as slash-separated strings (e.g., `projects/api/docs`)."},{"id":"fc8e36cfa82e94de","title":"Hoody App (Overview)","score":"0.000","fallback":true,"text":"# Hoody App **Page:** api/app/index [Download Raw Markdown](./api/app/index.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Hoody App The App service provides core functionality for managing application runtime, execution contexts, source code management, and automation recipes within the Hoody platform. This service enables you to: - **Runtime Management** — Configure and control application runtime environments, including containerized execution contexts and resource allocation - **Execution Control** — Trigger, monitor, and manage application executions with fine-grained control over parameters and behavior - **Source Management** — Manage application source code repositories, sync sources, and handle deployment artifacts - **Recipe Automation** — Create, modify, and execute automation recipes that chain multiple operations into repeatable workflows Use the pages below to explore the App service APIs in detail. Manage application runtime environments and execution contexts. Configure container settings, resource limits, and runtime parameters. Trigger and control application executions. Monitor running processes, retrieve execution history, and manage execution lifecycles. Manage application source code repositories and deployment sources. Sync, update, and configure source connections. Create and execute automation recipes. Chain multiple operations into repeatable workflows with configurable triggers and conditions. ---"},{"id":"207f9e3226b8b7b4","title":"Containers API","score":"0.000","fallback":true,"text":"# Containers **Page:** api/containers [Download Raw Markdown](./api/containers.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Containers API The Containers API provides endpoints to list, create, retrieve, update, and delete containers across your Hoody projects. Containers are isolated runtime environments that can run applications with configurable features like AI capabilities, hoody_kit tooling, and ramdisk storage. ## Endpoints Overview | Method | Path | Description | |--------|------|-------------| | `GET` | `/api/v1/containers/` | List all containers across all projects | | `GET` | `/api/v1/containers/{id}` | Get a container by ID | | `GET` | `/api/v1/containers/{id}/stats` | Get real-time resource statistics | | `GET` | `/api/v1/projects/{id}/containers` | List containers for a specific project | | `POST` | `/api/v1/containers/{id}/authorize` | Issue a signed authorization claim | | `POST` | `/api/v1/projects/{id}/containers` | Create a new container | | `PATCH` | `/api/v1/containers/{id}` | Update container settings | | `DELETE` | `/api/v1/containers/{id}` | Delete a container | --- ## `GET /api/v1/containers/` Get all containers across all projects for the current user with pagination, filtering, and sorting. This endpoint provides a global view of all containers without being scoped to a specific project."}],"finalPromptSent":"OUTPUT PROTOCOL (read first, obey exactly)\n- Respond with a SINGLE valid JSON object and NOTHING else.\n- No prose, no markdown, no code fences, no preamble, no explanation outside the JSON.\n- Do NOT include any <think> blocks or chain-of-thought in the output. Think silently;\n  emit only the final JSON. (Any reasoning you expose will be discarded.)\n- The JSON must match OUTPUT JSON SHAPE below exactly. No extra top-level keys.\n\nROLE\nYou are a meticulous launch-readiness auditor for Hoody's English marketing website.\nHoody is HTTP-native infrastructure (\"Computers as URLs\" / \"Linux as HTTP\") that exposes\nLinux primitives as HTTPS endpoints so AI agents can operate full machines over URLs.\n\nTASK\nAudit ONE website page (WEBSITE_PAGE) against the official documentation excerpts\n(HOODY_DOCS_CONTEXT). Treat the docs as the source of truth and the website as the\nartifact under review. Report only defensible, specific problems a careful reviewer\nwould stand behind.\n\nWHAT TO LOOK FOR\n1. claim-mismatch — the page states something that contradicts the docs (numbers,\n   capabilities, limits, pricing, availability, behavior).\n2. missing-docs-support — a concrete, checkable claim that the supplied docs neither\n   confirm nor plausibly cover. Do NOT flag normal marketing tone as unsupported.\n3. terminology — product/feature names, casing, or concepts used inconsistently with\n   the docs (e.g. \"Agent mode\" vs \"Hoody Agent\") in a way that could mislead.\n4. launch-content — placeholder text, \"lorem\", TODO, dead/\"coming soon\" CTAs presented\n   as live, broken links, empty sections, obvious copy errors.\n5. legal-policy — issues on Terms/Privacy/AUP/Sub-processors pages (contradictions,\n   missing required disclosures, stale entities/dates). Tag clearly.\n6. broken-or-incomplete — page renders empty, truncated, or structurally broken.\n\nRULES\n- Return ONLY valid JSON. No prose, no markdown, no code fences.\n- Quote real evidence: copy the exact (or near-exact) phrase from WEBSITE_PAGE. Never invent text.\n- Anchor every docs claim to the supplied HOODY_DOCS_CONTEXT. If the docs context is\n  insufficient to judge a real claim, emit a finding with type \"needs-docs-context-check\"\n  rather than guessing or assuming a contradiction.\n- Precision over volume. A clean page should return an empty findings array. Do not\n  manufacture findings to look thorough. Do not flag subjective style preferences.\n- Be specific in recommendation: state the exact change to make.\n- No chain-of-thought. The \"discrepancy\" field is a concise audit rationale, not reasoning.\n\nSEVERITY RUBRIC\n- high   = factually wrong, contradicts docs, broken, or legally risky. Ship-blocker.\n- medium = misleading, ambiguous, or likely to confuse; should fix before launch.\n- low    = minor polish, wording, or low-impact inconsistency.\n\nCONFIDENCE\n- high   = directly supported by the supplied evidence + docs.\n- medium = strong inference.\n- low    = plausible but the supplied context is thin (prefer needs-docs-context-check).\n\nOUTPUT JSON SHAPE (return exactly this structure)\n{\n  \"pageSummary\": \"1-2 sentence neutral description of what this page is\",\n  \"findings\": [\n    {\n      \"severity\": \"high|medium|low\",\n      \"type\": \"claim-mismatch|missing-docs-support|terminology|launch-content|legal-policy|broken-or-incomplete|needs-docs-context-check|other\",\n      \"tag\": \"short-kebab-tag\",\n      \"message\": \"one-line title of the issue\",\n      \"evidence\": \"exact quote from the website page\",\n      \"docsReference\": \"the docs section/excerpt used, or why docs context is missing\",\n      \"discrepancy\": \"why this is a problem, concisely\",\n      \"confidence\": \"high|medium|low\",\n      \"recommendation\": \"the specific fix to apply\"\n    }\n  ],\n  \"notes\": [\"optional neutral observations that are not findings\"]\n}\n\nREMINDER\nOutput the JSON object only. Begin your response with \"{\" and end it with \"}\".\nIf the page is clean, return {\"pageSummary\":\"...\",\"findings\":[],\"notes\":[]}.\n\nCUSTOM_NOTE:\n(none)\n\nWEBSITE_PAGE:\n{\n  \"url\": \"https://hoody.com/aup\",\n  \"title\": \"Hoody — Computers That Are URLs\",\n  \"description\": \"The first infrastructure where containers, terminals, displays, and AI agents share the same HTTP protocol.\",\n  \"headings\": [\n    \"Hoody Acceptable Use Policy\",\n    \"0. What This Policy Does\",\n    \"0.1 Hierarchy of Restrictions\",\n    \"1. Things You Must Not Do With the Services\",\n    \"1.1 Illegal or Harmful Content\",\n    \"1.2 Fraud and Deception\",\n    \"1.3 Malicious Software and Network Attacks\",\n    \"1.4 Spam and Unsolicited Communications\",\n    \"1.5 Cryptocurrency Mining\",\n    \"1.6 Network and System Abuse\",\n    \"1.7 AI-Specific Prohibitions (Universal Usage Standards)\",\n    \"1.8 High-Risk Use Case Overlay\",\n    \"1.9 Per-Context Obligations\",\n    \"1.10 Conduct Toward Other Hoody Customers\",\n    \"2. Sensitive Data Restrictions\",\n    \"2.1 Healthcare Data (PHI under HIPAA)\",\n    \"2.2 GDPR Article 9 Special Category Data\",\n    \"2.3 Biometric Categorization\",\n    \"2.4 Surveillance Use Cases\",\n    \"3. Output Handling\",\n    \"3.1 Customer Responsibility for Outputs\",\n    \"3.2 No Training Competing Models\",\n    \"3.3 No Misrepresentation of AI Output as Human-Generated\",\n    \"3.4 Brand and Attribution Restrictions\",\n    \"4. Carve-Outs and Permitted Activities\",\n    \"4.1 Security Research\",\n    \"4.2 Penetration Testing\",\n    \"4.3 AI Red-Teaming and Safety Research\",\n    \"4.4 Educational and Demonstrative Content\",\n    \"5. Reporting Violations\",\n    \"6. Copyright and IP Infringement\",\n    \"7. Hoody's Response to Violations\",\n    \"7.1 What Triggers Investigation\",\n    \"7.2 Response Pipeline\",\n    \"7.3 Granularity of Action\",\n    \"7.4 Upstream-Initiated Suspension\",\n    \"7.5 No Obligation to Investigate\",\n    \"7.6 No Liability for Action Taken in Good Faith\",\n    \"8. Cooperation with Law Enforcement\",\n    \"9. Modifications\"\n  ],\n  \"wordCount\": 3753,\n  \"text\": \"legal / aupACCEPTABLE USEHoody Acceptable Use PolicyWhat you must not do with Hoody Services.Last updated: 30 April 20260. What This Policy Does This Acceptable Use Policy (\\\"AUP\\\") sets out the things you must not do with the Hoody Services. It is part of your agreement with Hoody under the Hoody Terms of Service (\\\"Terms\\\"). Violating the AUP is a material breach of the Terms. We've written this in plain English so you can actually read it. It is not exhaustive — people are creative and we cannot anticipate every situation. When the AUP doesn't explicitly cover something, the spirit of the AUP applies. If you're not sure whether something is allowed, ask us at legal@hoody.com before you do it. We respond. 0.1 Hierarchy of Restrictions Your use of the Services is subject to three layers of restrictions, applied cumulatively: (a) Applicable law. Nothing in this AUP authorizes use that is illegal in any jurisdiction relevant to you. (b) This AUP. The restrictions in this AUP apply to all Customer use of the Services. (c) Upstream provider behavioral terms. Where your use of the Services routes through a third-party upstream provider (such as Bare Metal Server hosting providers or AI gateway upstream providers, whether reached directly or through aggregators), the upstream provider's acceptable use policy and usage policy also apply to your traffic on that route — i.e., what your traffic may contain and how you may use the upstream capability. Where the upstream provider's behavioral terms are more restrictive than this AUP for that route, the upstream provider's behavioral terms govern that route. This clause flows down content and use restrictions, not commercial terms (resale, capacity, pricing) between Hoody and the upstream — those are between Hoody and the upstream provider, not your concern. You are responsible for understanding and complying with all three layers. Hoody flows down upstream provider restrictions in this AUP where reasonably possible, but cannot enumerate every upstream provider's complete terms here. 1. Things You Must Not Do With the Services 1.1 Illegal or Harmful Content You must not use the Services to host, store, generate, transmit, or facilitate the distribution of: (a) Child sexual abuse material (CSAM), including computer-generated, AI-generated, deepfake, or animated content depicting minors in a sexual context. For purposes of this AUP, a minor is anyone under 18 regardless of jurisdiction. Zero tolerance. Hoody reports to law enforcement and cooperates with the National Center for Missing & Exploited Children (NCMEC) and equivalent authorities. (b) Non-consensual intimate imagery (so-called \\\"revenge porn\\\") or content sexualizing identifiable individuals without their consent. (c) Content that incites, threatens, organizes, glorifies, or facilitates violence, terrorism, mass-casualty events, or violent extremism, including material support for designated extremist organizations or individuals. (d) Material that infringes copyright, trademark, trade secret, patent, or other intellectual property rights of any third party. (e) Material that violates privacy or publicity rights of identifiable individuals, including doxxing, unauthorized publication of personal information, or non-consensual collection or disclosure of biometric or neural data. (f) Defamatory, libelous, or knowingly false content that exposes Hoody or third parties to liability. (g) Material whose hosting or distribution is illegal under the laws of Hoody's jurisdiction or the jurisdiction in which the material is accessible. 1.2 Fraud and Deception You must not use the Services to: (a) Engage in fraud, including phishing, pharming, identity theft, or financial scams (Ponzi schemes, pyramid schemes, \\\"make-money-fast\\\" schemes, payday/title-loan exploitation, abusive debt collection); (b) Impersonate any person, organization, or entity, including Hoody itself; (c) Distribute deceptive content where the deception is the harm (this includes content stripped of provenance metadata or watermarks designed to indicate it is AI-generated); (d) Operate fake review schemes, click farms, fake comments/media, or engagement-manipulation services; (e) Spoof source IP addresses, sender identifiers, or other origin metadata; (f) Produce or distribute counterfeit goods, falsified identification documents, falsified currency, or falsified government documents; (g) Use subliminal, manipulative, or deceptive techniques designed to materially distort the behavior of any person by impairing the person's ability to make informed decisions. 1.3 Malicious Software and Network Attacks You must not use the Services to: (a) Develop, store, or distribute malware, viruses, worms, trojans, ransomware, or rootkits where the intent is to harm third parties. Carve-out for security research: Storage of malware samples, reverse-engineering work, sandbox detonation analysis, and similar legitimate security research is permitted under the conditions in §4.1. (b) Operate command-and-control infrastructure for botnets, RATs, or other unauthorized-access frameworks. (c) Develop or operate persistent-access tools (firmware/hardware implants), automated multi-system compromise tools, or tools designed to bypass security controls without authorization. (d) Launch denial-of-service or distributed denial-of-service attacks against any third party, including amplification or reflection attacks (DNS, NTP, memcached, or other reflection vectors). (e) Run, host, or facilitate open mail relays or open proxies, except where the open relay or proxy is the intended product Customer is operating and Customer has obtained any necessary third-party consents. (f) Conduct unauthorized port scanning, vulnerability scanning, or reconnaissance of systems Customer does not own or have written authorization to test. Carve-out for authorized testing: see §4.2. (g) Compromise critical infrastructure: power grids, water treatment, medical devices, telecommunications systems, air traffic control, voting machines, healthcare databases, financial markets, or military systems. (h) Exploit vulnerabilities in computer or network systems without authorization, including via technical or social means. (i) Intercept communications without authorization. 1.4 Spam and Unsolicited Communications You must not use the Services to send: (a) Unsolicited bulk email (UBE), unsolicited commercial email (UCE), or messages in violation of CAN-SPAM, GDPR consent requirements, or equivalent laws; (b) Bulk SMS, voice messages, or facsimiles in violation of TCPA or equivalent laws; (c) Mass unsolicited messages on any platform, social network, or messaging service; (d) Messages with falsified sender data, deceptive subject lines, or hidden originator information. The use of double-opt-in lists where each recipient has explicitly consented is permitted. 1.5 Cryptocurrency Mining You must not use the Services to mine cryptocurrency. This prohibition includes: (a) Direct mining of Bitcoin, Ethereum, Monero, or any other cryptocurrency; (b) Browser-based mining or \\\"cryptojacking\\\" deployed against third parties; (c) Operating Filecoin, Storj, or similar storage-mining nodes that consume meaningful Container or network resources; (d) Running computationally intensive validation workloads where the primary purpose is earning cryptocurrency or storage tokens; (e) Operating mining-pool infrastructure; (f) Plotting, farming, or other resource-intensive token-earning activities. This prohibition does not include: (a) Running a single lightweight wallet, full node, or RPC client for legitimate development or personal use; (b) Use of cryptocurrency for payment to or from Customer's own services that does not impose disproportionate compute load; (c) AI workloads, blockchain analytics, smart-contract development, or testnet validators that incidentally interact with blockchains. 1.6 Network and System Abuse You must not use the Services to: (a) Bypass, disable, or circumvent any technical or contractual limitation, including rate limits, free-tier allowances, quotas, or content filters; (b) Operate the Services in a way that imposes an unreasonable or disproportionately large load on Hoody's infrastructure or upstream networks; (c) Multiply accounts to evade per-account limits, to obtain free-tier benefits not intended for Customer's actual use case, or to circumvent a prior suspension or termination; (d) Resell, sublicense, or rent the Services to third parties, or operate an aggregator on top of Hoody. Customer may build products and services that wrap Hoody as infrastructure for the customer's own end users (in which case Customer remains responsible for End User compliance with this AUP), but Customer may not operate Hoody's gateway capacity, container infrastructure, or Bare Metal Server managed compute offering as a wholesale offering to third parties unrelated to Customer's product. (e) Operate VPN-as-a-service, Tor relays acting as e…\"\n}\n\nHOODY_DOCS_CONTEXT:\n[\n  {\n    \"title\": \"Billing & Payments\",\n    \"text\": \"Invoice generated automatically. --- ## Cryptocurrency Payments **Private. Borderless. No account required.** ### How It Works 1. **Initiate Payment** Select cryptocurrency in the dashboard or API. The amount is converted to crypto at the current exchange rate. 2. **Send to Address** You receive a unique payment address. Send the exact amount shown (including the 5% fee). 3. **Wait for Confirmation** - **Bitcoin:** 15-60 minutes (1-6 confirmations) - **Ethereum:** 5-15 minutes (12 confirmations) - **Litecoin:** 10-30 minutes (6 confirmations) - **Stablecoins (USDT/USDC):** 5-15 minutes (varies by chain) 4. **Funds Added** Confirmation email sent. Invoice generated. Balance updated. **+5% processing fee** on all crypto payments. This covers volatility risk during blockchain confirmation, network fees, and exchange costs. Example: deposit $100 worth of crypto, you pay $105 equivalent, and your General Balance receives $100. ### Supported Currencies BTC, ETH, USDT, USDC, LTC — and 100+ more via NOWPayments. Check the payment interface for the complete list. --- ## Bank Transfer **For large deposits and enterprise accounts.** 1. **Contact Support** Email with your desired amount, account ID, and preferred currency (USD, EUR). 2. **Receive Bank Details** Account number, routing details, SWIFT/BIC code, and a **reference number** (required for crediting). 3. **Send Transfer** Include the reference number in the transfer notes. Without it, crediting may be delayed. 4. **Funds Arrive** (1-3 business days) Balance updated. Email confirmation. Invoice generated.\"\n  },\n  {\n    \"title\": \"Zero-Knowledge Workflows\",\n    \"text\": \"Here is how: | Layer | Traditional Cloud | Hoody | |-------|------------------|-------| | Hardware | Shared with other tenants | Dedicated bare metal you control | | Hypervisor | Provider-controlled | None -- containers run on your hardware | | Disk encryption | Provider holds the keys | You hold the keys | | Network | Provider can inspect traffic | Encrypted within your server | | Backups | Provider can read snapshots | Snapshots live on your disk | | AI training | Your data may be used | Your data never leaves your hardware | The fundamental difference: in traditional cloud, the provider is in the trust chain. In Hoody, the provider is not. Your server is a physical machine. Your containers are processes on that machine. Your data is bytes on that disk. Hoody manages the orchestration layer -- container creation, proxy routing, service coordination -- but your actual data stays on hardware you control. This is not marketing language. This is an architectural fact. Hoody's API manages container lifecycle and proxy routing. The container data -- files, databases, processes, memory -- exists on your bare metal server. Hoody's infrastructure does not have filesystem access to your containers. --- ## Encrypted Filesystems hoody-files supports encrypted storage through the crypt backend. Files are encrypted before they hit the disk and decrypted on read. The encryption key never leaves your container.\"\n  },\n  {\n    \"title\": \"Intercept & Control AI Requests (MITM)\",\n    \"text\": \"### Key Capabilities **Complete AI Observability:** - Log every prompt and response for debugging - Track token usage per project automatically - Analyze AI decision patterns - Monitor for prompt injection attempts - Build audit trails for compliance **Human-in-the-Loop at Scale:** - Intercept high-stakes decisions for human approval - Pause AI execution for review before deployment - Add confirmation steps for sensitive operations - Let AI draft, humans decide **Cost Optimization:** - Compress prompts to reduce token usage (20-40% savings) - Cache responses to eliminate duplicate calls (100% on cache hits) - Route to cheaper models for simple tasks (40-70% savings) - Auto-optimize based on complexity analysis **AI Enhancement:** - Add context from your knowledge base automatically - Inject custom instructions per use case - Transform responses to match your style - Chain multiple AI calls intelligently **Tool Call Manipulation:** - Intercept and modify AI tool calls before execution - Add safety checks to file operations - Reroute dangerous commands to sandbox - Replace file paths, command arguments, or entire operations - Log all tool usage for audit trails **Agent Orchestration:** - Cascade AI requests across multiple agent instances - Coordinate multi-agent workflows via HTTP - Distribute tasks across agent swarms - Build self-improving agent networks --- ## The MITM Script Template Here's the basic pattern for creating an AI MITM proxy with [`hoody-exec`](/kit/exec/): ```javascript // File: scripts/default/1/api/v1/[...path].js // This catch-all route handles /api/v1/* (matching OpenAI API structure) // @mode worker // @log-level standard // Handle all /api/v1/* endpoints (chat/completions, embeddings, images, etc.) const apiPath = metadata.parameters.path.join('/'); // e.g., \\\"chat/completions\\\" const response = await fetch(`https://ai.hoody.run/api/v1/${apiPath}`, { method: req.method, headers: { 'Authorization': 'Bearer container-1', 'Content-Type': 'application/json' }, body: req.method === 'POST' ?\"\n  },\n  {\n    \"title\": \"Security Principles\",\n    \"text\": \"--- ## What Hoody Knows (And Doesn't Know) **Technical transparency about data visibility:** **What Hoody IS Aware Of:** Through the **Hoody API** (`api.hoody.run` or `{realmId}.api.hoody.run`), we can see: - Container lifecycle events (creation, deletion, snapshots) - Project and realm configurations - Storage share mounts and network setup - Billing and authentication activity - API request metadata (timestamps, IP addresses, endpoints called) See our Privacy Policy for complete details on data handling. **What Hoody is NOT Aware Of:** Because the **Hoody Proxy runs on YOUR server** (in a container on your bare metal): - ❌ What you host on containers (websites, tools, applications) - ❌ Container traffic content - ❌ Container activity and operations - ❌ Terminal commands executed - ❌ Files accessed or modified - ❌ Database queries and data - ❌ AI agent prompts or responses - ❌ HTTP logs from your services - ❌ Internal container communications While we cannot see your container activity, you remain responsible for complying with our Acceptable Use Policy.\"\n  },\n  {\n    \"title\": \"Security & Permissions\",\n    \"text\": \"Encrypted temporary files. The physical disk is unreadable without the encryption key, even if the hardware is physically stolen. --- ## Layer 8: Realms [Realms](/foundation/hoody-api/realms/) provide API-level isolation. Different realms are different universes: ``` https://realm-a.api.hoody.run → sees only Realm A's containers https://realm-b.api.hoody.run → sees only Realm B's containers ``` Auth tokens scope to specific realms. AI agents in one realm cannot discover, enumerate, or access containers in another realm. This is multi-tenant isolation at the API level -- not just network segmentation. --- ## Security in the AI Era Here is why this matters more than ever: **AI generates code you cannot fully review.** When a human writes code, you can read it. When an LLM generates 10,000 lines in response to a prompt, you cannot. Not meaningfully. Not every line. Not every import. Not every network call. This is not a failure of discipline. It is a consequence of scale. AI-generated code will have bugs, will have vulnerabilities, will make network calls you did not anticipate. This is not speculation -- it is the current reality. Hoody's security model is designed for this reality: - **Container isolation means a rogue AI-generated process cannot escape.** It runs in a container. It cannot read other containers' filesystems. It cannot signal other containers' processes. It cannot access the host. - **Snapshot before AI makes changes.** If the AI breaks something, restore in seconds. Not hours of debugging. Not `git bisect`. Instant time travel.\"\n  },\n  {\n    \"title\": \"Zero-Knowledge Workflows\",\n    \"text\": \"│ │ Audit trail: Every HTTP request logged. │ └────────────────────────────────────────────────┘ ``` Try expressing that compliance posture with a shared cloud VM. You cannot. The architecture prevents it. --- ## The AI Safety Angle Here is the argument that makes zero-knowledge workflows urgent rather than merely prudent: **AI agents running in your infrastructure can see everything.** When you give an AI agent access to a container -- terminal, files, database, browser -- it has the same access as a developer. It can read credentials, query databases, browse the filesystem. On shared infrastructure, a compromised or misbehaving AI agent could: - Exfiltrate data through network requests - Access other tenants' resources through hypervisor vulnerabilities - Persist malicious code that survives container restarts - Send your data to the AI provider's training pipeline On Hoody's bare metal + container architecture: - **Container isolation** prevents the agent from escaping its sandbox - **Firewall rules** prevent unauthorized network communication - **Snapshots** let you roll back any changes the agent made - **Bare metal** means no hypervisor attack surface - **Encrypted filesystems** mean even disk-level access yields ciphertext ```bash # The AI safety workflow: # 1. Create an isolated container for the experiment hoody containers create-container $PROJECT_ID \\\\ --server-id $SERVER_ID \\\\ --name \\\"ai-experiment\\\" \\\\ --hoody-kit # 2. Lock down network hoody firewall reset $EXPERIMENT_ID # 3.\"\n  },\n  {\n    \"title\": \"Security & Permissions\",\n    \"text\": \"Containers do not share a network bridge. They communicate through the proxy via HTTP, the same way any two machines on the internet communicate. No internal network to eavesdrop on. ### Process Isolation PID namespaces ensure that each container sees only its own processes. A compromised container cannot enumerate, signal, or attach to processes in any other container. ### What Enforces This This is not application-level sandboxing. This is kernel-level enforcement: | Technology | What It Does | | :--- | :--- | | **Linux namespaces** | Isolate PIDs, network, mounts, users, IPC | | **seccomp filters** | Restrict available syscalls -- containers cannot call dangerous kernel functions | | **Hardened kernel (6.17.7)** | Patched and locked-down kernel with reduced attack surface | | **LXC + Firecracker** | Container runtime with optional micro-VM isolation | | **No shared kernel memory** | Containers cannot read each other's RAM | A compromised container stays compromised. It does not spread. It does not escalate. It does not escape. Delete it, snapshot a clean one, and move on. --- ## Layer 3: Bare Metal Ownership Most cloud platforms run your workloads on shared hardware. Your containers share a hypervisor with strangers' containers. Your memory shares physical DIMMs with unknown processes. This is not hypothetical risk. Spectre, Meltdown, and their variants demonstrated that CPU-level side-channel attacks can leak data across hypervisor boundaries. When you share hardware, you share risk.\"\n  },\n  {\n    \"title\": \"Security Principles\",\n    \"text\": \"### Realms: API-Level Isolation Realms segregate the Hoody API, not container networks: ``` https://{realmId}.api.hoody.run ``` **Purpose:** - AI agents in one realm can't discover containers in another - Auth tokens scope to specific realms - Production/staging/development completely separated at API level - Multi-tenant isolation for teams/clients ### Container Firewalls **Host-level network control (not tamperable by containers):** - Ingress/egress rules per container - Port-level granularity - Protocol filtering: TCP/UDP/ICMP controls - Default-deny stance **Additional layers:** Users can add iptables, nftables, or ufw inside containers for defense-in-depth. See [Container Firewalls](/api/container-firewall/) for complete configuration. ### Controlled IPv4 Routing **No direct IPv4 by default:** - Containers have no IPv4 address by default - All external traffic routes through Hoody Proxy - Forces observable, controllable network access **Host-Level Exit Options (not tamperable by containers):** - **SOCKS5/HTTP/HTTPS proxies** as exit nodes - **WireGuard VPN** integration - **Commercial VPN providers** (Mullvad, iVPN, AirVPN, etc.) - zero in-container configuration - **Block mode** to prevent all outgoing traffic - **Custom DNS servers** (up to 4) Ideal for location rerouting with zero container management overhead. See [Container Network Configuration](/api/container-network/) for setup.\"\n  },\n  {\n    \"title\": \"Security & Permissions\",\n    \"text\": \"--- ## The Security Pyramid From bottom to top, each layer narrows the attack surface: ``` ┌─────────────────────────┐ │ Application Security │ Your responsibility (input validation, auth logic) ├─────────────────────────┤ │ Proxy Permissions │ JWT, password, IP, token per service ├─────────────────────────┤ │ Container Firewall │ Host-level ingress/egress rules ├─────────────────────────┤ │ Network Control │ No IPv4 default, controlled exit paths ├─────────────────────────┤ │ Container Isolation │ Namespaces, seccomp, hardened kernel ├─────────────────────────┤ │ Bare Metal Ownership │ Your hardware, no shared hypervisor ├─────────────────────────┤ │ Disk Encryption │ LUKS AES-256 at rest ├─────────────────────────┤ │ Realm Isolation │ API-level multi-tenancy ├─────────────────────────┤ │ URL Unguessability │ 2^96 keyspace, no enumeration └─────────────────────────┘ ``` Each layer is independent. A failure in one layer does not compromise the others. URL unguessability provides passive security even with no permissions configured. Container isolation contains breaches even if the application is compromised. Bare metal ownership eliminates entire classes of attacks even if a container is fully taken over. --- ## Practical Security Postures ### Development: Open by Default ``` Permissions: None configured URL security: Cryptographic (2^96) Firewall: Default allow Network: Proxied exit Who can access: Only people who have the URL ``` Perfect for development, experimentation, and internal tools. The URL is the password.\"\n  },\n  {\n    \"title\": \"Community & Support\",\n    \"text\": \"--- ## Support Channels Summary | Channel | Best For | Response Time | |---|---|---| | Discord `#help` | Quick questions, debugging help | Hours (community) | | Discord `#bugs` | Reporting issues with context | Same day (team) | | GitHub Issues | Bug reports, feature tracking | 1-3 days | | GitHub PRs | Documentation improvements | 1-5 days | | [hoody.run/support](https://hoody.run/support) | Account issues, billing, custom requests | 1-2 business days | During pre-production, the team is small and highly responsive. As the platform grows, these response times may change, but the commitment to helping users will not. --- ## Code of Conduct Hoody's community spaces operate under a straightforward code of conduct: - **Be respectful.** Disagree with ideas, not people. - **Be helpful.** If you know the answer, share it. If you do not, say so. - **Be constructive.** Criticism is welcome when it comes with suggestions. - **No spam, no self-promotion** unrelated to Hoody or the community. The full code of conduct is available in the Discord server and GitHub repositories. --- > Every bug report makes the platform more stable. Every feature request shapes the roadmap. Every documentation fix helps the next person. We are building the HTTP-native cloud together. ## What's Next - [Troubleshooting Guide](/ecosystem/troubleshooting/) -- Solve common issues before asking for help - [Changelog](/ecosystem/changelog/) -- See what shipped recently - [Discord](https://discord.social.hoody.com) -- Jump in and say hello ---\"\n  },\n  {\n    \"title\": \"Security Principles\",\n    \"text\": \"### Observability **When everything is HTTP, everything becomes observable.** Using hoody-exec, you can intercept and analyze all traffic: - Scan inputs for malicious payloads - Create complete audit trails - Rate limit to prevent abuse - Validate against policies - Real-time threat detection Use [hoody-exec](/kit/exec/) to build observability pipelines that intercept and analyze traffic across services. ### Gateway Containers (Jumphost) **Think of it as a poor man's VPN—but more appropriate for HTTP-native infrastructure.** Traditional VPN solutions are complex to configure, require specific clients on every device, and create a single point of failure. Gateway containers give you the same network access model but through pure HTTP—no special software, no configuration files, just a URL. ``` Your Device (Browser Only) → Gateway Container → Working Containers ``` **How it works:** A gateway container is just another Hoody container, but you use it exclusively as your entry point. It runs with elevated permissions and MITM capabilities, acting as your secure proxy into the rest of your infrastructure.\"\n  },\n  {\n    \"title\": \"Rent Servers\",\n    \"text\": \"Available durations vary by server offering. Common options include daily, weekly, and monthly rentals, with best rates for longer commitments. **How Billing Works:** - **Upfront Payment:** Full rental period charged when you click \\\"Rent\\\" - **Auto-Deduction:** Amount taken from your general balance via [Wallet API](/api/wallet/) - **Invoice Generated:** Automatic invoice for your records - **No Hidden Fees:** Price includes bandwidth, storage, everything ### Rental Lifecycle **Active Rental:** - Server fully operational - Deploy unlimited containers - Full resource access - Monitor usage in dashboard **Approaching Expiration:** - Email reminders sent - Option to renew before expiration - Manual renewal required **Grace Period (Hold Period):** - Server remains active briefly after expiration - Renew during this time to keep data - No additional charges during grace period - Typically 24-72 hours **After Grace Period:** - Server deprovisioned - All data deleted - Cannot be recovered **Important:** Always renew critical servers before expiration. Set calendar reminders and monitor expiration dates. Data loss after grace period is permanent. ## Server Provisioning Process **What happens after you click \\\"Rent\\\":** ### 1. Hardware Allocation (15-30 seconds) Physical server selected from available pool in chosen datacenter. Resources reserved exclusively for you. ### 2. OS Installation (1-3 minutes) Custom Hoody OS deployed to bare metal: - Optimized container runtime - Security hardening - Network configuration - Storage setup ### 3.\"\n  },\n  {\n    \"title\": \"Quick Start (Files)\",\n    \"text\": \"# Quick Start **Page:** api/files/quick-start [Download Raw Markdown](./api/files/quick-start.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Quick Start Hoody Files provides a comprehensive API for managing files and directories in your Hoody workspace. This quick start guide covers the essential operations you'll need for everyday file management tasks. ## Core Concepts **Files and Directories** — Hoody organizes content into files and directories. Files contain your content (code, documents, assets), while directories help organize related files into logical groupings. **Unique Identifiers** — Every file and directory receives a unique `id` upon creation. Use this ID for subsequent operations like retrieving, updating, or deleting specific resources. **Hierarchical Paths** — Directories can contain subdirectories, creating a tree structure. Paths are represented as slash-separated strings (e.g., `projects/api/docs`).\"\n  },\n  {\n    \"title\": \"Hoody App (Overview)\",\n    \"text\": \"# Hoody App **Page:** api/app/index [Download Raw Markdown](./api/app/index.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Hoody App The App service provides core functionality for managing application runtime, execution contexts, source code management, and automation recipes within the Hoody platform. This service enables you to: - **Runtime Management** — Configure and control application runtime environments, including containerized execution contexts and resource allocation - **Execution Control** — Trigger, monitor, and manage application executions with fine-grained control over parameters and behavior - **Source Management** — Manage application source code repositories, sync sources, and handle deployment artifacts - **Recipe Automation** — Create, modify, and execute automation recipes that chain multiple operations into repeatable workflows Use the pages below to explore the App service APIs in detail. Manage application runtime environments and execution contexts. Configure container settings, resource limits, and runtime parameters. Trigger and control application executions. Monitor running processes, retrieve execution history, and manage execution lifecycles. Manage application source code repositories and deployment sources. Sync, update, and configure source connections. Create and execute automation recipes. Chain multiple operations into repeatable workflows with configurable triggers and conditions. ---\"\n  },\n  {\n    \"title\": \"Containers API\",\n    \"text\": \"# Containers **Page:** api/containers [Download Raw Markdown](./api/containers.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Containers API The Containers API provides endpoints to list, create, retrieve, update, and delete containers across your Hoody projects. Containers are isolated runtime environments that can run applications with configurable features like AI capabilities, hoody_kit tooling, and ramdisk storage. ## Endpoints Overview | Method | Path | Description | |--------|------|-------------| | `GET` | `/api/v1/containers/` | List all containers across all projects | | `GET` | `/api/v1/containers/{id}` | Get a container by ID | | `GET` | `/api/v1/containers/{id}/stats` | Get real-time resource statistics | | `GET` | `/api/v1/projects/{id}/containers` | List containers for a specific project | | `POST` | `/api/v1/containers/{id}/authorize` | Issue a signed authorization claim | | `POST` | `/api/v1/projects/{id}/containers` | Create a new container | | `PATCH` | `/api/v1/containers/{id}` | Update container settings | | `DELETE` | `/api/v1/containers/{id}` | Delete a container | --- ## `GET /api/v1/containers/` Get all containers across all projects for the current user with pagination, filtering, and sorting. This endpoint provides a global view of all containers without being scoped to a specific project.\"\n  }\n]\n"},"prompt":"OUTPUT PROTOCOL (read first, obey exactly)\n- Respond with a SINGLE valid JSON object and NOTHING else.\n- No prose, no markdown, no code fences, no preamble, no explanation outside the JSON.\n- Do NOT include any <think> blocks or chain-of-thought in the output. Think silently;\n  emit only the final JSON. (Any reasoning you expose will be discarded.)\n- The JSON must match OUTPUT JSON SHAPE below exactly. No extra top-level keys.\n\nROLE\nYou are a meticulous launch-readiness auditor for Hoody's English marketing website.\nHoody is HTTP-native infrastructure (\"Computers as URLs\" / \"Linux as HTTP\") that exposes\nLinux primitives as HTTPS endpoints so AI agents can operate full machines over URLs.\n\nTASK\nAudit ONE website page (WEBSITE_PAGE) against the official documentation excerpts\n(HOODY_DOCS_CONTEXT). Treat the docs as the source of truth and the website as the\nartifact under review. Report only defensible, specific problems a careful reviewer\nwould stand behind.\n\nWHAT TO LOOK FOR\n1. claim-mismatch — the page states something that contradicts the docs (numbers,\n   capabilities, limits, pricing, availability, behavior).\n2. missing-docs-support — a concrete, checkable claim that the supplied docs neither\n   confirm nor plausibly cover. Do NOT flag normal marketing tone as unsupported.\n3. terminology — product/feature names, casing, or concepts used inconsistently with\n   the docs (e.g. \"Agent mode\" vs \"Hoody Agent\") in a way that could mislead.\n4. launch-content — placeholder text, \"lorem\", TODO, dead/\"coming soon\" CTAs presented\n   as live, broken links, empty sections, obvious copy errors.\n5. legal-policy — issues on Terms/Privacy/AUP/Sub-processors pages (contradictions,\n   missing required disclosures, stale entities/dates). Tag clearly.\n6. broken-or-incomplete — page renders empty, truncated, or structurally broken.\n\nRULES\n- Return ONLY valid JSON. No prose, no markdown, no code fences.\n- Quote real evidence: copy the exact (or near-exact) phrase from WEBSITE_PAGE. Never invent text.\n- Anchor every docs claim to the supplied HOODY_DOCS_CONTEXT. If the docs context is\n  insufficient to judge a real claim, emit a finding with type \"needs-docs-context-check\"\n  rather than guessing or assuming a contradiction.\n- Precision over volume. A clean page should return an empty findings array. Do not\n  manufacture findings to look thorough. Do not flag subjective style preferences.\n- Be specific in recommendation: state the exact change to make.\n- No chain-of-thought. The \"discrepancy\" field is a concise audit rationale, not reasoning.\n\nSEVERITY RUBRIC\n- high   = factually wrong, contradicts docs, broken, or legally risky. Ship-blocker.\n- medium = misleading, ambiguous, or likely to confuse; should fix before launch.\n- low    = minor polish, wording, or low-impact inconsistency.\n\nCONFIDENCE\n- high   = directly supported by the supplied evidence + docs.\n- medium = strong inference.\n- low    = plausible but the supplied context is thin (prefer needs-docs-context-check).\n\nOUTPUT JSON SHAPE (return exactly this structure)\n{\n  \"pageSummary\": \"1-2 sentence neutral description of what this page is\",\n  \"findings\": [\n    {\n      \"severity\": \"high|medium|low\",\n      \"type\": \"claim-mismatch|missing-docs-support|terminology|launch-content|legal-policy|broken-or-incomplete|needs-docs-context-check|other\",\n      \"tag\": \"short-kebab-tag\",\n      \"message\": \"one-line title of the issue\",\n      \"evidence\": \"exact quote from the website page\",\n      \"docsReference\": \"the docs section/excerpt used, or why docs context is missing\",\n      \"discrepancy\": \"why this is a problem, concisely\",\n      \"confidence\": \"high|medium|low\",\n      \"recommendation\": \"the specific fix to apply\"\n    }\n  ],\n  \"notes\": [\"optional neutral observations that are not findings\"]\n}\n\nREMINDER\nOutput the JSON object only. Begin your response with \"{\" and end it with \"}\".\nIf the page is clean, return {\"pageSummary\":\"...\",\"findings\":[],\"notes\":[]}.\n\nCUSTOM_NOTE:\n(none)\n\nWEBSITE_PAGE:\n{\n  \"url\": \"https://hoody.com/aup\",\n  \"title\": \"Hoody — Computers That Are URLs\",\n  \"description\": \"The first infrastructure where containers, terminals, displays, and AI agents share the same HTTP protocol.\",\n  \"headings\": [\n    \"Hoody Acceptable Use Policy\",\n    \"0. What This Policy Does\",\n    \"0.1 Hierarchy of Restrictions\",\n    \"1. Things You Must Not Do With the Services\",\n    \"1.1 Illegal or Harmful Content\",\n    \"1.2 Fraud and Deception\",\n    \"1.3 Malicious Software and Network Attacks\",\n    \"1.4 Spam and Unsolicited Communications\",\n    \"1.5 Cryptocurrency Mining\",\n    \"1.6 Network and System Abuse\",\n    \"1.7 AI-Specific Prohibitions (Universal Usage Standards)\",\n    \"1.8 High-Risk Use Case Overlay\",\n    \"1.9 Per-Context Obligations\",\n    \"1.10 Conduct Toward Other Hoody Customers\",\n    \"2. Sensitive Data Restrictions\",\n    \"2.1 Healthcare Data (PHI under HIPAA)\",\n    \"2.2 GDPR Article 9 Special Category Data\",\n    \"2.3 Biometric Categorization\",\n    \"2.4 Surveillance Use Cases\",\n    \"3. Output Handling\",\n    \"3.1 Customer Responsibility for Outputs\",\n    \"3.2 No Training Competing Models\",\n    \"3.3 No Misrepresentation of AI Output as Human-Generated\",\n    \"3.4 Brand and Attribution Restrictions\",\n    \"4. Carve-Outs and Permitted Activities\",\n    \"4.1 Security Research\",\n    \"4.2 Penetration Testing\",\n    \"4.3 AI Red-Teaming and Safety Research\",\n    \"4.4 Educational and Demonstrative Content\",\n    \"5. Reporting Violations\",\n    \"6. Copyright and IP Infringement\",\n    \"7. Hoody's Response to Violations\",\n    \"7.1 What Triggers Investigation\",\n    \"7.2 Response Pipeline\",\n    \"7.3 Granularity of Action\",\n    \"7.4 Upstream-Initiated Suspension\",\n    \"7.5 No Obligation to Investigate\",\n    \"7.6 No Liability for Action Taken in Good Faith\",\n    \"8. Cooperation with Law Enforcement\",\n    \"9. Modifications\"\n  ],\n  \"wordCount\": 3753,\n  \"text\": \"legal / aupACCEPTABLE USEHoody Acceptable Use PolicyWhat you must not do with Hoody Services.Last updated: 30 April 20260. What This Policy Does This Acceptable Use Policy (\\\"AUP\\\") sets out the things you must not do with the Hoody Services. It is part of your agreement with Hoody under the Hoody Terms of Service (\\\"Terms\\\"). Violating the AUP is a material breach of the Terms. We've written this in plain English so you can actually read it. It is not exhaustive — people are creative and we cannot anticipate every situation. When the AUP doesn't explicitly cover something, the spirit of the AUP applies. If you're not sure whether something is allowed, ask us at legal@hoody.com before you do it. We respond. 0.1 Hierarchy of Restrictions Your use of the Services is subject to three layers of restrictions, applied cumulatively: (a) Applicable law. Nothing in this AUP authorizes use that is illegal in any jurisdiction relevant to you. (b) This AUP. The restrictions in this AUP apply to all Customer use of the Services. (c) Upstream provider behavioral terms. Where your use of the Services routes through a third-party upstream provider (such as Bare Metal Server hosting providers or AI gateway upstream providers, whether reached directly or through aggregators), the upstream provider's acceptable use policy and usage policy also apply to your traffic on that route — i.e., what your traffic may contain and how you may use the upstream capability. Where the upstream provider's behavioral terms are more restrictive than this AUP for that route, the upstream provider's behavioral terms govern that route. This clause flows down content and use restrictions, not commercial terms (resale, capacity, pricing) between Hoody and the upstream — those are between Hoody and the upstream provider, not your concern. You are responsible for understanding and complying with all three layers. Hoody flows down upstream provider restrictions in this AUP where reasonably possible, but cannot enumerate every upstream provider's complete terms here. 1. Things You Must Not Do With the Services 1.1 Illegal or Harmful Content You must not use the Services to host, store, generate, transmit, or facilitate the distribution of: (a) Child sexual abuse material (CSAM), including computer-generated, AI-generated, deepfake, or animated content depicting minors in a sexual context. For purposes of this AUP, a minor is anyone under 18 regardless of jurisdiction. Zero tolerance. Hoody reports to law enforcement and cooperates with the National Center for Missing & Exploited Children (NCMEC) and equivalent authorities. (b) Non-consensual intimate imagery (so-called \\\"revenge porn\\\") or content sexualizing identifiable individuals without their consent. (c) Content that incites, threatens, organizes, glorifies, or facilitates violence, terrorism, mass-casualty events, or violent extremism, including material support for designated extremist organizations or individuals. (d) Material that infringes copyright, trademark, trade secret, patent, or other intellectual property rights of any third party. (e) Material that violates privacy or publicity rights of identifiable individuals, including doxxing, unauthorized publication of personal information, or non-consensual collection or disclosure of biometric or neural data. (f) Defamatory, libelous, or knowingly false content that exposes Hoody or third parties to liability. (g) Material whose hosting or distribution is illegal under the laws of Hoody's jurisdiction or the jurisdiction in which the material is accessible. 1.2 Fraud and Deception You must not use the Services to: (a) Engage in fraud, including phishing, pharming, identity theft, or financial scams (Ponzi schemes, pyramid schemes, \\\"make-money-fast\\\" schemes, payday/title-loan exploitation, abusive debt collection); (b) Impersonate any person, organization, or entity, including Hoody itself; (c) Distribute deceptive content where the deception is the harm (this includes content stripped of provenance metadata or watermarks designed to indicate it is AI-generated); (d) Operate fake review schemes, click farms, fake comments/media, or engagement-manipulation services; (e) Spoof source IP addresses, sender identifiers, or other origin metadata; (f) Produce or distribute counterfeit goods, falsified identification documents, falsified currency, or falsified government documents; (g) Use subliminal, manipulative, or deceptive techniques designed to materially distort the behavior of any person by impairing the person's ability to make informed decisions. 1.3 Malicious Software and Network Attacks You must not use the Services to: (a) Develop, store, or distribute malware, viruses, worms, trojans, ransomware, or rootkits where the intent is to harm third parties. Carve-out for security research: Storage of malware samples, reverse-engineering work, sandbox detonation analysis, and similar legitimate security research is permitted under the conditions in §4.1. (b) Operate command-and-control infrastructure for botnets, RATs, or other unauthorized-access frameworks. (c) Develop or operate persistent-access tools (firmware/hardware implants), automated multi-system compromise tools, or tools designed to bypass security controls without authorization. (d) Launch denial-of-service or distributed denial-of-service attacks against any third party, including amplification or reflection attacks (DNS, NTP, memcached, or other reflection vectors). (e) Run, host, or facilitate open mail relays or open proxies, except where the open relay or proxy is the intended product Customer is operating and Customer has obtained any necessary third-party consents. (f) Conduct unauthorized port scanning, vulnerability scanning, or reconnaissance of systems Customer does not own or have written authorization to test. Carve-out for authorized testing: see §4.2. (g) Compromise critical infrastructure: power grids, water treatment, medical devices, telecommunications systems, air traffic control, voting machines, healthcare databases, financial markets, or military systems. (h) Exploit vulnerabilities in computer or network systems without authorization, including via technical or social means. (i) Intercept communications without authorization. 1.4 Spam and Unsolicited Communications You must not use the Services to send: (a) Unsolicited bulk email (UBE), unsolicited commercial email (UCE), or messages in violation of CAN-SPAM, GDPR consent requirements, or equivalent laws; (b) Bulk SMS, voice messages, or facsimiles in violation of TCPA or equivalent laws; (c) Mass unsolicited messages on any platform, social network, or messaging service; (d) Messages with falsified sender data, deceptive subject lines, or hidden originator information. The use of double-opt-in lists where each recipient has explicitly consented is permitted. 1.5 Cryptocurrency Mining You must not use the Services to mine cryptocurrency. This prohibition includes: (a) Direct mining of Bitcoin, Ethereum, Monero, or any other cryptocurrency; (b) Browser-based mining or \\\"cryptojacking\\\" deployed against third parties; (c) Operating Filecoin, Storj, or similar storage-mining nodes that consume meaningful Container or network resources; (d) Running computationally intensive validation workloads where the primary purpose is earning cryptocurrency or storage tokens; (e) Operating mining-pool infrastructure; (f) Plotting, farming, or other resource-intensive token-earning activities. This prohibition does not include: (a) Running a single lightweight wallet, full node, or RPC client for legitimate development or personal use; (b) Use of cryptocurrency for payment to or from Customer's own services that does not impose disproportionate compute load; (c) AI workloads, blockchain analytics, smart-contract development, or testnet validators that incidentally interact with blockchains. 1.6 Network and System Abuse You must not use the Services to: (a) Bypass, disable, or circumvent any technical or contractual limitation, including rate limits, free-tier allowances, quotas, or content filters; (b) Operate the Services in a way that imposes an unreasonable or disproportionately large load on Hoody's infrastructure or upstream networks; (c) Multiply accounts to evade per-account limits, to obtain free-tier benefits not intended for Customer's actual use case, or to circumvent a prior suspension or termination; (d) Resell, sublicense, or rent the Services to third parties, or operate an aggregator on top of Hoody. Customer may build products and services that wrap Hoody as infrastructure for the customer's own end users (in which case Customer remains responsible for End User compliance with this AUP), but Customer may not operate Hoody's gateway capacity, container infrastructure, or Bare Metal Server managed compute offering as a wholesale offering to third parties unrelated to Customer's product. (e) Operate VPN-as-a-service, Tor relays acting as e…\"\n}\n\nHOODY_DOCS_CONTEXT:\n[\n  {\n    \"title\": \"Billing & Payments\",\n    \"text\": \"Invoice generated automatically. --- ## Cryptocurrency Payments **Private. Borderless. No account required.** ### How It Works 1. **Initiate Payment** Select cryptocurrency in the dashboard or API. The amount is converted to crypto at the current exchange rate. 2. **Send to Address** You receive a unique payment address. Send the exact amount shown (including the 5% fee). 3. **Wait for Confirmation** - **Bitcoin:** 15-60 minutes (1-6 confirmations) - **Ethereum:** 5-15 minutes (12 confirmations) - **Litecoin:** 10-30 minutes (6 confirmations) - **Stablecoins (USDT/USDC):** 5-15 minutes (varies by chain) 4. **Funds Added** Confirmation email sent. Invoice generated. Balance updated. **+5% processing fee** on all crypto payments. This covers volatility risk during blockchain confirmation, network fees, and exchange costs. Example: deposit $100 worth of crypto, you pay $105 equivalent, and your General Balance receives $100. ### Supported Currencies BTC, ETH, USDT, USDC, LTC — and 100+ more via NOWPayments. Check the payment interface for the complete list. --- ## Bank Transfer **For large deposits and enterprise accounts.** 1. **Contact Support** Email with your desired amount, account ID, and preferred currency (USD, EUR). 2. **Receive Bank Details** Account number, routing details, SWIFT/BIC code, and a **reference number** (required for crediting). 3. **Send Transfer** Include the reference number in the transfer notes. Without it, crediting may be delayed. 4. **Funds Arrive** (1-3 business days) Balance updated. Email confirmation. Invoice generated.\"\n  },\n  {\n    \"title\": \"Zero-Knowledge Workflows\",\n    \"text\": \"Here is how: | Layer | Traditional Cloud | Hoody | |-------|------------------|-------| | Hardware | Shared with other tenants | Dedicated bare metal you control | | Hypervisor | Provider-controlled | None -- containers run on your hardware | | Disk encryption | Provider holds the keys | You hold the keys | | Network | Provider can inspect traffic | Encrypted within your server | | Backups | Provider can read snapshots | Snapshots live on your disk | | AI training | Your data may be used | Your data never leaves your hardware | The fundamental difference: in traditional cloud, the provider is in the trust chain. In Hoody, the provider is not. Your server is a physical machine. Your containers are processes on that machine. Your data is bytes on that disk. Hoody manages the orchestration layer -- container creation, proxy routing, service coordination -- but your actual data stays on hardware you control. This is not marketing language. This is an architectural fact. Hoody's API manages container lifecycle and proxy routing. The container data -- files, databases, processes, memory -- exists on your bare metal server. Hoody's infrastructure does not have filesystem access to your containers. --- ## Encrypted Filesystems hoody-files supports encrypted storage through the crypt backend. Files are encrypted before they hit the disk and decrypted on read. The encryption key never leaves your container.\"\n  },\n  {\n    \"title\": \"Intercept & Control AI Requests (MITM)\",\n    \"text\": \"### Key Capabilities **Complete AI Observability:** - Log every prompt and response for debugging - Track token usage per project automatically - Analyze AI decision patterns - Monitor for prompt injection attempts - Build audit trails for compliance **Human-in-the-Loop at Scale:** - Intercept high-stakes decisions for human approval - Pause AI execution for review before deployment - Add confirmation steps for sensitive operations - Let AI draft, humans decide **Cost Optimization:** - Compress prompts to reduce token usage (20-40% savings) - Cache responses to eliminate duplicate calls (100% on cache hits) - Route to cheaper models for simple tasks (40-70% savings) - Auto-optimize based on complexity analysis **AI Enhancement:** - Add context from your knowledge base automatically - Inject custom instructions per use case - Transform responses to match your style - Chain multiple AI calls intelligently **Tool Call Manipulation:** - Intercept and modify AI tool calls before execution - Add safety checks to file operations - Reroute dangerous commands to sandbox - Replace file paths, command arguments, or entire operations - Log all tool usage for audit trails **Agent Orchestration:** - Cascade AI requests across multiple agent instances - Coordinate multi-agent workflows via HTTP - Distribute tasks across agent swarms - Build self-improving agent networks --- ## The MITM Script Template Here's the basic pattern for creating an AI MITM proxy with [`hoody-exec`](/kit/exec/): ```javascript // File: scripts/default/1/api/v1/[...path].js // This catch-all route handles /api/v1/* (matching OpenAI API structure) // @mode worker // @log-level standard // Handle all /api/v1/* endpoints (chat/completions, embeddings, images, etc.) const apiPath = metadata.parameters.path.join('/'); // e.g., \\\"chat/completions\\\" const response = await fetch(`https://ai.hoody.run/api/v1/${apiPath}`, { method: req.method, headers: { 'Authorization': 'Bearer container-1', 'Content-Type': 'application/json' }, body: req.method === 'POST' ?\"\n  },\n  {\n    \"title\": \"Security Principles\",\n    \"text\": \"--- ## What Hoody Knows (And Doesn't Know) **Technical transparency about data visibility:** **What Hoody IS Aware Of:** Through the **Hoody API** (`api.hoody.run` or `{realmId}.api.hoody.run`), we can see: - Container lifecycle events (creation, deletion, snapshots) - Project and realm configurations - Storage share mounts and network setup - Billing and authentication activity - API request metadata (timestamps, IP addresses, endpoints called) See our Privacy Policy for complete details on data handling. **What Hoody is NOT Aware Of:** Because the **Hoody Proxy runs on YOUR server** (in a container on your bare metal): - ❌ What you host on containers (websites, tools, applications) - ❌ Container traffic content - ❌ Container activity and operations - ❌ Terminal commands executed - ❌ Files accessed or modified - ❌ Database queries and data - ❌ AI agent prompts or responses - ❌ HTTP logs from your services - ❌ Internal container communications While we cannot see your container activity, you remain responsible for complying with our Acceptable Use Policy.\"\n  },\n  {\n    \"title\": \"Security & Permissions\",\n    \"text\": \"Encrypted temporary files. The physical disk is unreadable without the encryption key, even if the hardware is physically stolen. --- ## Layer 8: Realms [Realms](/foundation/hoody-api/realms/) provide API-level isolation. Different realms are different universes: ``` https://realm-a.api.hoody.run → sees only Realm A's containers https://realm-b.api.hoody.run → sees only Realm B's containers ``` Auth tokens scope to specific realms. AI agents in one realm cannot discover, enumerate, or access containers in another realm. This is multi-tenant isolation at the API level -- not just network segmentation. --- ## Security in the AI Era Here is why this matters more than ever: **AI generates code you cannot fully review.** When a human writes code, you can read it. When an LLM generates 10,000 lines in response to a prompt, you cannot. Not meaningfully. Not every line. Not every import. Not every network call. This is not a failure of discipline. It is a consequence of scale. AI-generated code will have bugs, will have vulnerabilities, will make network calls you did not anticipate. This is not speculation -- it is the current reality. Hoody's security model is designed for this reality: - **Container isolation means a rogue AI-generated process cannot escape.** It runs in a container. It cannot read other containers' filesystems. It cannot signal other containers' processes. It cannot access the host. - **Snapshot before AI makes changes.** If the AI breaks something, restore in seconds. Not hours of debugging. Not `git bisect`. Instant time travel.\"\n  },\n  {\n    \"title\": \"Zero-Knowledge Workflows\",\n    \"text\": \"│ │ Audit trail: Every HTTP request logged. │ └────────────────────────────────────────────────┘ ``` Try expressing that compliance posture with a shared cloud VM. You cannot. The architecture prevents it. --- ## The AI Safety Angle Here is the argument that makes zero-knowledge workflows urgent rather than merely prudent: **AI agents running in your infrastructure can see everything.** When you give an AI agent access to a container -- terminal, files, database, browser -- it has the same access as a developer. It can read credentials, query databases, browse the filesystem. On shared infrastructure, a compromised or misbehaving AI agent could: - Exfiltrate data through network requests - Access other tenants' resources through hypervisor vulnerabilities - Persist malicious code that survives container restarts - Send your data to the AI provider's training pipeline On Hoody's bare metal + container architecture: - **Container isolation** prevents the agent from escaping its sandbox - **Firewall rules** prevent unauthorized network communication - **Snapshots** let you roll back any changes the agent made - **Bare metal** means no hypervisor attack surface - **Encrypted filesystems** mean even disk-level access yields ciphertext ```bash # The AI safety workflow: # 1. Create an isolated container for the experiment hoody containers create-container $PROJECT_ID \\\\ --server-id $SERVER_ID \\\\ --name \\\"ai-experiment\\\" \\\\ --hoody-kit # 2. Lock down network hoody firewall reset $EXPERIMENT_ID # 3.\"\n  },\n  {\n    \"title\": \"Security & Permissions\",\n    \"text\": \"Containers do not share a network bridge. They communicate through the proxy via HTTP, the same way any two machines on the internet communicate. No internal network to eavesdrop on. ### Process Isolation PID namespaces ensure that each container sees only its own processes. A compromised container cannot enumerate, signal, or attach to processes in any other container. ### What Enforces This This is not application-level sandboxing. This is kernel-level enforcement: | Technology | What It Does | | :--- | :--- | | **Linux namespaces** | Isolate PIDs, network, mounts, users, IPC | | **seccomp filters** | Restrict available syscalls -- containers cannot call dangerous kernel functions | | **Hardened kernel (6.17.7)** | Patched and locked-down kernel with reduced attack surface | | **LXC + Firecracker** | Container runtime with optional micro-VM isolation | | **No shared kernel memory** | Containers cannot read each other's RAM | A compromised container stays compromised. It does not spread. It does not escalate. It does not escape. Delete it, snapshot a clean one, and move on. --- ## Layer 3: Bare Metal Ownership Most cloud platforms run your workloads on shared hardware. Your containers share a hypervisor with strangers' containers. Your memory shares physical DIMMs with unknown processes. This is not hypothetical risk. Spectre, Meltdown, and their variants demonstrated that CPU-level side-channel attacks can leak data across hypervisor boundaries. When you share hardware, you share risk.\"\n  },\n  {\n    \"title\": \"Security Principles\",\n    \"text\": \"### Realms: API-Level Isolation Realms segregate the Hoody API, not container networks: ``` https://{realmId}.api.hoody.run ``` **Purpose:** - AI agents in one realm can't discover containers in another - Auth tokens scope to specific realms - Production/staging/development completely separated at API level - Multi-tenant isolation for teams/clients ### Container Firewalls **Host-level network control (not tamperable by containers):** - Ingress/egress rules per container - Port-level granularity - Protocol filtering: TCP/UDP/ICMP controls - Default-deny stance **Additional layers:** Users can add iptables, nftables, or ufw inside containers for defense-in-depth. See [Container Firewalls](/api/container-firewall/) for complete configuration. ### Controlled IPv4 Routing **No direct IPv4 by default:** - Containers have no IPv4 address by default - All external traffic routes through Hoody Proxy - Forces observable, controllable network access **Host-Level Exit Options (not tamperable by containers):** - **SOCKS5/HTTP/HTTPS proxies** as exit nodes - **WireGuard VPN** integration - **Commercial VPN providers** (Mullvad, iVPN, AirVPN, etc.) - zero in-container configuration - **Block mode** to prevent all outgoing traffic - **Custom DNS servers** (up to 4) Ideal for location rerouting with zero container management overhead. See [Container Network Configuration](/api/container-network/) for setup.\"\n  },\n  {\n    \"title\": \"Security & Permissions\",\n    \"text\": \"--- ## The Security Pyramid From bottom to top, each layer narrows the attack surface: ``` ┌─────────────────────────┐ │ Application Security │ Your responsibility (input validation, auth logic) ├─────────────────────────┤ │ Proxy Permissions │ JWT, password, IP, token per service ├─────────────────────────┤ │ Container Firewall │ Host-level ingress/egress rules ├─────────────────────────┤ │ Network Control │ No IPv4 default, controlled exit paths ├─────────────────────────┤ │ Container Isolation │ Namespaces, seccomp, hardened kernel ├─────────────────────────┤ │ Bare Metal Ownership │ Your hardware, no shared hypervisor ├─────────────────────────┤ │ Disk Encryption │ LUKS AES-256 at rest ├─────────────────────────┤ │ Realm Isolation │ API-level multi-tenancy ├─────────────────────────┤ │ URL Unguessability │ 2^96 keyspace, no enumeration └─────────────────────────┘ ``` Each layer is independent. A failure in one layer does not compromise the others. URL unguessability provides passive security even with no permissions configured. Container isolation contains breaches even if the application is compromised. Bare metal ownership eliminates entire classes of attacks even if a container is fully taken over. --- ## Practical Security Postures ### Development: Open by Default ``` Permissions: None configured URL security: Cryptographic (2^96) Firewall: Default allow Network: Proxied exit Who can access: Only people who have the URL ``` Perfect for development, experimentation, and internal tools. The URL is the password.\"\n  },\n  {\n    \"title\": \"Community & Support\",\n    \"text\": \"--- ## Support Channels Summary | Channel | Best For | Response Time | |---|---|---| | Discord `#help` | Quick questions, debugging help | Hours (community) | | Discord `#bugs` | Reporting issues with context | Same day (team) | | GitHub Issues | Bug reports, feature tracking | 1-3 days | | GitHub PRs | Documentation improvements | 1-5 days | | [hoody.run/support](https://hoody.run/support) | Account issues, billing, custom requests | 1-2 business days | During pre-production, the team is small and highly responsive. As the platform grows, these response times may change, but the commitment to helping users will not. --- ## Code of Conduct Hoody's community spaces operate under a straightforward code of conduct: - **Be respectful.** Disagree with ideas, not people. - **Be helpful.** If you know the answer, share it. If you do not, say so. - **Be constructive.** Criticism is welcome when it comes with suggestions. - **No spam, no self-promotion** unrelated to Hoody or the community. The full code of conduct is available in the Discord server and GitHub repositories. --- > Every bug report makes the platform more stable. Every feature request shapes the roadmap. Every documentation fix helps the next person. We are building the HTTP-native cloud together. ## What's Next - [Troubleshooting Guide](/ecosystem/troubleshooting/) -- Solve common issues before asking for help - [Changelog](/ecosystem/changelog/) -- See what shipped recently - [Discord](https://discord.social.hoody.com) -- Jump in and say hello ---\"\n  },\n  {\n    \"title\": \"Security Principles\",\n    \"text\": \"### Observability **When everything is HTTP, everything becomes observable.** Using hoody-exec, you can intercept and analyze all traffic: - Scan inputs for malicious payloads - Create complete audit trails - Rate limit to prevent abuse - Validate against policies - Real-time threat detection Use [hoody-exec](/kit/exec/) to build observability pipelines that intercept and analyze traffic across services. ### Gateway Containers (Jumphost) **Think of it as a poor man's VPN—but more appropriate for HTTP-native infrastructure.** Traditional VPN solutions are complex to configure, require specific clients on every device, and create a single point of failure. Gateway containers give you the same network access model but through pure HTTP—no special software, no configuration files, just a URL. ``` Your Device (Browser Only) → Gateway Container → Working Containers ``` **How it works:** A gateway container is just another Hoody container, but you use it exclusively as your entry point. It runs with elevated permissions and MITM capabilities, acting as your secure proxy into the rest of your infrastructure.\"\n  },\n  {\n    \"title\": \"Rent Servers\",\n    \"text\": \"Available durations vary by server offering. Common options include daily, weekly, and monthly rentals, with best rates for longer commitments. **How Billing Works:** - **Upfront Payment:** Full rental period charged when you click \\\"Rent\\\" - **Auto-Deduction:** Amount taken from your general balance via [Wallet API](/api/wallet/) - **Invoice Generated:** Automatic invoice for your records - **No Hidden Fees:** Price includes bandwidth, storage, everything ### Rental Lifecycle **Active Rental:** - Server fully operational - Deploy unlimited containers - Full resource access - Monitor usage in dashboard **Approaching Expiration:** - Email reminders sent - Option to renew before expiration - Manual renewal required **Grace Period (Hold Period):** - Server remains active briefly after expiration - Renew during this time to keep data - No additional charges during grace period - Typically 24-72 hours **After Grace Period:** - Server deprovisioned - All data deleted - Cannot be recovered **Important:** Always renew critical servers before expiration. Set calendar reminders and monitor expiration dates. Data loss after grace period is permanent. ## Server Provisioning Process **What happens after you click \\\"Rent\\\":** ### 1. Hardware Allocation (15-30 seconds) Physical server selected from available pool in chosen datacenter. Resources reserved exclusively for you. ### 2. OS Installation (1-3 minutes) Custom Hoody OS deployed to bare metal: - Optimized container runtime - Security hardening - Network configuration - Storage setup ### 3.\"\n  },\n  {\n    \"title\": \"Quick Start (Files)\",\n    \"text\": \"# Quick Start **Page:** api/files/quick-start [Download Raw Markdown](./api/files/quick-start.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Quick Start Hoody Files provides a comprehensive API for managing files and directories in your Hoody workspace. This quick start guide covers the essential operations you'll need for everyday file management tasks. ## Core Concepts **Files and Directories** — Hoody organizes content into files and directories. Files contain your content (code, documents, assets), while directories help organize related files into logical groupings. **Unique Identifiers** — Every file and directory receives a unique `id` upon creation. Use this ID for subsequent operations like retrieving, updating, or deleting specific resources. **Hierarchical Paths** — Directories can contain subdirectories, creating a tree structure. Paths are represented as slash-separated strings (e.g., `projects/api/docs`).\"\n  },\n  {\n    \"title\": \"Hoody App (Overview)\",\n    \"text\": \"# Hoody App **Page:** api/app/index [Download Raw Markdown](./api/app/index.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Hoody App The App service provides core functionality for managing application runtime, execution contexts, source code management, and automation recipes within the Hoody platform. This service enables you to: - **Runtime Management** — Configure and control application runtime environments, including containerized execution contexts and resource allocation - **Execution Control** — Trigger, monitor, and manage application executions with fine-grained control over parameters and behavior - **Source Management** — Manage application source code repositories, sync sources, and handle deployment artifacts - **Recipe Automation** — Create, modify, and execute automation recipes that chain multiple operations into repeatable workflows Use the pages below to explore the App service APIs in detail. Manage application runtime environments and execution contexts. Configure container settings, resource limits, and runtime parameters. Trigger and control application executions. Monitor running processes, retrieve execution history, and manage execution lifecycles. Manage application source code repositories and deployment sources. Sync, update, and configure source connections. Create and execute automation recipes. Chain multiple operations into repeatable workflows with configurable triggers and conditions. ---\"\n  },\n  {\n    \"title\": \"Containers API\",\n    \"text\": \"# Containers **Page:** api/containers [Download Raw Markdown](./api/containers.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Containers API The Containers API provides endpoints to list, create, retrieve, update, and delete containers across your Hoody projects. Containers are isolated runtime environments that can run applications with configurable features like AI capabilities, hoody_kit tooling, and ramdisk storage. ## Endpoints Overview | Method | Path | Description | |--------|------|-------------| | `GET` | `/api/v1/containers/` | List all containers across all projects | | `GET` | `/api/v1/containers/{id}` | Get a container by ID | | `GET` | `/api/v1/containers/{id}/stats` | Get real-time resource statistics | | `GET` | `/api/v1/projects/{id}/containers` | List containers for a specific project | | `POST` | `/api/v1/containers/{id}/authorize` | Issue a signed authorization claim | | `POST` | `/api/v1/projects/{id}/containers` | Create a new container | | `PATCH` | `/api/v1/containers/{id}` | Update container settings | | `DELETE` | `/api/v1/containers/{id}` | Delete a container | --- ## `GET /api/v1/containers/` Get all containers across all projects for the current user with pagination, filtering, and sorting. This endpoint provides a global view of all containers without being scoped to a specific project.\"\n  }\n]\n","docsContext":[{"id":"85902aacd6fa2f42","title":"Billing & Payments","score":"11.183","fallback":false,"text":"Invoice generated automatically. --- ## Cryptocurrency Payments **Private. Borderless. No account required.** ### How It Works 1. **Initiate Payment** Select cryptocurrency in the dashboard or API. The amount is converted to crypto at the current exchange rate. 2. **Send to Address** You receive a unique payment address. Send the exact amount shown (including the 5% fee). 3. **Wait for Confirmation** - **Bitcoin:** 15-60 minutes (1-6 confirmations) - **Ethereum:** 5-15 minutes (12 confirmations) - **Litecoin:** 10-30 minutes (6 confirmations) - **Stablecoins (USDT/USDC):** 5-15 minutes (varies by chain) 4. **Funds Added** Confirmation email sent. Invoice generated. Balance updated. **+5% processing fee** on all crypto payments. This covers volatility risk during blockchain confirmation, network fees, and exchange costs. Example: deposit $100 worth of crypto, you pay $105 equivalent, and your General Balance receives $100. ### Supported Currencies BTC, ETH, USDT, USDC, LTC — and 100+ more via NOWPayments. Check the payment interface for the complete list. --- ## Bank Transfer **For large deposits and enterprise accounts.** 1. **Contact Support** Email with your desired amount, account ID, and preferred currency (USD, EUR). 2. **Receive Bank Details** Account number, routing details, SWIFT/BIC code, and a **reference number** (required for crediting). 3. **Send Transfer** Include the reference number in the transfer notes. Without it, crediting may be delayed. 4. **Funds Arrive** (1-3 business days) Balance updated. Email confirmation. Invoice generated."},{"id":"ad37d72962306026","title":"Zero-Knowledge Workflows","score":"10.597","fallback":false,"text":"Here is how: | Layer | Traditional Cloud | Hoody | |-------|------------------|-------| | Hardware | Shared with other tenants | Dedicated bare metal you control | | Hypervisor | Provider-controlled | None -- containers run on your hardware | | Disk encryption | Provider holds the keys | You hold the keys | | Network | Provider can inspect traffic | Encrypted within your server | | Backups | Provider can read snapshots | Snapshots live on your disk | | AI training | Your data may be used | Your data never leaves your hardware | The fundamental difference: in traditional cloud, the provider is in the trust chain. In Hoody, the provider is not. Your server is a physical machine. Your containers are processes on that machine. Your data is bytes on that disk. Hoody manages the orchestration layer -- container creation, proxy routing, service coordination -- but your actual data stays on hardware you control. This is not marketing language. This is an architectural fact. Hoody's API manages container lifecycle and proxy routing. The container data -- files, databases, processes, memory -- exists on your bare metal server. Hoody's infrastructure does not have filesystem access to your containers. --- ## Encrypted Filesystems hoody-files supports encrypted storage through the crypt backend. Files are encrypted before they hit the disk and decrypted on read. The encryption key never leaves your container."},{"id":"44ea88f9b9a74d45","title":"Intercept & Control AI Requests (MITM)","score":"9.977","fallback":false,"text":"### Key Capabilities **Complete AI Observability:** - Log every prompt and response for debugging - Track token usage per project automatically - Analyze AI decision patterns - Monitor for prompt injection attempts - Build audit trails for compliance **Human-in-the-Loop at Scale:** - Intercept high-stakes decisions for human approval - Pause AI execution for review before deployment - Add confirmation steps for sensitive operations - Let AI draft, humans decide **Cost Optimization:** - Compress prompts to reduce token usage (20-40% savings) - Cache responses to eliminate duplicate calls (100% on cache hits) - Route to cheaper models for simple tasks (40-70% savings) - Auto-optimize based on complexity analysis **AI Enhancement:** - Add context from your knowledge base automatically - Inject custom instructions per use case - Transform responses to match your style - Chain multiple AI calls intelligently **Tool Call Manipulation:** - Intercept and modify AI tool calls before execution - Add safety checks to file operations - Reroute dangerous commands to sandbox - Replace file paths, command arguments, or entire operations - Log all tool usage for audit trails **Agent Orchestration:** - Cascade AI requests across multiple agent instances - Coordinate multi-agent workflows via HTTP - Distribute tasks across agent swarms - Build self-improving agent networks --- ## The MITM Script Template Here's the basic pattern for creating an AI MITM proxy with [`hoody-exec`](/kit/exec/): ```javascript // File: scripts/default/1/api/v1/[...path].js // This catch-all route handles /api/v1/* (matching OpenAI API structure) // @mode worker // @log-level standard // Handle all /api/v1/* endpoints (chat/completions, embeddings, images, etc.) const apiPath = metadata.parameters.path.join('/'); // e.g., \"chat/completions\" const response = await fetch(`https://ai.hoody.run/api/v1/${apiPath}`, { method: req.method, headers: { 'Authorization': 'Bearer container-1', 'Content-Type': 'application/json' }, body: req.method === 'POST' ?"},{"id":"896fac6fe1a561c7","title":"Security Principles","score":"9.775","fallback":false,"text":"--- ## What Hoody Knows (And Doesn't Know) **Technical transparency about data visibility:** **What Hoody IS Aware Of:** Through the **Hoody API** (`api.hoody.run` or `{realmId}.api.hoody.run`), we can see: - Container lifecycle events (creation, deletion, snapshots) - Project and realm configurations - Storage share mounts and network setup - Billing and authentication activity - API request metadata (timestamps, IP addresses, endpoints called) See our Privacy Policy for complete details on data handling. **What Hoody is NOT Aware Of:** Because the **Hoody Proxy runs on YOUR server** (in a container on your bare metal): - ❌ What you host on containers (websites, tools, applications) - ❌ Container traffic content - ❌ Container activity and operations - ❌ Terminal commands executed - ❌ Files accessed or modified - ❌ Database queries and data - ❌ AI agent prompts or responses - ❌ HTTP logs from your services - ❌ Internal container communications While we cannot see your container activity, you remain responsible for complying with our Acceptable Use Policy."},{"id":"e2e7090be87bb1cc","title":"Security & Permissions","score":"9.683","fallback":false,"text":"Encrypted temporary files. The physical disk is unreadable without the encryption key, even if the hardware is physically stolen. --- ## Layer 8: Realms [Realms](/foundation/hoody-api/realms/) provide API-level isolation. Different realms are different universes: ``` https://realm-a.api.hoody.run → sees only Realm A's containers https://realm-b.api.hoody.run → sees only Realm B's containers ``` Auth tokens scope to specific realms. AI agents in one realm cannot discover, enumerate, or access containers in another realm. This is multi-tenant isolation at the API level -- not just network segmentation. --- ## Security in the AI Era Here is why this matters more than ever: **AI generates code you cannot fully review.** When a human writes code, you can read it. When an LLM generates 10,000 lines in response to a prompt, you cannot. Not meaningfully. Not every line. Not every import. Not every network call. This is not a failure of discipline. It is a consequence of scale. AI-generated code will have bugs, will have vulnerabilities, will make network calls you did not anticipate. This is not speculation -- it is the current reality. Hoody's security model is designed for this reality: - **Container isolation means a rogue AI-generated process cannot escape.** It runs in a container. It cannot read other containers' filesystems. It cannot signal other containers' processes. It cannot access the host. - **Snapshot before AI makes changes.** If the AI breaks something, restore in seconds. Not hours of debugging. Not `git bisect`. Instant time travel."},{"id":"e955e474933eb130","title":"Zero-Knowledge Workflows","score":"9.670","fallback":false,"text":"│ │ Audit trail: Every HTTP request logged. │ └────────────────────────────────────────────────┘ ``` Try expressing that compliance posture with a shared cloud VM. You cannot. The architecture prevents it. --- ## The AI Safety Angle Here is the argument that makes zero-knowledge workflows urgent rather than merely prudent: **AI agents running in your infrastructure can see everything.** When you give an AI agent access to a container -- terminal, files, database, browser -- it has the same access as a developer. It can read credentials, query databases, browse the filesystem. On shared infrastructure, a compromised or misbehaving AI agent could: - Exfiltrate data through network requests - Access other tenants' resources through hypervisor vulnerabilities - Persist malicious code that survives container restarts - Send your data to the AI provider's training pipeline On Hoody's bare metal + container architecture: - **Container isolation** prevents the agent from escaping its sandbox - **Firewall rules** prevent unauthorized network communication - **Snapshots** let you roll back any changes the agent made - **Bare metal** means no hypervisor attack surface - **Encrypted filesystems** mean even disk-level access yields ciphertext ```bash # The AI safety workflow: # 1. Create an isolated container for the experiment hoody containers create-container $PROJECT_ID \\ --server-id $SERVER_ID \\ --name \"ai-experiment\" \\ --hoody-kit # 2. Lock down network hoody firewall reset $EXPERIMENT_ID # 3."},{"id":"275adec9964a3f2a","title":"Security & Permissions","score":"9.562","fallback":false,"text":"Containers do not share a network bridge. They communicate through the proxy via HTTP, the same way any two machines on the internet communicate. No internal network to eavesdrop on. ### Process Isolation PID namespaces ensure that each container sees only its own processes. A compromised container cannot enumerate, signal, or attach to processes in any other container. ### What Enforces This This is not application-level sandboxing. This is kernel-level enforcement: | Technology | What It Does | | :--- | :--- | | **Linux namespaces** | Isolate PIDs, network, mounts, users, IPC | | **seccomp filters** | Restrict available syscalls -- containers cannot call dangerous kernel functions | | **Hardened kernel (6.17.7)** | Patched and locked-down kernel with reduced attack surface | | **LXC + Firecracker** | Container runtime with optional micro-VM isolation | | **No shared kernel memory** | Containers cannot read each other's RAM | A compromised container stays compromised. It does not spread. It does not escalate. It does not escape. Delete it, snapshot a clean one, and move on. --- ## Layer 3: Bare Metal Ownership Most cloud platforms run your workloads on shared hardware. Your containers share a hypervisor with strangers' containers. Your memory shares physical DIMMs with unknown processes. This is not hypothetical risk. Spectre, Meltdown, and their variants demonstrated that CPU-level side-channel attacks can leak data across hypervisor boundaries. When you share hardware, you share risk."},{"id":"6a4e515d20d85fb7","title":"Security Principles","score":"9.539","fallback":false,"text":"### Realms: API-Level Isolation Realms segregate the Hoody API, not container networks: ``` https://{realmId}.api.hoody.run ``` **Purpose:** - AI agents in one realm can't discover containers in another - Auth tokens scope to specific realms - Production/staging/development completely separated at API level - Multi-tenant isolation for teams/clients ### Container Firewalls **Host-level network control (not tamperable by containers):** - Ingress/egress rules per container - Port-level granularity - Protocol filtering: TCP/UDP/ICMP controls - Default-deny stance **Additional layers:** Users can add iptables, nftables, or ufw inside containers for defense-in-depth. See [Container Firewalls](/api/container-firewall/) for complete configuration. ### Controlled IPv4 Routing **No direct IPv4 by default:** - Containers have no IPv4 address by default - All external traffic routes through Hoody Proxy - Forces observable, controllable network access **Host-Level Exit Options (not tamperable by containers):** - **SOCKS5/HTTP/HTTPS proxies** as exit nodes - **WireGuard VPN** integration - **Commercial VPN providers** (Mullvad, iVPN, AirVPN, etc.) - zero in-container configuration - **Block mode** to prevent all outgoing traffic - **Custom DNS servers** (up to 4) Ideal for location rerouting with zero container management overhead. See [Container Network Configuration](/api/container-network/) for setup."},{"id":"0e596d7e2c127aa6","title":"Security & Permissions","score":"9.497","fallback":false,"text":"--- ## The Security Pyramid From bottom to top, each layer narrows the attack surface: ``` ┌─────────────────────────┐ │ Application Security │ Your responsibility (input validation, auth logic) ├─────────────────────────┤ │ Proxy Permissions │ JWT, password, IP, token per service ├─────────────────────────┤ │ Container Firewall │ Host-level ingress/egress rules ├─────────────────────────┤ │ Network Control │ No IPv4 default, controlled exit paths ├─────────────────────────┤ │ Container Isolation │ Namespaces, seccomp, hardened kernel ├─────────────────────────┤ │ Bare Metal Ownership │ Your hardware, no shared hypervisor ├─────────────────────────┤ │ Disk Encryption │ LUKS AES-256 at rest ├─────────────────────────┤ │ Realm Isolation │ API-level multi-tenancy ├─────────────────────────┤ │ URL Unguessability │ 2^96 keyspace, no enumeration └─────────────────────────┘ ``` Each layer is independent. A failure in one layer does not compromise the others. URL unguessability provides passive security even with no permissions configured. Container isolation contains breaches even if the application is compromised. Bare metal ownership eliminates entire classes of attacks even if a container is fully taken over. --- ## Practical Security Postures ### Development: Open by Default ``` Permissions: None configured URL security: Cryptographic (2^96) Firewall: Default allow Network: Proxied exit Who can access: Only people who have the URL ``` Perfect for development, experimentation, and internal tools. The URL is the password."},{"id":"972e43ae54b1f792","title":"Community & Support","score":"9.363","fallback":false,"text":"--- ## Support Channels Summary | Channel | Best For | Response Time | |---|---|---| | Discord `#help` | Quick questions, debugging help | Hours (community) | | Discord `#bugs` | Reporting issues with context | Same day (team) | | GitHub Issues | Bug reports, feature tracking | 1-3 days | | GitHub PRs | Documentation improvements | 1-5 days | | [hoody.run/support](https://hoody.run/support) | Account issues, billing, custom requests | 1-2 business days | During pre-production, the team is small and highly responsive. As the platform grows, these response times may change, but the commitment to helping users will not. --- ## Code of Conduct Hoody's community spaces operate under a straightforward code of conduct: - **Be respectful.** Disagree with ideas, not people. - **Be helpful.** If you know the answer, share it. If you do not, say so. - **Be constructive.** Criticism is welcome when it comes with suggestions. - **No spam, no self-promotion** unrelated to Hoody or the community. The full code of conduct is available in the Discord server and GitHub repositories. --- > Every bug report makes the platform more stable. Every feature request shapes the roadmap. Every documentation fix helps the next person. We are building the HTTP-native cloud together. ## What's Next - [Troubleshooting Guide](/ecosystem/troubleshooting/) -- Solve common issues before asking for help - [Changelog](/ecosystem/changelog/) -- See what shipped recently - [Discord](https://discord.social.hoody.com) -- Jump in and say hello ---"},{"id":"90329228e4ce04ca","title":"Security Principles","score":"9.284","fallback":false,"text":"### Observability **When everything is HTTP, everything becomes observable.** Using hoody-exec, you can intercept and analyze all traffic: - Scan inputs for malicious payloads - Create complete audit trails - Rate limit to prevent abuse - Validate against policies - Real-time threat detection Use [hoody-exec](/kit/exec/) to build observability pipelines that intercept and analyze traffic across services. ### Gateway Containers (Jumphost) **Think of it as a poor man's VPN—but more appropriate for HTTP-native infrastructure.** Traditional VPN solutions are complex to configure, require specific clients on every device, and create a single point of failure. Gateway containers give you the same network access model but through pure HTTP—no special software, no configuration files, just a URL. ``` Your Device (Browser Only) → Gateway Container → Working Containers ``` **How it works:** A gateway container is just another Hoody container, but you use it exclusively as your entry point. It runs with elevated permissions and MITM capabilities, acting as your secure proxy into the rest of your infrastructure."},{"id":"c8e109760a8d6ef8","title":"Rent Servers","score":"9.144","fallback":false,"text":"Available durations vary by server offering. Common options include daily, weekly, and monthly rentals, with best rates for longer commitments. **How Billing Works:** - **Upfront Payment:** Full rental period charged when you click \"Rent\" - **Auto-Deduction:** Amount taken from your general balance via [Wallet API](/api/wallet/) - **Invoice Generated:** Automatic invoice for your records - **No Hidden Fees:** Price includes bandwidth, storage, everything ### Rental Lifecycle **Active Rental:** - Server fully operational - Deploy unlimited containers - Full resource access - Monitor usage in dashboard **Approaching Expiration:** - Email reminders sent - Option to renew before expiration - Manual renewal required **Grace Period (Hold Period):** - Server remains active briefly after expiration - Renew during this time to keep data - No additional charges during grace period - Typically 24-72 hours **After Grace Period:** - Server deprovisioned - All data deleted - Cannot be recovered **Important:** Always renew critical servers before expiration. Set calendar reminders and monitor expiration dates. Data loss after grace period is permanent. ## Server Provisioning Process **What happens after you click \"Rent\":** ### 1. Hardware Allocation (15-30 seconds) Physical server selected from available pool in chosen datacenter. Resources reserved exclusively for you. ### 2. OS Installation (1-3 minutes) Custom Hoody OS deployed to bare metal: - Optimized container runtime - Security hardening - Network configuration - Storage setup ### 3."},{"id":"9adca8aec0811c69","title":"Quick Start (Files)","score":"0.000","fallback":true,"text":"# Quick Start **Page:** api/files/quick-start [Download Raw Markdown](./api/files/quick-start.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Quick Start Hoody Files provides a comprehensive API for managing files and directories in your Hoody workspace. This quick start guide covers the essential operations you'll need for everyday file management tasks. ## Core Concepts **Files and Directories** — Hoody organizes content into files and directories. Files contain your content (code, documents, assets), while directories help organize related files into logical groupings. **Unique Identifiers** — Every file and directory receives a unique `id` upon creation. Use this ID for subsequent operations like retrieving, updating, or deleting specific resources. **Hierarchical Paths** — Directories can contain subdirectories, creating a tree structure. Paths are represented as slash-separated strings (e.g., `projects/api/docs`)."},{"id":"fc8e36cfa82e94de","title":"Hoody App (Overview)","score":"0.000","fallback":true,"text":"# Hoody App **Page:** api/app/index [Download Raw Markdown](./api/app/index.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Hoody App The App service provides core functionality for managing application runtime, execution contexts, source code management, and automation recipes within the Hoody platform. This service enables you to: - **Runtime Management** — Configure and control application runtime environments, including containerized execution contexts and resource allocation - **Execution Control** — Trigger, monitor, and manage application executions with fine-grained control over parameters and behavior - **Source Management** — Manage application source code repositories, sync sources, and handle deployment artifacts - **Recipe Automation** — Create, modify, and execute automation recipes that chain multiple operations into repeatable workflows Use the pages below to explore the App service APIs in detail. Manage application runtime environments and execution contexts. Configure container settings, resource limits, and runtime parameters. Trigger and control application executions. Monitor running processes, retrieve execution history, and manage execution lifecycles. Manage application source code repositories and deployment sources. Sync, update, and configure source connections. Create and execute automation recipes. Chain multiple operations into repeatable workflows with configurable triggers and conditions. ---"},{"id":"207f9e3226b8b7b4","title":"Containers API","score":"0.000","fallback":true,"text":"# Containers **Page:** api/containers [Download Raw Markdown](./api/containers.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Containers API The Containers API provides endpoints to list, create, retrieve, update, and delete containers across your Hoody projects. Containers are isolated runtime environments that can run applications with configurable features like AI capabilities, hoody_kit tooling, and ramdisk storage. ## Endpoints Overview | Method | Path | Description | |--------|------|-------------| | `GET` | `/api/v1/containers/` | List all containers across all projects | | `GET` | `/api/v1/containers/{id}` | Get a container by ID | | `GET` | `/api/v1/containers/{id}/stats` | Get real-time resource statistics | | `GET` | `/api/v1/projects/{id}/containers` | List containers for a specific project | | `POST` | `/api/v1/containers/{id}/authorize` | Issue a signed authorization claim | | `POST` | `/api/v1/projects/{id}/containers` | Create a new container | | `PATCH` | `/api/v1/containers/{id}` | Update container settings | | `DELETE` | `/api/v1/containers/{id}` | Delete a container | --- ## `GET /api/v1/containers/` Get all containers across all projects for the current user with pagination, filtering, and sorting. This endpoint provides a global view of all containers without being scoped to a specific project."}],"rawResponse":"{\"pageSummary\":\"The Acceptable Use Policy (legal page) for Hoody, enumerating prohibited uses of the Services, sensitive-data restrictions, output handling, permitted security-research carve-outs, and Hoody's enforcement/response process.\",\"findings\":[],\"notes\":[\"The provided `text` field is cut off mid-sentence at section 1.6(e) ('Tor relays acting as e…'), but the `headings` list runs through section 9 and `wordCount` is 3753 — this indicates the scrape excerpt was truncated, not that the live page is broken; full-page rendering was not verifiable from the supplied data.\",\"The supplied HOODY_DOCS_CONTEXT contains no AUP/policy source text, so AUP clauses are largely self-contained legal content and could not be cross-checked against docs; nothing in the AUP contradicts the available docs.\",\"Section 1.5 prohibits cryptocurrency mining while the Billing docs describe extensive cryptocurrency *payment* support — these are not in conflict, and the AUP explicitly carves out 'Use of cryptocurrency for payment'.\",\"'Last updated: 30 April 2026' is consistent with the current date (2026-06-16) and is not stale.\"]}\n","pageSummary":"The Acceptable Use Policy (legal page) for Hoody, enumerating prohibited uses of the Services, sensitive-data restrictions, output handling, permitted security-research carve-outs, and Hoody's enforcement/response process.","findings":[],"notes":["The provided `text` field is cut off mid-sentence at section 1.6(e) ('Tor relays acting as e…'), but the `headings` list runs through section 9 and `wordCount` is 3753 — this indicates the scrape excerpt was truncated, not that the live page is broken; full-page rendering was not verifiable from the supplied data.","The supplied HOODY_DOCS_CONTEXT contains no AUP/policy source text, so AUP clauses are largely self-contained legal content and could not be cross-checked against docs; nothing in the AUP contradicts the available docs.","Section 1.5 prohibits cryptocurrency mining while the Billing docs describe extensive cryptocurrency *payment* support — these are not in conflict, and the AUP explicitly carves out 'Use of cryptocurrency for payment'.","'Last updated: 30 April 2026' is consistent with the current date (2026-06-16) and is not stale."]},{"id":"f2f01404-3640-43af-94fe-5d2817649b67","runId":"1efe6d2c-3d1b-4e56-a807-3ae75c890923","status":"completed","error":null,"pageId":"670c26b9e5e65e7c","page":{"id":"670c26b9e5e65e7c","url":"https://hoody.com/agent","status":200,"title":"Hoody — Computers That Are URLs","description":"The first infrastructure where containers, terminals, displays, and AI agents share the same HTTP protocol.","headings":["Coming soon"],"wordCount":38,"contentHash":"3aedc9b389ba01ec","crawledAt":"2026-06-16T14:10:44.209Z"},"provider":"claude-code","model":"Claude Opus 4.8","startedAt":"2026-06-16T14:11:32.801Z","finishedAt":"2026-06-16T14:11:56.643Z","durationMs":23842,"tokenEstimate":{"prompt":6782,"completion":691,"total":7473,"method":"estimated_chars_div_3.7"},"costEstimate":{"inputPerMillion":0,"outputPerMillion":0,"promptCost":0,"completionCost":0,"totalCost":0,"currency":"USD","method":"rates_x_tokens"},"customNote":"","requestPayload":{"provider":"claude-code","model":"Claude Opus 4.8","websitePageSent":{"id":"670c26b9e5e65e7c","url":"https://hoody.com/agent","title":"Hoody — Computers That Are URLs","headings":["Coming soon"],"contentHash":"3aedc9b389ba01ec","wordCount":38,"text":"> Agent modeComing soonAn interface for your agents.Agent mode swaps the human-facing site for a surface designed for autonomous models — same content, machine-shaped. Drop your email and we'll send the invite when it's live.Join Waitlist>// hoody / agent← Back to human view"},"docsContextSent":[{"id":"f8fe2d5f94b9d867","title":"Deploying Autonomous AI Agents","score":"2.574","fallback":false,"text":"Deploy it as a daemon process.\", \"mode\": \"code\" }' ``` The agent now works autonomously. It reads files, writes code, executes commands, queries databases, and deploys services -- all through the same HTTP services available to any human user."},{"id":"47ab5e823db30fe5","title":"IPv4","score":"2.070","fallback":false,"text":"SSH Access **Direct SSH/SFTP access** to containers: - **[SSH →](./ssh/)** - SSH Proxy routes by public key - No dedicated IP needed - Works for terminal and file transfer access --- ## Use Cases (When Available) Dedicated IPv4 addresses will enable: **Legacy Application Support:** - Applications that require static IPs - IP-based licensing systems - IP whitelisting requirements **Direct Service Hosting:** - No reverse proxy in front - Direct IP:port access - Lower latency (no proxy layer) **Multi-IP Scenarios:** - Different IPs for different services - IP-based traffic segregation - Compliance requirements **Email/SMTP Hosting:** - Dedicated sending IP for reputation - Reverse DNS configuration - IP warmup for deliverability --- ## Stay Updated **Get notified when IPv4 support launches:** - Join the [Hoody Community](https://discord.social.hoody.com) for announcements - Follow [@hoodyrun](https://x.social.hoody.com) on Twitter - Check the [Changelog](/ecosystem/changelog/) for updates --- ## Current Networking Capabilities **Available now:** 1. **[Network Configuration](./network/)** - Control outbound traffic routing (exit IP) 2. **[Firewall](./firewall/)** - Packet-level ingress/egress filtering 3. **[SSH](./ssh/)** - Secure Shell and SFTP access 4."},{"id":"4f14cc5c2bea67e0","title":"Deploying Autonomous AI Agents","score":"2.068","fallback":false,"text":"curl -X POST \"https://$PROJECT_ID-$AGENT_ID-agent-1.$SERVER.containers.hoody.run/api/v1/agent/tasks\" \\ -H \"Content-Type: application/json\" \\ -d '{ \"description\": \"Set up a Node.js REST API with user authentication, SQLite database, and automated tests. Deploy it as a daemon process.\", \"mode\": \"code\" }' ``` ```typescript import { HoodyClient } from '@hoody-ai/hoody-sdk'; const client = new HoodyClient({ baseURL: 'https://api.hoody.run', token: process.env.HOODY_TOKEN }); // Using raw fetch to show the HTTP surface directly. // The same endpoints are also available via client.agent.* in the SDK. const response = await fetch( `https://${PROJECT_ID}-${AGENT_ID}-agent-1.${SERVER}.containers.hoody.run/api/v1/agent/tasks`, { method: 'POST', headers: { 'Content-Type': 'application/json' }, body: JSON.stringify({ description: `Set up a Node.js REST API with user authentication, SQLite database, and automated tests. Deploy it as a daemon process.`, mode: 'code', }), } ); const task = await response.json(); console.log('Task ID:', task.id); // Agent now autonomously: // 1. Installs Node.js via terminal // 2. Writes API code via file operations // 3. Creates database schema via SQLite // 4. Runs tests via terminal // 5. Starts daemon via daemon manager ``` ```bash curl -X POST \"https://$PROJECT_ID-$AGENT_ID-agent-1.$SERVER.containers.hoody.run/api/v1/agent/tasks\" \\ -H \"Content-Type: application/json\" \\ -d '{ \"description\": \"Set up a Node.js REST API with user authentication, SQLite database, and automated tests."},{"id":"6da36f6bc9a49cab","title":"Deploying Autonomous AI Agents","score":"1.958","fallback":false,"text":"# Deploying Autonomous AI Agents **Page:** guides/ai-agents [Download Raw Markdown](./guides/ai-agents.md) --- # Deploying Autonomous AI Agents **Every AI agent framework has the same fatal flaw: the agent can think but it cannot act.** It can generate code but cannot run it. It can plan a deployment but cannot execute it. It can describe a test but cannot open a browser. The agent is a brain in a jar, completely dependent on human hands to translate its intentions into reality. Hoody gives agents a body. When every service is an HTTPS endpoint — terminal, filesystem, database, browser, display, process manager — an AI agent does not need special adapters, custom plugins, or permission negotiations. It makes HTTP requests. That is what agents already know how to do. Every process the agent spawns is instantly a URL. Every tool it uses is a URL. And with the built-in `hoody-agent` service, you can orchestrate all of this through a single conversational interface — the agent manages itself. **HTTP-native infrastructure is AI-native infrastructure.** This is not a coincidence. It is the design. And it all runs on servers you own, with container-level isolation, zero shared state, and a privacy-first architecture years in the making."},{"id":"854b347050687001","title":"Deploying Autonomous AI Agents","score":"1.936","fallback":false,"text":"Connect GitHub, Slack, Jira, custom APIs, or any MCP-compatible server -- all orchestrated through the same HTTP interface. --- ## Autonomous Deployment Workflow Here is a real-world pattern: an AI agent that deploys your application end-to-end. ```typescript const client = new HoodyClient({ baseURL: 'https://api.hoody.run', token: process.env.HOODY_TOKEN }); // Step 1: Snapshot before deployment (safety net) await client.api.containers.createSnapshot(PRODUCTION_ID, { alias: `pre-deploy-${Date.now()}`, }); // Step 2: Agent pulls latest code and deploys via agent service URL const deployResponse = await fetch( `https://${PROJECT_ID}-${PRODUCTION_ID}-agent-1.${SERVER}.containers.hoody.run/api/v1/agent/tasks`, { method: 'POST', headers: { 'Content-Type': 'application/json' }, body: JSON.stringify({ description: ` 1. Pull latest code from main branch 2. Install dependencies 3. Run full test suite -- stop if any test fails 4. Build production assets 5. Restart the daemon process 6. Run smoke tests against the live URL 7."},{"id":"eb4c0f08ae1c8930","title":"Intercept & Control AI Requests (MITM)","score":"1.891","fallback":false,"text":"Human-in-the-Loop Gating Stop AI from executing high-stakes operations without human approval: ```javascript // @mode worker // @log-level standard const lastMessage = req.body.messages[req.body.messages.length - 1].content; // Detect high-stakes operations const isHighStakes = /deploy|delete|drop|production|payment|transfer/.test( lastMessage.toLowerCase() ); if (isHighStakes) { // Send notification to human via hoody-notifications await fetch('https://your-container-n-1.hoody.run/api/notify', { method: 'POST', headers: { 'Content-Type': 'application/json' }, body: JSON.stringify({ title: '🚨 AI Needs Approval', message: `High-stakes operation detected:\\n${lastMessage}`, priority: 'urgent', actions: [ { label: 'Approve', url: `/api/approve/${requestId}` }, { label: 'Reject', url: `/api/reject/${requestId}` } ] }) }); // Store request for approval workflow const requestId = crypto.randomUUID(); if (!shared.pendingApprovals) shared.pendingApprovals = new Map(); shared.pendingApprovals.set(requestId, req.body); return res.json({ status: 'pending_approval', requestId, message: 'High-stakes operation detected. Awaiting human approval.', estimatedWait: '2-10 minutes' }); } // Normal flow for safe operations const response = await fetch('https://ai.hoody.run/api/v1/chat/completions', { method: 'POST', headers: { 'Authorization': 'Bearer container-1', 'Content-Type': 'application/json' }, body: JSON.stringify(req.body) }); return res.json(await response.json()); ``` **The transformation:** AI agents can work autonomously 95% of the time. Critical decisions pause for your review."},{"id":"e55298bd312e4e4f","title":"Deploying Autonomous AI Agents","score":"1.837","fallback":false,"text":"Workers can spawn sub-workers. It is agents all the way down. --- ## MCP Client Integration Hoody Agent includes a production-ready MCP (Model Context Protocol) client that connects to external MCP servers, dynamically discovering their tools at runtime via `client.listTools()`: ```bash # Connect an external MCP server (e.g., GitHub) to your agent curl -X POST \"https://$PROJECT_ID-$AGENT_ID-agent-1.$SERVER.containers.hoody.run/api/v1/agent/mcp/servers\" \\ -H \"Content-Type: application/json\" \\ -d '{ \"name\": \"github\", \"enabled\": true }' ``` ```typescript import { HoodyClient } from '@hoody-ai/hoody-sdk'; const client = new HoodyClient({ baseURL: 'https://api.hoody.run', token: process.env.HOODY_TOKEN }); // Using raw fetch to show the HTTP surface directly. // The same endpoints are also available via client.agent.* in the SDK. await fetch( `https://${PROJECT_ID}-${AGENT_ID}-agent-1.${SERVER}.containers.hoody.run/api/v1/agent/mcp/servers`, { method: 'POST', headers: { 'Content-Type': 'application/json' }, body: JSON.stringify({ name: 'github', enabled: true, // Tools are dynamically discovered from connected MCP servers. // Supports local servers (stdio) and remote servers (StreamableHTTP/SSE). }), } ); ``` ```bash curl -X POST \"https://$PROJECT_ID-$AGENT_ID-agent-1.$SERVER.containers.hoody.run/api/v1/agent/mcp/servers\" \\ -H \"Content-Type: application/json\" \\ -d '{ \"name\": \"github\", \"enabled\": true }' ``` With MCP servers connected, the agent dynamically discovers and merges their tools with its built-in capabilities."},{"id":"55d8fa786828a164","title":"Multiplayer by Default","score":"1.835","fallback":false,"text":"const response = await fetch( `https://${PROJECT_ID}-${CONTAINER_ID}-agent-1.${SERVER}.containers.hoody.run/api/v1/agent/tasks`, { method: 'POST', headers: { 'Content-Type': 'application/json' }, body: JSON.stringify({ mode: 'code', description: 'Implement the user profile page based on the design in /docs/profile-mockup.png', }), } ); const task = await response.json(); // Team observes via URLs: // terminal-1 → Agent commands in real-time // code-1 → Code changes as they happen // display-1 → App preview updates live // agent-1 → Chat interface for guidance ``` ```bash # Start AI task curl -X POST \"https://$PROJECT_ID-$CONTAINER_ID-agent-1.$SERVER.containers.hoody.run/api/v1/agent/tasks\" \\ -H \"Content-Type: application/json\" \\ -d '{ \"mode\": \"code\", \"description\": \"Implement the user profile page based on the design in /docs/profile-mockup.png\" }' # Team watches via service URLs: # terminal-1.containers.hoody.run → Agent's commands # code-1.containers.hoody.run → Code changes # display-1.containers.hoody.run → Live preview # agent-1.containers.hoody.run → Chat with agent ``` The team watches the AI work. Someone notices a mistake and corrects the agent through the chat interface. Someone else opens the terminal and fixes a configuration issue the agent missed. The agent continues building, now on the right track. Human judgment and AI execution, simultaneously."},{"id":"24146b16a3026725","title":"Intercept & Control AI Requests (MITM)","score":"1.803","fallback":false,"text":"```javascript // Normal Hoody AI const AI_URL = 'https://ai.hoody.run/api/v1'; // With MITM enabled const AI_URL = 'https://your-project-container-exec-1.node-us.containers.hoody.run/api/v1'; // Rest of your code unchanged const response = await fetch(`${AI_URL}/chat/completions`, { method: 'POST', headers: { 'Authorization': 'Bearer container-1', 'Content-Type': 'application/json' }, body: JSON.stringify({ model, messages }) }); ``` Use environment variable to switch modes without code changes. **On-demand activation:** Want to test with MITM? Change the URL. Want to bypass MITM? Change back. No deployments. No config files. Just URL switching. --- ## Why MITM AI Makes Sense ### The HTTP Advantage Traditional AI integrations are black boxes. You send a prompt, get a response. Everything in between is hidden. **With Hoody's HTTP architecture:** - Every AI request is a visible HTTP call - Every response flows through your infrastructure - Every tool call is JSON you can inspect and modify - Every agent decision is an HTTP endpoint you can intercept **This means:** You can insert yourself (or your code) anywhere in the AI pipeline. Add logging. Request human approval. Transform prompts. Cache responses. Route to different models. Chain agents together. Replace tool calls. Inject context. All through simple HTTP interception."},{"id":"cdd2f63cc5d75ce4","title":"The 100x Foundation","score":"1.790","fallback":false,"text":"# The 100x Foundation **Page:** index [Download Raw Markdown](./index.md) --- ## The HTTP-Native Cloud Hoody is a new kind of cloud platform designed for the AI era. We replaced complex infrastructure with a simple, powerful principle: **Everything is a URL.** Spawn unlimited containers on bare metal. **Not ephemeral sandboxes**—these are persistent, durable computers for desktop apps and long-running services. Built for agents. Every resource (terminal, file, display) is an HTTP endpoint that AI can natively understand and control. No SDKs required. Interact with your entire infrastructure using standard HTTP requests. Every resource is a URL. Because everything is a URL, you can embed terminals, code editors, and full desktops into any web application or dashboard. --- ## Why Hoody? ### 🚀 For Developers Stop managing infrastructure. Treat your cloud like a library of functions. - **Instant Environments:** `POST /api/v1/projects/{id}/containers` -> Ready in seconds. - **Persistent & Durable:** Unlike sandboxes, your data and apps persist forever. - **Vibe Coding:** Code in the browser with full VS Code and live previews. - **Multiplayer:** Share your workspace URL for instant collaboration. ### 🤖 For AI Agents Give your agents the tools they need to be autonomous. - **Full Control:** Agents can spawn containers, run commands, edit files, and browse the web. - **MCP Client:** Built-in MCP client connects to external MCP servers (GitHub, Slack, Jira, custom APIs), dynamically discovering tools at runtime. - **Observability:** Every action is logged and observable via HTTP."},{"id":"ec4d476a3badb2df","title":"Deploying Autonomous AI Agents","score":"1.751","fallback":false,"text":"Report status via notification `, mode: 'code', }), } ); const deployTask = await deployResponse.json(); // Step 3: Poll for completion and check result let result; while (true) { const statusRes = await fetch( `https://${PROJECT_ID}-${PRODUCTION_ID}-agent-1.${SERVER}.containers.hoody.run/api/v1/agent/tasks/${deployTask.id}` ); result = await statusRes.json(); if (result.status === 'completed' || result.status === 'failed') break; await new Promise(r => setTimeout(r, 5000)); } if (result.status === 'failed') { // Rollback: restore the snapshot await client.api.containers.restoreSnapshot(PRODUCTION_ID, result.pre_deploy_snapshot); // Notify the team via kit notifications service const containerClient = await client.withContainer({ id: PRODUCTION_ID, project_id: PROJECT_ID, server: SERVER, }); await containerClient.notifications.notify.trigger({ title: 'Deployment Failed', body: `Rolled back to pre-deploy snapshot. Error: ${result.error}`, }); } ``` The agent handles the entire deployment pipeline. If anything goes wrong, the snapshot restores everything in seconds. No CI/CD platform needed. No YAML files. Just an agent, HTTP calls, and a safety net. --- ## Safeguards: The Snapshot-First Pattern AI agents are powerful but unpredictable."},{"id":"6897aa84c96763aa","title":"Multiplayer by Default","score":"1.741","fallback":false,"text":"--- ## Shared Displays Shared displays bring graphical application sharing to the same level. Multiple people see the same desktop, the same browser, the same GUI application -- and can interact with it simultaneously. ``` Display URL: https://PROJECT-CONTAINER-display-1.SERVER.containers.hoody.run Alice sees: The React app running in the container's Chrome Bob sees: The exact same view, in real-time Carol clicks: A button in the app -- Alice and Bob see the result instantly ``` This is not screen sharing. There is no video feed, no compression artifacts, no lag from encoding. Everyone is connected to the same display server. The experience is identical for every participant. ### Use Cases for Shared Displays **Live debugging:** Everyone sees the same browser. One person triggers the bug. Everyone watches the network tab, the console, the DOM simultaneously. **Design review:** A designer opens Figma in the container's browser. The team reviews together, pointing at elements, making live changes. **AI observation:** The agent runs browser automation in display-1 while the team watches. The agent navigates, clicks, fills forms. The team verifies the behavior is correct. --- ## Collaborative File Editing hoody-code gives everyone VS Code in a browser. Multiple people editing the same codebase simultaneously. ``` https://PROJECT-CONTAINER-code-1.SERVER.containers.hoody.run ``` Open this URL from different browsers. Each person gets a full VS Code instance connected to the same filesystem. File changes propagate instantly."},{"id":"9adca8aec0811c69","title":"Quick Start (Files)","score":"0.000","fallback":true,"text":"# Quick Start **Page:** api/files/quick-start [Download Raw Markdown](./api/files/quick-start.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Quick Start Hoody Files provides a comprehensive API for managing files and directories in your Hoody workspace. This quick start guide covers the essential operations you'll need for everyday file management tasks. ## Core Concepts **Files and Directories** — Hoody organizes content into files and directories. Files contain your content (code, documents, assets), while directories help organize related files into logical groupings. **Unique Identifiers** — Every file and directory receives a unique `id` upon creation. Use this ID for subsequent operations like retrieving, updating, or deleting specific resources. **Hierarchical Paths** — Directories can contain subdirectories, creating a tree structure. Paths are represented as slash-separated strings (e.g., `projects/api/docs`)."},{"id":"fc8e36cfa82e94de","title":"Hoody App (Overview)","score":"0.000","fallback":true,"text":"# Hoody App **Page:** api/app/index [Download Raw Markdown](./api/app/index.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Hoody App The App service provides core functionality for managing application runtime, execution contexts, source code management, and automation recipes within the Hoody platform. This service enables you to: - **Runtime Management** — Configure and control application runtime environments, including containerized execution contexts and resource allocation - **Execution Control** — Trigger, monitor, and manage application executions with fine-grained control over parameters and behavior - **Source Management** — Manage application source code repositories, sync sources, and handle deployment artifacts - **Recipe Automation** — Create, modify, and execute automation recipes that chain multiple operations into repeatable workflows Use the pages below to explore the App service APIs in detail. Manage application runtime environments and execution contexts. Configure container settings, resource limits, and runtime parameters. Trigger and control application executions. Monitor running processes, retrieve execution history, and manage execution lifecycles. Manage application source code repositories and deployment sources. Sync, update, and configure source connections. Create and execute automation recipes. Chain multiple operations into repeatable workflows with configurable triggers and conditions. ---"},{"id":"207f9e3226b8b7b4","title":"Containers API","score":"0.000","fallback":true,"text":"# Containers **Page:** api/containers [Download Raw Markdown](./api/containers.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Containers API The Containers API provides endpoints to list, create, retrieve, update, and delete containers across your Hoody projects. Containers are isolated runtime environments that can run applications with configurable features like AI capabilities, hoody_kit tooling, and ramdisk storage. ## Endpoints Overview | Method | Path | Description | |--------|------|-------------| | `GET` | `/api/v1/containers/` | List all containers across all projects | | `GET` | `/api/v1/containers/{id}` | Get a container by ID | | `GET` | `/api/v1/containers/{id}/stats` | Get real-time resource statistics | | `GET` | `/api/v1/projects/{id}/containers` | List containers for a specific project | | `POST` | `/api/v1/containers/{id}/authorize` | Issue a signed authorization claim | | `POST` | `/api/v1/projects/{id}/containers` | Create a new container | | `PATCH` | `/api/v1/containers/{id}` | Update container settings | | `DELETE` | `/api/v1/containers/{id}` | Delete a container | --- ## `GET /api/v1/containers/` Get all containers across all projects for the current user with pagination, filtering, and sorting. This endpoint provides a global view of all containers without being scoped to a specific project."}],"finalPromptSent":"OUTPUT PROTOCOL (read first, obey exactly)\n- Respond with a SINGLE valid JSON object and NOTHING else.\n- No prose, no markdown, no code fences, no preamble, no explanation outside the JSON.\n- Do NOT include any <think> blocks or chain-of-thought in the output. Think silently;\n  emit only the final JSON. (Any reasoning you expose will be discarded.)\n- The JSON must match OUTPUT JSON SHAPE below exactly. No extra top-level keys.\n\nROLE\nYou are a meticulous launch-readiness auditor for Hoody's English marketing website.\nHoody is HTTP-native infrastructure (\"Computers as URLs\" / \"Linux as HTTP\") that exposes\nLinux primitives as HTTPS endpoints so AI agents can operate full machines over URLs.\n\nTASK\nAudit ONE website page (WEBSITE_PAGE) against the official documentation excerpts\n(HOODY_DOCS_CONTEXT). Treat the docs as the source of truth and the website as the\nartifact under review. Report only defensible, specific problems a careful reviewer\nwould stand behind.\n\nWHAT TO LOOK FOR\n1. claim-mismatch — the page states something that contradicts the docs (numbers,\n   capabilities, limits, pricing, availability, behavior).\n2. missing-docs-support — a concrete, checkable claim that the supplied docs neither\n   confirm nor plausibly cover. Do NOT flag normal marketing tone as unsupported.\n3. terminology — product/feature names, casing, or concepts used inconsistently with\n   the docs (e.g. \"Agent mode\" vs \"Hoody Agent\") in a way that could mislead.\n4. launch-content — placeholder text, \"lorem\", TODO, dead/\"coming soon\" CTAs presented\n   as live, broken links, empty sections, obvious copy errors.\n5. legal-policy — issues on Terms/Privacy/AUP/Sub-processors pages (contradictions,\n   missing required disclosures, stale entities/dates). Tag clearly.\n6. broken-or-incomplete — page renders empty, truncated, or structurally broken.\n\nRULES\n- Return ONLY valid JSON. No prose, no markdown, no code fences.\n- Quote real evidence: copy the exact (or near-exact) phrase from WEBSITE_PAGE. Never invent text.\n- Anchor every docs claim to the supplied HOODY_DOCS_CONTEXT. If the docs context is\n  insufficient to judge a real claim, emit a finding with type \"needs-docs-context-check\"\n  rather than guessing or assuming a contradiction.\n- Precision over volume. A clean page should return an empty findings array. Do not\n  manufacture findings to look thorough. Do not flag subjective style preferences.\n- Be specific in recommendation: state the exact change to make.\n- No chain-of-thought. The \"discrepancy\" field is a concise audit rationale, not reasoning.\n\nSEVERITY RUBRIC\n- high   = factually wrong, contradicts docs, broken, or legally risky. Ship-blocker.\n- medium = misleading, ambiguous, or likely to confuse; should fix before launch.\n- low    = minor polish, wording, or low-impact inconsistency.\n\nCONFIDENCE\n- high   = directly supported by the supplied evidence + docs.\n- medium = strong inference.\n- low    = plausible but the supplied context is thin (prefer needs-docs-context-check).\n\nOUTPUT JSON SHAPE (return exactly this structure)\n{\n  \"pageSummary\": \"1-2 sentence neutral description of what this page is\",\n  \"findings\": [\n    {\n      \"severity\": \"high|medium|low\",\n      \"type\": \"claim-mismatch|missing-docs-support|terminology|launch-content|legal-policy|broken-or-incomplete|needs-docs-context-check|other\",\n      \"tag\": \"short-kebab-tag\",\n      \"message\": \"one-line title of the issue\",\n      \"evidence\": \"exact quote from the website page\",\n      \"docsReference\": \"the docs section/excerpt used, or why docs context is missing\",\n      \"discrepancy\": \"why this is a problem, concisely\",\n      \"confidence\": \"high|medium|low\",\n      \"recommendation\": \"the specific fix to apply\"\n    }\n  ],\n  \"notes\": [\"optional neutral observations that are not findings\"]\n}\n\nREMINDER\nOutput the JSON object only. Begin your response with \"{\" and end it with \"}\".\nIf the page is clean, return {\"pageSummary\":\"...\",\"findings\":[],\"notes\":[]}.\n\nCUSTOM_NOTE:\n(none)\n\nWEBSITE_PAGE:\n{\n  \"url\": \"https://hoody.com/agent\",\n  \"title\": \"Hoody — Computers That Are URLs\",\n  \"description\": \"The first infrastructure where containers, terminals, displays, and AI agents share the same HTTP protocol.\",\n  \"headings\": [\n    \"Coming soon\"\n  ],\n  \"wordCount\": 38,\n  \"text\": \"> Agent modeComing soonAn interface for your agents.Agent mode swaps the human-facing site for a surface designed for autonomous models — same content, machine-shaped. Drop your email and we'll send the invite when it's live.Join Waitlist>// hoody / agent← Back to human view\"\n}\n\nHOODY_DOCS_CONTEXT:\n[\n  {\n    \"title\": \"Deploying Autonomous AI Agents\",\n    \"text\": \"Deploy it as a daemon process.\\\", \\\"mode\\\": \\\"code\\\" }' ``` The agent now works autonomously. It reads files, writes code, executes commands, queries databases, and deploys services -- all through the same HTTP services available to any human user.\"\n  },\n  {\n    \"title\": \"IPv4\",\n    \"text\": \"SSH Access **Direct SSH/SFTP access** to containers: - **[SSH →](./ssh/)** - SSH Proxy routes by public key - No dedicated IP needed - Works for terminal and file transfer access --- ## Use Cases (When Available) Dedicated IPv4 addresses will enable: **Legacy Application Support:** - Applications that require static IPs - IP-based licensing systems - IP whitelisting requirements **Direct Service Hosting:** - No reverse proxy in front - Direct IP:port access - Lower latency (no proxy layer) **Multi-IP Scenarios:** - Different IPs for different services - IP-based traffic segregation - Compliance requirements **Email/SMTP Hosting:** - Dedicated sending IP for reputation - Reverse DNS configuration - IP warmup for deliverability --- ## Stay Updated **Get notified when IPv4 support launches:** - Join the [Hoody Community](https://discord.social.hoody.com) for announcements - Follow [@hoodyrun](https://x.social.hoody.com) on Twitter - Check the [Changelog](/ecosystem/changelog/) for updates --- ## Current Networking Capabilities **Available now:** 1. **[Network Configuration](./network/)** - Control outbound traffic routing (exit IP) 2. **[Firewall](./firewall/)** - Packet-level ingress/egress filtering 3. **[SSH](./ssh/)** - Secure Shell and SFTP access 4.\"\n  },\n  {\n    \"title\": \"Deploying Autonomous AI Agents\",\n    \"text\": \"curl -X POST \\\"https://$PROJECT_ID-$AGENT_ID-agent-1.$SERVER.containers.hoody.run/api/v1/agent/tasks\\\" \\\\ -H \\\"Content-Type: application/json\\\" \\\\ -d '{ \\\"description\\\": \\\"Set up a Node.js REST API with user authentication, SQLite database, and automated tests. Deploy it as a daemon process.\\\", \\\"mode\\\": \\\"code\\\" }' ``` ```typescript import { HoodyClient } from '@hoody-ai/hoody-sdk'; const client = new HoodyClient({ baseURL: 'https://api.hoody.run', token: process.env.HOODY_TOKEN }); // Using raw fetch to show the HTTP surface directly. // The same endpoints are also available via client.agent.* in the SDK. const response = await fetch( `https://${PROJECT_ID}-${AGENT_ID}-agent-1.${SERVER}.containers.hoody.run/api/v1/agent/tasks`, { method: 'POST', headers: { 'Content-Type': 'application/json' }, body: JSON.stringify({ description: `Set up a Node.js REST API with user authentication, SQLite database, and automated tests. Deploy it as a daemon process.`, mode: 'code', }), } ); const task = await response.json(); console.log('Task ID:', task.id); // Agent now autonomously: // 1. Installs Node.js via terminal // 2. Writes API code via file operations // 3. Creates database schema via SQLite // 4. Runs tests via terminal // 5. Starts daemon via daemon manager ``` ```bash curl -X POST \\\"https://$PROJECT_ID-$AGENT_ID-agent-1.$SERVER.containers.hoody.run/api/v1/agent/tasks\\\" \\\\ -H \\\"Content-Type: application/json\\\" \\\\ -d '{ \\\"description\\\": \\\"Set up a Node.js REST API with user authentication, SQLite database, and automated tests.\"\n  },\n  {\n    \"title\": \"Deploying Autonomous AI Agents\",\n    \"text\": \"# Deploying Autonomous AI Agents **Page:** guides/ai-agents [Download Raw Markdown](./guides/ai-agents.md) --- # Deploying Autonomous AI Agents **Every AI agent framework has the same fatal flaw: the agent can think but it cannot act.** It can generate code but cannot run it. It can plan a deployment but cannot execute it. It can describe a test but cannot open a browser. The agent is a brain in a jar, completely dependent on human hands to translate its intentions into reality. Hoody gives agents a body. When every service is an HTTPS endpoint — terminal, filesystem, database, browser, display, process manager — an AI agent does not need special adapters, custom plugins, or permission negotiations. It makes HTTP requests. That is what agents already know how to do. Every process the agent spawns is instantly a URL. Every tool it uses is a URL. And with the built-in `hoody-agent` service, you can orchestrate all of this through a single conversational interface — the agent manages itself. **HTTP-native infrastructure is AI-native infrastructure.** This is not a coincidence. It is the design. And it all runs on servers you own, with container-level isolation, zero shared state, and a privacy-first architecture years in the making.\"\n  },\n  {\n    \"title\": \"Deploying Autonomous AI Agents\",\n    \"text\": \"Connect GitHub, Slack, Jira, custom APIs, or any MCP-compatible server -- all orchestrated through the same HTTP interface. --- ## Autonomous Deployment Workflow Here is a real-world pattern: an AI agent that deploys your application end-to-end. ```typescript const client = new HoodyClient({ baseURL: 'https://api.hoody.run', token: process.env.HOODY_TOKEN }); // Step 1: Snapshot before deployment (safety net) await client.api.containers.createSnapshot(PRODUCTION_ID, { alias: `pre-deploy-${Date.now()}`, }); // Step 2: Agent pulls latest code and deploys via agent service URL const deployResponse = await fetch( `https://${PROJECT_ID}-${PRODUCTION_ID}-agent-1.${SERVER}.containers.hoody.run/api/v1/agent/tasks`, { method: 'POST', headers: { 'Content-Type': 'application/json' }, body: JSON.stringify({ description: ` 1. Pull latest code from main branch 2. Install dependencies 3. Run full test suite -- stop if any test fails 4. Build production assets 5. Restart the daemon process 6. Run smoke tests against the live URL 7.\"\n  },\n  {\n    \"title\": \"Intercept & Control AI Requests (MITM)\",\n    \"text\": \"Human-in-the-Loop Gating Stop AI from executing high-stakes operations without human approval: ```javascript // @mode worker // @log-level standard const lastMessage = req.body.messages[req.body.messages.length - 1].content; // Detect high-stakes operations const isHighStakes = /deploy|delete|drop|production|payment|transfer/.test( lastMessage.toLowerCase() ); if (isHighStakes) { // Send notification to human via hoody-notifications await fetch('https://your-container-n-1.hoody.run/api/notify', { method: 'POST', headers: { 'Content-Type': 'application/json' }, body: JSON.stringify({ title: '🚨 AI Needs Approval', message: `High-stakes operation detected:\\\\n${lastMessage}`, priority: 'urgent', actions: [ { label: 'Approve', url: `/api/approve/${requestId}` }, { label: 'Reject', url: `/api/reject/${requestId}` } ] }) }); // Store request for approval workflow const requestId = crypto.randomUUID(); if (!shared.pendingApprovals) shared.pendingApprovals = new Map(); shared.pendingApprovals.set(requestId, req.body); return res.json({ status: 'pending_approval', requestId, message: 'High-stakes operation detected. Awaiting human approval.', estimatedWait: '2-10 minutes' }); } // Normal flow for safe operations const response = await fetch('https://ai.hoody.run/api/v1/chat/completions', { method: 'POST', headers: { 'Authorization': 'Bearer container-1', 'Content-Type': 'application/json' }, body: JSON.stringify(req.body) }); return res.json(await response.json()); ``` **The transformation:** AI agents can work autonomously 95% of the time. Critical decisions pause for your review.\"\n  },\n  {\n    \"title\": \"Deploying Autonomous AI Agents\",\n    \"text\": \"Workers can spawn sub-workers. It is agents all the way down. --- ## MCP Client Integration Hoody Agent includes a production-ready MCP (Model Context Protocol) client that connects to external MCP servers, dynamically discovering their tools at runtime via `client.listTools()`: ```bash # Connect an external MCP server (e.g., GitHub) to your agent curl -X POST \\\"https://$PROJECT_ID-$AGENT_ID-agent-1.$SERVER.containers.hoody.run/api/v1/agent/mcp/servers\\\" \\\\ -H \\\"Content-Type: application/json\\\" \\\\ -d '{ \\\"name\\\": \\\"github\\\", \\\"enabled\\\": true }' ``` ```typescript import { HoodyClient } from '@hoody-ai/hoody-sdk'; const client = new HoodyClient({ baseURL: 'https://api.hoody.run', token: process.env.HOODY_TOKEN }); // Using raw fetch to show the HTTP surface directly. // The same endpoints are also available via client.agent.* in the SDK. await fetch( `https://${PROJECT_ID}-${AGENT_ID}-agent-1.${SERVER}.containers.hoody.run/api/v1/agent/mcp/servers`, { method: 'POST', headers: { 'Content-Type': 'application/json' }, body: JSON.stringify({ name: 'github', enabled: true, // Tools are dynamically discovered from connected MCP servers. // Supports local servers (stdio) and remote servers (StreamableHTTP/SSE). }), } ); ``` ```bash curl -X POST \\\"https://$PROJECT_ID-$AGENT_ID-agent-1.$SERVER.containers.hoody.run/api/v1/agent/mcp/servers\\\" \\\\ -H \\\"Content-Type: application/json\\\" \\\\ -d '{ \\\"name\\\": \\\"github\\\", \\\"enabled\\\": true }' ``` With MCP servers connected, the agent dynamically discovers and merges their tools with its built-in capabilities.\"\n  },\n  {\n    \"title\": \"Multiplayer by Default\",\n    \"text\": \"const response = await fetch( `https://${PROJECT_ID}-${CONTAINER_ID}-agent-1.${SERVER}.containers.hoody.run/api/v1/agent/tasks`, { method: 'POST', headers: { 'Content-Type': 'application/json' }, body: JSON.stringify({ mode: 'code', description: 'Implement the user profile page based on the design in /docs/profile-mockup.png', }), } ); const task = await response.json(); // Team observes via URLs: // terminal-1 → Agent commands in real-time // code-1 → Code changes as they happen // display-1 → App preview updates live // agent-1 → Chat interface for guidance ``` ```bash # Start AI task curl -X POST \\\"https://$PROJECT_ID-$CONTAINER_ID-agent-1.$SERVER.containers.hoody.run/api/v1/agent/tasks\\\" \\\\ -H \\\"Content-Type: application/json\\\" \\\\ -d '{ \\\"mode\\\": \\\"code\\\", \\\"description\\\": \\\"Implement the user profile page based on the design in /docs/profile-mockup.png\\\" }' # Team watches via service URLs: # terminal-1.containers.hoody.run → Agent's commands # code-1.containers.hoody.run → Code changes # display-1.containers.hoody.run → Live preview # agent-1.containers.hoody.run → Chat with agent ``` The team watches the AI work. Someone notices a mistake and corrects the agent through the chat interface. Someone else opens the terminal and fixes a configuration issue the agent missed. The agent continues building, now on the right track. Human judgment and AI execution, simultaneously.\"\n  },\n  {\n    \"title\": \"Intercept & Control AI Requests (MITM)\",\n    \"text\": \"```javascript // Normal Hoody AI const AI_URL = 'https://ai.hoody.run/api/v1'; // With MITM enabled const AI_URL = 'https://your-project-container-exec-1.node-us.containers.hoody.run/api/v1'; // Rest of your code unchanged const response = await fetch(`${AI_URL}/chat/completions`, { method: 'POST', headers: { 'Authorization': 'Bearer container-1', 'Content-Type': 'application/json' }, body: JSON.stringify({ model, messages }) }); ``` Use environment variable to switch modes without code changes. **On-demand activation:** Want to test with MITM? Change the URL. Want to bypass MITM? Change back. No deployments. No config files. Just URL switching. --- ## Why MITM AI Makes Sense ### The HTTP Advantage Traditional AI integrations are black boxes. You send a prompt, get a response. Everything in between is hidden. **With Hoody's HTTP architecture:** - Every AI request is a visible HTTP call - Every response flows through your infrastructure - Every tool call is JSON you can inspect and modify - Every agent decision is an HTTP endpoint you can intercept **This means:** You can insert yourself (or your code) anywhere in the AI pipeline. Add logging. Request human approval. Transform prompts. Cache responses. Route to different models. Chain agents together. Replace tool calls. Inject context. All through simple HTTP interception.\"\n  },\n  {\n    \"title\": \"The 100x Foundation\",\n    \"text\": \"# The 100x Foundation **Page:** index [Download Raw Markdown](./index.md) --- ## The HTTP-Native Cloud Hoody is a new kind of cloud platform designed for the AI era. We replaced complex infrastructure with a simple, powerful principle: **Everything is a URL.** Spawn unlimited containers on bare metal. **Not ephemeral sandboxes**—these are persistent, durable computers for desktop apps and long-running services. Built for agents. Every resource (terminal, file, display) is an HTTP endpoint that AI can natively understand and control. No SDKs required. Interact with your entire infrastructure using standard HTTP requests. Every resource is a URL. Because everything is a URL, you can embed terminals, code editors, and full desktops into any web application or dashboard. --- ## Why Hoody? ### 🚀 For Developers Stop managing infrastructure. Treat your cloud like a library of functions. - **Instant Environments:** `POST /api/v1/projects/{id}/containers` -> Ready in seconds. - **Persistent & Durable:** Unlike sandboxes, your data and apps persist forever. - **Vibe Coding:** Code in the browser with full VS Code and live previews. - **Multiplayer:** Share your workspace URL for instant collaboration. ### 🤖 For AI Agents Give your agents the tools they need to be autonomous. - **Full Control:** Agents can spawn containers, run commands, edit files, and browse the web. - **MCP Client:** Built-in MCP client connects to external MCP servers (GitHub, Slack, Jira, custom APIs), dynamically discovering tools at runtime. - **Observability:** Every action is logged and observable via HTTP.\"\n  },\n  {\n    \"title\": \"Deploying Autonomous AI Agents\",\n    \"text\": \"Report status via notification `, mode: 'code', }), } ); const deployTask = await deployResponse.json(); // Step 3: Poll for completion and check result let result; while (true) { const statusRes = await fetch( `https://${PROJECT_ID}-${PRODUCTION_ID}-agent-1.${SERVER}.containers.hoody.run/api/v1/agent/tasks/${deployTask.id}` ); result = await statusRes.json(); if (result.status === 'completed' || result.status === 'failed') break; await new Promise(r => setTimeout(r, 5000)); } if (result.status === 'failed') { // Rollback: restore the snapshot await client.api.containers.restoreSnapshot(PRODUCTION_ID, result.pre_deploy_snapshot); // Notify the team via kit notifications service const containerClient = await client.withContainer({ id: PRODUCTION_ID, project_id: PROJECT_ID, server: SERVER, }); await containerClient.notifications.notify.trigger({ title: 'Deployment Failed', body: `Rolled back to pre-deploy snapshot. Error: ${result.error}`, }); } ``` The agent handles the entire deployment pipeline. If anything goes wrong, the snapshot restores everything in seconds. No CI/CD platform needed. No YAML files. Just an agent, HTTP calls, and a safety net. --- ## Safeguards: The Snapshot-First Pattern AI agents are powerful but unpredictable.\"\n  },\n  {\n    \"title\": \"Multiplayer by Default\",\n    \"text\": \"--- ## Shared Displays Shared displays bring graphical application sharing to the same level. Multiple people see the same desktop, the same browser, the same GUI application -- and can interact with it simultaneously. ``` Display URL: https://PROJECT-CONTAINER-display-1.SERVER.containers.hoody.run Alice sees: The React app running in the container's Chrome Bob sees: The exact same view, in real-time Carol clicks: A button in the app -- Alice and Bob see the result instantly ``` This is not screen sharing. There is no video feed, no compression artifacts, no lag from encoding. Everyone is connected to the same display server. The experience is identical for every participant. ### Use Cases for Shared Displays **Live debugging:** Everyone sees the same browser. One person triggers the bug. Everyone watches the network tab, the console, the DOM simultaneously. **Design review:** A designer opens Figma in the container's browser. The team reviews together, pointing at elements, making live changes. **AI observation:** The agent runs browser automation in display-1 while the team watches. The agent navigates, clicks, fills forms. The team verifies the behavior is correct. --- ## Collaborative File Editing hoody-code gives everyone VS Code in a browser. Multiple people editing the same codebase simultaneously. ``` https://PROJECT-CONTAINER-code-1.SERVER.containers.hoody.run ``` Open this URL from different browsers. Each person gets a full VS Code instance connected to the same filesystem. File changes propagate instantly.\"\n  },\n  {\n    \"title\": \"Quick Start (Files)\",\n    \"text\": \"# Quick Start **Page:** api/files/quick-start [Download Raw Markdown](./api/files/quick-start.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Quick Start Hoody Files provides a comprehensive API for managing files and directories in your Hoody workspace. This quick start guide covers the essential operations you'll need for everyday file management tasks. ## Core Concepts **Files and Directories** — Hoody organizes content into files and directories. Files contain your content (code, documents, assets), while directories help organize related files into logical groupings. **Unique Identifiers** — Every file and directory receives a unique `id` upon creation. Use this ID for subsequent operations like retrieving, updating, or deleting specific resources. **Hierarchical Paths** — Directories can contain subdirectories, creating a tree structure. Paths are represented as slash-separated strings (e.g., `projects/api/docs`).\"\n  },\n  {\n    \"title\": \"Hoody App (Overview)\",\n    \"text\": \"# Hoody App **Page:** api/app/index [Download Raw Markdown](./api/app/index.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Hoody App The App service provides core functionality for managing application runtime, execution contexts, source code management, and automation recipes within the Hoody platform. This service enables you to: - **Runtime Management** — Configure and control application runtime environments, including containerized execution contexts and resource allocation - **Execution Control** — Trigger, monitor, and manage application executions with fine-grained control over parameters and behavior - **Source Management** — Manage application source code repositories, sync sources, and handle deployment artifacts - **Recipe Automation** — Create, modify, and execute automation recipes that chain multiple operations into repeatable workflows Use the pages below to explore the App service APIs in detail. Manage application runtime environments and execution contexts. Configure container settings, resource limits, and runtime parameters. Trigger and control application executions. Monitor running processes, retrieve execution history, and manage execution lifecycles. Manage application source code repositories and deployment sources. Sync, update, and configure source connections. Create and execute automation recipes. Chain multiple operations into repeatable workflows with configurable triggers and conditions. ---\"\n  },\n  {\n    \"title\": \"Containers API\",\n    \"text\": \"# Containers **Page:** api/containers [Download Raw Markdown](./api/containers.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Containers API The Containers API provides endpoints to list, create, retrieve, update, and delete containers across your Hoody projects. Containers are isolated runtime environments that can run applications with configurable features like AI capabilities, hoody_kit tooling, and ramdisk storage. ## Endpoints Overview | Method | Path | Description | |--------|------|-------------| | `GET` | `/api/v1/containers/` | List all containers across all projects | | `GET` | `/api/v1/containers/{id}` | Get a container by ID | | `GET` | `/api/v1/containers/{id}/stats` | Get real-time resource statistics | | `GET` | `/api/v1/projects/{id}/containers` | List containers for a specific project | | `POST` | `/api/v1/containers/{id}/authorize` | Issue a signed authorization claim | | `POST` | `/api/v1/projects/{id}/containers` | Create a new container | | `PATCH` | `/api/v1/containers/{id}` | Update container settings | | `DELETE` | `/api/v1/containers/{id}` | Delete a container | --- ## `GET /api/v1/containers/` Get all containers across all projects for the current user with pagination, filtering, and sorting. This endpoint provides a global view of all containers without being scoped to a specific project.\"\n  }\n]\n"},"prompt":"OUTPUT PROTOCOL (read first, obey exactly)\n- Respond with a SINGLE valid JSON object and NOTHING else.\n- No prose, no markdown, no code fences, no preamble, no explanation outside the JSON.\n- Do NOT include any <think> blocks or chain-of-thought in the output. Think silently;\n  emit only the final JSON. (Any reasoning you expose will be discarded.)\n- The JSON must match OUTPUT JSON SHAPE below exactly. No extra top-level keys.\n\nROLE\nYou are a meticulous launch-readiness auditor for Hoody's English marketing website.\nHoody is HTTP-native infrastructure (\"Computers as URLs\" / \"Linux as HTTP\") that exposes\nLinux primitives as HTTPS endpoints so AI agents can operate full machines over URLs.\n\nTASK\nAudit ONE website page (WEBSITE_PAGE) against the official documentation excerpts\n(HOODY_DOCS_CONTEXT). Treat the docs as the source of truth and the website as the\nartifact under review. Report only defensible, specific problems a careful reviewer\nwould stand behind.\n\nWHAT TO LOOK FOR\n1. claim-mismatch — the page states something that contradicts the docs (numbers,\n   capabilities, limits, pricing, availability, behavior).\n2. missing-docs-support — a concrete, checkable claim that the supplied docs neither\n   confirm nor plausibly cover. Do NOT flag normal marketing tone as unsupported.\n3. terminology — product/feature names, casing, or concepts used inconsistently with\n   the docs (e.g. \"Agent mode\" vs \"Hoody Agent\") in a way that could mislead.\n4. launch-content — placeholder text, \"lorem\", TODO, dead/\"coming soon\" CTAs presented\n   as live, broken links, empty sections, obvious copy errors.\n5. legal-policy — issues on Terms/Privacy/AUP/Sub-processors pages (contradictions,\n   missing required disclosures, stale entities/dates). Tag clearly.\n6. broken-or-incomplete — page renders empty, truncated, or structurally broken.\n\nRULES\n- Return ONLY valid JSON. No prose, no markdown, no code fences.\n- Quote real evidence: copy the exact (or near-exact) phrase from WEBSITE_PAGE. Never invent text.\n- Anchor every docs claim to the supplied HOODY_DOCS_CONTEXT. If the docs context is\n  insufficient to judge a real claim, emit a finding with type \"needs-docs-context-check\"\n  rather than guessing or assuming a contradiction.\n- Precision over volume. A clean page should return an empty findings array. Do not\n  manufacture findings to look thorough. Do not flag subjective style preferences.\n- Be specific in recommendation: state the exact change to make.\n- No chain-of-thought. The \"discrepancy\" field is a concise audit rationale, not reasoning.\n\nSEVERITY RUBRIC\n- high   = factually wrong, contradicts docs, broken, or legally risky. Ship-blocker.\n- medium = misleading, ambiguous, or likely to confuse; should fix before launch.\n- low    = minor polish, wording, or low-impact inconsistency.\n\nCONFIDENCE\n- high   = directly supported by the supplied evidence + docs.\n- medium = strong inference.\n- low    = plausible but the supplied context is thin (prefer needs-docs-context-check).\n\nOUTPUT JSON SHAPE (return exactly this structure)\n{\n  \"pageSummary\": \"1-2 sentence neutral description of what this page is\",\n  \"findings\": [\n    {\n      \"severity\": \"high|medium|low\",\n      \"type\": \"claim-mismatch|missing-docs-support|terminology|launch-content|legal-policy|broken-or-incomplete|needs-docs-context-check|other\",\n      \"tag\": \"short-kebab-tag\",\n      \"message\": \"one-line title of the issue\",\n      \"evidence\": \"exact quote from the website page\",\n      \"docsReference\": \"the docs section/excerpt used, or why docs context is missing\",\n      \"discrepancy\": \"why this is a problem, concisely\",\n      \"confidence\": \"high|medium|low\",\n      \"recommendation\": \"the specific fix to apply\"\n    }\n  ],\n  \"notes\": [\"optional neutral observations that are not findings\"]\n}\n\nREMINDER\nOutput the JSON object only. Begin your response with \"{\" and end it with \"}\".\nIf the page is clean, return {\"pageSummary\":\"...\",\"findings\":[],\"notes\":[]}.\n\nCUSTOM_NOTE:\n(none)\n\nWEBSITE_PAGE:\n{\n  \"url\": \"https://hoody.com/agent\",\n  \"title\": \"Hoody — Computers That Are URLs\",\n  \"description\": \"The first infrastructure where containers, terminals, displays, and AI agents share the same HTTP protocol.\",\n  \"headings\": [\n    \"Coming soon\"\n  ],\n  \"wordCount\": 38,\n  \"text\": \"> Agent modeComing soonAn interface for your agents.Agent mode swaps the human-facing site for a surface designed for autonomous models — same content, machine-shaped. Drop your email and we'll send the invite when it's live.Join Waitlist>// hoody / agent← Back to human view\"\n}\n\nHOODY_DOCS_CONTEXT:\n[\n  {\n    \"title\": \"Deploying Autonomous AI Agents\",\n    \"text\": \"Deploy it as a daemon process.\\\", \\\"mode\\\": \\\"code\\\" }' ``` The agent now works autonomously. It reads files, writes code, executes commands, queries databases, and deploys services -- all through the same HTTP services available to any human user.\"\n  },\n  {\n    \"title\": \"IPv4\",\n    \"text\": \"SSH Access **Direct SSH/SFTP access** to containers: - **[SSH →](./ssh/)** - SSH Proxy routes by public key - No dedicated IP needed - Works for terminal and file transfer access --- ## Use Cases (When Available) Dedicated IPv4 addresses will enable: **Legacy Application Support:** - Applications that require static IPs - IP-based licensing systems - IP whitelisting requirements **Direct Service Hosting:** - No reverse proxy in front - Direct IP:port access - Lower latency (no proxy layer) **Multi-IP Scenarios:** - Different IPs for different services - IP-based traffic segregation - Compliance requirements **Email/SMTP Hosting:** - Dedicated sending IP for reputation - Reverse DNS configuration - IP warmup for deliverability --- ## Stay Updated **Get notified when IPv4 support launches:** - Join the [Hoody Community](https://discord.social.hoody.com) for announcements - Follow [@hoodyrun](https://x.social.hoody.com) on Twitter - Check the [Changelog](/ecosystem/changelog/) for updates --- ## Current Networking Capabilities **Available now:** 1. **[Network Configuration](./network/)** - Control outbound traffic routing (exit IP) 2. **[Firewall](./firewall/)** - Packet-level ingress/egress filtering 3. **[SSH](./ssh/)** - Secure Shell and SFTP access 4.\"\n  },\n  {\n    \"title\": \"Deploying Autonomous AI Agents\",\n    \"text\": \"curl -X POST \\\"https://$PROJECT_ID-$AGENT_ID-agent-1.$SERVER.containers.hoody.run/api/v1/agent/tasks\\\" \\\\ -H \\\"Content-Type: application/json\\\" \\\\ -d '{ \\\"description\\\": \\\"Set up a Node.js REST API with user authentication, SQLite database, and automated tests. Deploy it as a daemon process.\\\", \\\"mode\\\": \\\"code\\\" }' ``` ```typescript import { HoodyClient } from '@hoody-ai/hoody-sdk'; const client = new HoodyClient({ baseURL: 'https://api.hoody.run', token: process.env.HOODY_TOKEN }); // Using raw fetch to show the HTTP surface directly. // The same endpoints are also available via client.agent.* in the SDK. const response = await fetch( `https://${PROJECT_ID}-${AGENT_ID}-agent-1.${SERVER}.containers.hoody.run/api/v1/agent/tasks`, { method: 'POST', headers: { 'Content-Type': 'application/json' }, body: JSON.stringify({ description: `Set up a Node.js REST API with user authentication, SQLite database, and automated tests. Deploy it as a daemon process.`, mode: 'code', }), } ); const task = await response.json(); console.log('Task ID:', task.id); // Agent now autonomously: // 1. Installs Node.js via terminal // 2. Writes API code via file operations // 3. Creates database schema via SQLite // 4. Runs tests via terminal // 5. Starts daemon via daemon manager ``` ```bash curl -X POST \\\"https://$PROJECT_ID-$AGENT_ID-agent-1.$SERVER.containers.hoody.run/api/v1/agent/tasks\\\" \\\\ -H \\\"Content-Type: application/json\\\" \\\\ -d '{ \\\"description\\\": \\\"Set up a Node.js REST API with user authentication, SQLite database, and automated tests.\"\n  },\n  {\n    \"title\": \"Deploying Autonomous AI Agents\",\n    \"text\": \"# Deploying Autonomous AI Agents **Page:** guides/ai-agents [Download Raw Markdown](./guides/ai-agents.md) --- # Deploying Autonomous AI Agents **Every AI agent framework has the same fatal flaw: the agent can think but it cannot act.** It can generate code but cannot run it. It can plan a deployment but cannot execute it. It can describe a test but cannot open a browser. The agent is a brain in a jar, completely dependent on human hands to translate its intentions into reality. Hoody gives agents a body. When every service is an HTTPS endpoint — terminal, filesystem, database, browser, display, process manager — an AI agent does not need special adapters, custom plugins, or permission negotiations. It makes HTTP requests. That is what agents already know how to do. Every process the agent spawns is instantly a URL. Every tool it uses is a URL. And with the built-in `hoody-agent` service, you can orchestrate all of this through a single conversational interface — the agent manages itself. **HTTP-native infrastructure is AI-native infrastructure.** This is not a coincidence. It is the design. And it all runs on servers you own, with container-level isolation, zero shared state, and a privacy-first architecture years in the making.\"\n  },\n  {\n    \"title\": \"Deploying Autonomous AI Agents\",\n    \"text\": \"Connect GitHub, Slack, Jira, custom APIs, or any MCP-compatible server -- all orchestrated through the same HTTP interface. --- ## Autonomous Deployment Workflow Here is a real-world pattern: an AI agent that deploys your application end-to-end. ```typescript const client = new HoodyClient({ baseURL: 'https://api.hoody.run', token: process.env.HOODY_TOKEN }); // Step 1: Snapshot before deployment (safety net) await client.api.containers.createSnapshot(PRODUCTION_ID, { alias: `pre-deploy-${Date.now()}`, }); // Step 2: Agent pulls latest code and deploys via agent service URL const deployResponse = await fetch( `https://${PROJECT_ID}-${PRODUCTION_ID}-agent-1.${SERVER}.containers.hoody.run/api/v1/agent/tasks`, { method: 'POST', headers: { 'Content-Type': 'application/json' }, body: JSON.stringify({ description: ` 1. Pull latest code from main branch 2. Install dependencies 3. Run full test suite -- stop if any test fails 4. Build production assets 5. Restart the daemon process 6. Run smoke tests against the live URL 7.\"\n  },\n  {\n    \"title\": \"Intercept & Control AI Requests (MITM)\",\n    \"text\": \"Human-in-the-Loop Gating Stop AI from executing high-stakes operations without human approval: ```javascript // @mode worker // @log-level standard const lastMessage = req.body.messages[req.body.messages.length - 1].content; // Detect high-stakes operations const isHighStakes = /deploy|delete|drop|production|payment|transfer/.test( lastMessage.toLowerCase() ); if (isHighStakes) { // Send notification to human via hoody-notifications await fetch('https://your-container-n-1.hoody.run/api/notify', { method: 'POST', headers: { 'Content-Type': 'application/json' }, body: JSON.stringify({ title: '🚨 AI Needs Approval', message: `High-stakes operation detected:\\\\n${lastMessage}`, priority: 'urgent', actions: [ { label: 'Approve', url: `/api/approve/${requestId}` }, { label: 'Reject', url: `/api/reject/${requestId}` } ] }) }); // Store request for approval workflow const requestId = crypto.randomUUID(); if (!shared.pendingApprovals) shared.pendingApprovals = new Map(); shared.pendingApprovals.set(requestId, req.body); return res.json({ status: 'pending_approval', requestId, message: 'High-stakes operation detected. Awaiting human approval.', estimatedWait: '2-10 minutes' }); } // Normal flow for safe operations const response = await fetch('https://ai.hoody.run/api/v1/chat/completions', { method: 'POST', headers: { 'Authorization': 'Bearer container-1', 'Content-Type': 'application/json' }, body: JSON.stringify(req.body) }); return res.json(await response.json()); ``` **The transformation:** AI agents can work autonomously 95% of the time. Critical decisions pause for your review.\"\n  },\n  {\n    \"title\": \"Deploying Autonomous AI Agents\",\n    \"text\": \"Workers can spawn sub-workers. It is agents all the way down. --- ## MCP Client Integration Hoody Agent includes a production-ready MCP (Model Context Protocol) client that connects to external MCP servers, dynamically discovering their tools at runtime via `client.listTools()`: ```bash # Connect an external MCP server (e.g., GitHub) to your agent curl -X POST \\\"https://$PROJECT_ID-$AGENT_ID-agent-1.$SERVER.containers.hoody.run/api/v1/agent/mcp/servers\\\" \\\\ -H \\\"Content-Type: application/json\\\" \\\\ -d '{ \\\"name\\\": \\\"github\\\", \\\"enabled\\\": true }' ``` ```typescript import { HoodyClient } from '@hoody-ai/hoody-sdk'; const client = new HoodyClient({ baseURL: 'https://api.hoody.run', token: process.env.HOODY_TOKEN }); // Using raw fetch to show the HTTP surface directly. // The same endpoints are also available via client.agent.* in the SDK. await fetch( `https://${PROJECT_ID}-${AGENT_ID}-agent-1.${SERVER}.containers.hoody.run/api/v1/agent/mcp/servers`, { method: 'POST', headers: { 'Content-Type': 'application/json' }, body: JSON.stringify({ name: 'github', enabled: true, // Tools are dynamically discovered from connected MCP servers. // Supports local servers (stdio) and remote servers (StreamableHTTP/SSE). }), } ); ``` ```bash curl -X POST \\\"https://$PROJECT_ID-$AGENT_ID-agent-1.$SERVER.containers.hoody.run/api/v1/agent/mcp/servers\\\" \\\\ -H \\\"Content-Type: application/json\\\" \\\\ -d '{ \\\"name\\\": \\\"github\\\", \\\"enabled\\\": true }' ``` With MCP servers connected, the agent dynamically discovers and merges their tools with its built-in capabilities.\"\n  },\n  {\n    \"title\": \"Multiplayer by Default\",\n    \"text\": \"const response = await fetch( `https://${PROJECT_ID}-${CONTAINER_ID}-agent-1.${SERVER}.containers.hoody.run/api/v1/agent/tasks`, { method: 'POST', headers: { 'Content-Type': 'application/json' }, body: JSON.stringify({ mode: 'code', description: 'Implement the user profile page based on the design in /docs/profile-mockup.png', }), } ); const task = await response.json(); // Team observes via URLs: // terminal-1 → Agent commands in real-time // code-1 → Code changes as they happen // display-1 → App preview updates live // agent-1 → Chat interface for guidance ``` ```bash # Start AI task curl -X POST \\\"https://$PROJECT_ID-$CONTAINER_ID-agent-1.$SERVER.containers.hoody.run/api/v1/agent/tasks\\\" \\\\ -H \\\"Content-Type: application/json\\\" \\\\ -d '{ \\\"mode\\\": \\\"code\\\", \\\"description\\\": \\\"Implement the user profile page based on the design in /docs/profile-mockup.png\\\" }' # Team watches via service URLs: # terminal-1.containers.hoody.run → Agent's commands # code-1.containers.hoody.run → Code changes # display-1.containers.hoody.run → Live preview # agent-1.containers.hoody.run → Chat with agent ``` The team watches the AI work. Someone notices a mistake and corrects the agent through the chat interface. Someone else opens the terminal and fixes a configuration issue the agent missed. The agent continues building, now on the right track. Human judgment and AI execution, simultaneously.\"\n  },\n  {\n    \"title\": \"Intercept & Control AI Requests (MITM)\",\n    \"text\": \"```javascript // Normal Hoody AI const AI_URL = 'https://ai.hoody.run/api/v1'; // With MITM enabled const AI_URL = 'https://your-project-container-exec-1.node-us.containers.hoody.run/api/v1'; // Rest of your code unchanged const response = await fetch(`${AI_URL}/chat/completions`, { method: 'POST', headers: { 'Authorization': 'Bearer container-1', 'Content-Type': 'application/json' }, body: JSON.stringify({ model, messages }) }); ``` Use environment variable to switch modes without code changes. **On-demand activation:** Want to test with MITM? Change the URL. Want to bypass MITM? Change back. No deployments. No config files. Just URL switching. --- ## Why MITM AI Makes Sense ### The HTTP Advantage Traditional AI integrations are black boxes. You send a prompt, get a response. Everything in between is hidden. **With Hoody's HTTP architecture:** - Every AI request is a visible HTTP call - Every response flows through your infrastructure - Every tool call is JSON you can inspect and modify - Every agent decision is an HTTP endpoint you can intercept **This means:** You can insert yourself (or your code) anywhere in the AI pipeline. Add logging. Request human approval. Transform prompts. Cache responses. Route to different models. Chain agents together. Replace tool calls. Inject context. All through simple HTTP interception.\"\n  },\n  {\n    \"title\": \"The 100x Foundation\",\n    \"text\": \"# The 100x Foundation **Page:** index [Download Raw Markdown](./index.md) --- ## The HTTP-Native Cloud Hoody is a new kind of cloud platform designed for the AI era. We replaced complex infrastructure with a simple, powerful principle: **Everything is a URL.** Spawn unlimited containers on bare metal. **Not ephemeral sandboxes**—these are persistent, durable computers for desktop apps and long-running services. Built for agents. Every resource (terminal, file, display) is an HTTP endpoint that AI can natively understand and control. No SDKs required. Interact with your entire infrastructure using standard HTTP requests. Every resource is a URL. Because everything is a URL, you can embed terminals, code editors, and full desktops into any web application or dashboard. --- ## Why Hoody? ### 🚀 For Developers Stop managing infrastructure. Treat your cloud like a library of functions. - **Instant Environments:** `POST /api/v1/projects/{id}/containers` -> Ready in seconds. - **Persistent & Durable:** Unlike sandboxes, your data and apps persist forever. - **Vibe Coding:** Code in the browser with full VS Code and live previews. - **Multiplayer:** Share your workspace URL for instant collaboration. ### 🤖 For AI Agents Give your agents the tools they need to be autonomous. - **Full Control:** Agents can spawn containers, run commands, edit files, and browse the web. - **MCP Client:** Built-in MCP client connects to external MCP servers (GitHub, Slack, Jira, custom APIs), dynamically discovering tools at runtime. - **Observability:** Every action is logged and observable via HTTP.\"\n  },\n  {\n    \"title\": \"Deploying Autonomous AI Agents\",\n    \"text\": \"Report status via notification `, mode: 'code', }), } ); const deployTask = await deployResponse.json(); // Step 3: Poll for completion and check result let result; while (true) { const statusRes = await fetch( `https://${PROJECT_ID}-${PRODUCTION_ID}-agent-1.${SERVER}.containers.hoody.run/api/v1/agent/tasks/${deployTask.id}` ); result = await statusRes.json(); if (result.status === 'completed' || result.status === 'failed') break; await new Promise(r => setTimeout(r, 5000)); } if (result.status === 'failed') { // Rollback: restore the snapshot await client.api.containers.restoreSnapshot(PRODUCTION_ID, result.pre_deploy_snapshot); // Notify the team via kit notifications service const containerClient = await client.withContainer({ id: PRODUCTION_ID, project_id: PROJECT_ID, server: SERVER, }); await containerClient.notifications.notify.trigger({ title: 'Deployment Failed', body: `Rolled back to pre-deploy snapshot. Error: ${result.error}`, }); } ``` The agent handles the entire deployment pipeline. If anything goes wrong, the snapshot restores everything in seconds. No CI/CD platform needed. No YAML files. Just an agent, HTTP calls, and a safety net. --- ## Safeguards: The Snapshot-First Pattern AI agents are powerful but unpredictable.\"\n  },\n  {\n    \"title\": \"Multiplayer by Default\",\n    \"text\": \"--- ## Shared Displays Shared displays bring graphical application sharing to the same level. Multiple people see the same desktop, the same browser, the same GUI application -- and can interact with it simultaneously. ``` Display URL: https://PROJECT-CONTAINER-display-1.SERVER.containers.hoody.run Alice sees: The React app running in the container's Chrome Bob sees: The exact same view, in real-time Carol clicks: A button in the app -- Alice and Bob see the result instantly ``` This is not screen sharing. There is no video feed, no compression artifacts, no lag from encoding. Everyone is connected to the same display server. The experience is identical for every participant. ### Use Cases for Shared Displays **Live debugging:** Everyone sees the same browser. One person triggers the bug. Everyone watches the network tab, the console, the DOM simultaneously. **Design review:** A designer opens Figma in the container's browser. The team reviews together, pointing at elements, making live changes. **AI observation:** The agent runs browser automation in display-1 while the team watches. The agent navigates, clicks, fills forms. The team verifies the behavior is correct. --- ## Collaborative File Editing hoody-code gives everyone VS Code in a browser. Multiple people editing the same codebase simultaneously. ``` https://PROJECT-CONTAINER-code-1.SERVER.containers.hoody.run ``` Open this URL from different browsers. Each person gets a full VS Code instance connected to the same filesystem. File changes propagate instantly.\"\n  },\n  {\n    \"title\": \"Quick Start (Files)\",\n    \"text\": \"# Quick Start **Page:** api/files/quick-start [Download Raw Markdown](./api/files/quick-start.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Quick Start Hoody Files provides a comprehensive API for managing files and directories in your Hoody workspace. This quick start guide covers the essential operations you'll need for everyday file management tasks. ## Core Concepts **Files and Directories** — Hoody organizes content into files and directories. Files contain your content (code, documents, assets), while directories help organize related files into logical groupings. **Unique Identifiers** — Every file and directory receives a unique `id` upon creation. Use this ID for subsequent operations like retrieving, updating, or deleting specific resources. **Hierarchical Paths** — Directories can contain subdirectories, creating a tree structure. Paths are represented as slash-separated strings (e.g., `projects/api/docs`).\"\n  },\n  {\n    \"title\": \"Hoody App (Overview)\",\n    \"text\": \"# Hoody App **Page:** api/app/index [Download Raw Markdown](./api/app/index.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Hoody App The App service provides core functionality for managing application runtime, execution contexts, source code management, and automation recipes within the Hoody platform. This service enables you to: - **Runtime Management** — Configure and control application runtime environments, including containerized execution contexts and resource allocation - **Execution Control** — Trigger, monitor, and manage application executions with fine-grained control over parameters and behavior - **Source Management** — Manage application source code repositories, sync sources, and handle deployment artifacts - **Recipe Automation** — Create, modify, and execute automation recipes that chain multiple operations into repeatable workflows Use the pages below to explore the App service APIs in detail. Manage application runtime environments and execution contexts. Configure container settings, resource limits, and runtime parameters. Trigger and control application executions. Monitor running processes, retrieve execution history, and manage execution lifecycles. Manage application source code repositories and deployment sources. Sync, update, and configure source connections. Create and execute automation recipes. Chain multiple operations into repeatable workflows with configurable triggers and conditions. ---\"\n  },\n  {\n    \"title\": \"Containers API\",\n    \"text\": \"# Containers **Page:** api/containers [Download Raw Markdown](./api/containers.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Containers API The Containers API provides endpoints to list, create, retrieve, update, and delete containers across your Hoody projects. Containers are isolated runtime environments that can run applications with configurable features like AI capabilities, hoody_kit tooling, and ramdisk storage. ## Endpoints Overview | Method | Path | Description | |--------|------|-------------| | `GET` | `/api/v1/containers/` | List all containers across all projects | | `GET` | `/api/v1/containers/{id}` | Get a container by ID | | `GET` | `/api/v1/containers/{id}/stats` | Get real-time resource statistics | | `GET` | `/api/v1/projects/{id}/containers` | List containers for a specific project | | `POST` | `/api/v1/containers/{id}/authorize` | Issue a signed authorization claim | | `POST` | `/api/v1/projects/{id}/containers` | Create a new container | | `PATCH` | `/api/v1/containers/{id}` | Update container settings | | `DELETE` | `/api/v1/containers/{id}` | Delete a container | --- ## `GET /api/v1/containers/` Get all containers across all projects for the current user with pagination, filtering, and sorting. This endpoint provides a global view of all containers without being scoped to a specific project.\"\n  }\n]\n","docsContext":[{"id":"f8fe2d5f94b9d867","title":"Deploying Autonomous AI Agents","score":"2.574","fallback":false,"text":"Deploy it as a daemon process.\", \"mode\": \"code\" }' ``` The agent now works autonomously. It reads files, writes code, executes commands, queries databases, and deploys services -- all through the same HTTP services available to any human user."},{"id":"47ab5e823db30fe5","title":"IPv4","score":"2.070","fallback":false,"text":"SSH Access **Direct SSH/SFTP access** to containers: - **[SSH →](./ssh/)** - SSH Proxy routes by public key - No dedicated IP needed - Works for terminal and file transfer access --- ## Use Cases (When Available) Dedicated IPv4 addresses will enable: **Legacy Application Support:** - Applications that require static IPs - IP-based licensing systems - IP whitelisting requirements **Direct Service Hosting:** - No reverse proxy in front - Direct IP:port access - Lower latency (no proxy layer) **Multi-IP Scenarios:** - Different IPs for different services - IP-based traffic segregation - Compliance requirements **Email/SMTP Hosting:** - Dedicated sending IP for reputation - Reverse DNS configuration - IP warmup for deliverability --- ## Stay Updated **Get notified when IPv4 support launches:** - Join the [Hoody Community](https://discord.social.hoody.com) for announcements - Follow [@hoodyrun](https://x.social.hoody.com) on Twitter - Check the [Changelog](/ecosystem/changelog/) for updates --- ## Current Networking Capabilities **Available now:** 1. **[Network Configuration](./network/)** - Control outbound traffic routing (exit IP) 2. **[Firewall](./firewall/)** - Packet-level ingress/egress filtering 3. **[SSH](./ssh/)** - Secure Shell and SFTP access 4."},{"id":"4f14cc5c2bea67e0","title":"Deploying Autonomous AI Agents","score":"2.068","fallback":false,"text":"curl -X POST \"https://$PROJECT_ID-$AGENT_ID-agent-1.$SERVER.containers.hoody.run/api/v1/agent/tasks\" \\ -H \"Content-Type: application/json\" \\ -d '{ \"description\": \"Set up a Node.js REST API with user authentication, SQLite database, and automated tests. Deploy it as a daemon process.\", \"mode\": \"code\" }' ``` ```typescript import { HoodyClient } from '@hoody-ai/hoody-sdk'; const client = new HoodyClient({ baseURL: 'https://api.hoody.run', token: process.env.HOODY_TOKEN }); // Using raw fetch to show the HTTP surface directly. // The same endpoints are also available via client.agent.* in the SDK. const response = await fetch( `https://${PROJECT_ID}-${AGENT_ID}-agent-1.${SERVER}.containers.hoody.run/api/v1/agent/tasks`, { method: 'POST', headers: { 'Content-Type': 'application/json' }, body: JSON.stringify({ description: `Set up a Node.js REST API with user authentication, SQLite database, and automated tests. Deploy it as a daemon process.`, mode: 'code', }), } ); const task = await response.json(); console.log('Task ID:', task.id); // Agent now autonomously: // 1. Installs Node.js via terminal // 2. Writes API code via file operations // 3. Creates database schema via SQLite // 4. Runs tests via terminal // 5. Starts daemon via daemon manager ``` ```bash curl -X POST \"https://$PROJECT_ID-$AGENT_ID-agent-1.$SERVER.containers.hoody.run/api/v1/agent/tasks\" \\ -H \"Content-Type: application/json\" \\ -d '{ \"description\": \"Set up a Node.js REST API with user authentication, SQLite database, and automated tests."},{"id":"6da36f6bc9a49cab","title":"Deploying Autonomous AI Agents","score":"1.958","fallback":false,"text":"# Deploying Autonomous AI Agents **Page:** guides/ai-agents [Download Raw Markdown](./guides/ai-agents.md) --- # Deploying Autonomous AI Agents **Every AI agent framework has the same fatal flaw: the agent can think but it cannot act.** It can generate code but cannot run it. It can plan a deployment but cannot execute it. It can describe a test but cannot open a browser. The agent is a brain in a jar, completely dependent on human hands to translate its intentions into reality. Hoody gives agents a body. When every service is an HTTPS endpoint — terminal, filesystem, database, browser, display, process manager — an AI agent does not need special adapters, custom plugins, or permission negotiations. It makes HTTP requests. That is what agents already know how to do. Every process the agent spawns is instantly a URL. Every tool it uses is a URL. And with the built-in `hoody-agent` service, you can orchestrate all of this through a single conversational interface — the agent manages itself. **HTTP-native infrastructure is AI-native infrastructure.** This is not a coincidence. It is the design. And it all runs on servers you own, with container-level isolation, zero shared state, and a privacy-first architecture years in the making."},{"id":"854b347050687001","title":"Deploying Autonomous AI Agents","score":"1.936","fallback":false,"text":"Connect GitHub, Slack, Jira, custom APIs, or any MCP-compatible server -- all orchestrated through the same HTTP interface. --- ## Autonomous Deployment Workflow Here is a real-world pattern: an AI agent that deploys your application end-to-end. ```typescript const client = new HoodyClient({ baseURL: 'https://api.hoody.run', token: process.env.HOODY_TOKEN }); // Step 1: Snapshot before deployment (safety net) await client.api.containers.createSnapshot(PRODUCTION_ID, { alias: `pre-deploy-${Date.now()}`, }); // Step 2: Agent pulls latest code and deploys via agent service URL const deployResponse = await fetch( `https://${PROJECT_ID}-${PRODUCTION_ID}-agent-1.${SERVER}.containers.hoody.run/api/v1/agent/tasks`, { method: 'POST', headers: { 'Content-Type': 'application/json' }, body: JSON.stringify({ description: ` 1. Pull latest code from main branch 2. Install dependencies 3. Run full test suite -- stop if any test fails 4. Build production assets 5. Restart the daemon process 6. Run smoke tests against the live URL 7."},{"id":"eb4c0f08ae1c8930","title":"Intercept & Control AI Requests (MITM)","score":"1.891","fallback":false,"text":"Human-in-the-Loop Gating Stop AI from executing high-stakes operations without human approval: ```javascript // @mode worker // @log-level standard const lastMessage = req.body.messages[req.body.messages.length - 1].content; // Detect high-stakes operations const isHighStakes = /deploy|delete|drop|production|payment|transfer/.test( lastMessage.toLowerCase() ); if (isHighStakes) { // Send notification to human via hoody-notifications await fetch('https://your-container-n-1.hoody.run/api/notify', { method: 'POST', headers: { 'Content-Type': 'application/json' }, body: JSON.stringify({ title: '🚨 AI Needs Approval', message: `High-stakes operation detected:\\n${lastMessage}`, priority: 'urgent', actions: [ { label: 'Approve', url: `/api/approve/${requestId}` }, { label: 'Reject', url: `/api/reject/${requestId}` } ] }) }); // Store request for approval workflow const requestId = crypto.randomUUID(); if (!shared.pendingApprovals) shared.pendingApprovals = new Map(); shared.pendingApprovals.set(requestId, req.body); return res.json({ status: 'pending_approval', requestId, message: 'High-stakes operation detected. Awaiting human approval.', estimatedWait: '2-10 minutes' }); } // Normal flow for safe operations const response = await fetch('https://ai.hoody.run/api/v1/chat/completions', { method: 'POST', headers: { 'Authorization': 'Bearer container-1', 'Content-Type': 'application/json' }, body: JSON.stringify(req.body) }); return res.json(await response.json()); ``` **The transformation:** AI agents can work autonomously 95% of the time. Critical decisions pause for your review."},{"id":"e55298bd312e4e4f","title":"Deploying Autonomous AI Agents","score":"1.837","fallback":false,"text":"Workers can spawn sub-workers. It is agents all the way down. --- ## MCP Client Integration Hoody Agent includes a production-ready MCP (Model Context Protocol) client that connects to external MCP servers, dynamically discovering their tools at runtime via `client.listTools()`: ```bash # Connect an external MCP server (e.g., GitHub) to your agent curl -X POST \"https://$PROJECT_ID-$AGENT_ID-agent-1.$SERVER.containers.hoody.run/api/v1/agent/mcp/servers\" \\ -H \"Content-Type: application/json\" \\ -d '{ \"name\": \"github\", \"enabled\": true }' ``` ```typescript import { HoodyClient } from '@hoody-ai/hoody-sdk'; const client = new HoodyClient({ baseURL: 'https://api.hoody.run', token: process.env.HOODY_TOKEN }); // Using raw fetch to show the HTTP surface directly. // The same endpoints are also available via client.agent.* in the SDK. await fetch( `https://${PROJECT_ID}-${AGENT_ID}-agent-1.${SERVER}.containers.hoody.run/api/v1/agent/mcp/servers`, { method: 'POST', headers: { 'Content-Type': 'application/json' }, body: JSON.stringify({ name: 'github', enabled: true, // Tools are dynamically discovered from connected MCP servers. // Supports local servers (stdio) and remote servers (StreamableHTTP/SSE). }), } ); ``` ```bash curl -X POST \"https://$PROJECT_ID-$AGENT_ID-agent-1.$SERVER.containers.hoody.run/api/v1/agent/mcp/servers\" \\ -H \"Content-Type: application/json\" \\ -d '{ \"name\": \"github\", \"enabled\": true }' ``` With MCP servers connected, the agent dynamically discovers and merges their tools with its built-in capabilities."},{"id":"55d8fa786828a164","title":"Multiplayer by Default","score":"1.835","fallback":false,"text":"const response = await fetch( `https://${PROJECT_ID}-${CONTAINER_ID}-agent-1.${SERVER}.containers.hoody.run/api/v1/agent/tasks`, { method: 'POST', headers: { 'Content-Type': 'application/json' }, body: JSON.stringify({ mode: 'code', description: 'Implement the user profile page based on the design in /docs/profile-mockup.png', }), } ); const task = await response.json(); // Team observes via URLs: // terminal-1 → Agent commands in real-time // code-1 → Code changes as they happen // display-1 → App preview updates live // agent-1 → Chat interface for guidance ``` ```bash # Start AI task curl -X POST \"https://$PROJECT_ID-$CONTAINER_ID-agent-1.$SERVER.containers.hoody.run/api/v1/agent/tasks\" \\ -H \"Content-Type: application/json\" \\ -d '{ \"mode\": \"code\", \"description\": \"Implement the user profile page based on the design in /docs/profile-mockup.png\" }' # Team watches via service URLs: # terminal-1.containers.hoody.run → Agent's commands # code-1.containers.hoody.run → Code changes # display-1.containers.hoody.run → Live preview # agent-1.containers.hoody.run → Chat with agent ``` The team watches the AI work. Someone notices a mistake and corrects the agent through the chat interface. Someone else opens the terminal and fixes a configuration issue the agent missed. The agent continues building, now on the right track. Human judgment and AI execution, simultaneously."},{"id":"24146b16a3026725","title":"Intercept & Control AI Requests (MITM)","score":"1.803","fallback":false,"text":"```javascript // Normal Hoody AI const AI_URL = 'https://ai.hoody.run/api/v1'; // With MITM enabled const AI_URL = 'https://your-project-container-exec-1.node-us.containers.hoody.run/api/v1'; // Rest of your code unchanged const response = await fetch(`${AI_URL}/chat/completions`, { method: 'POST', headers: { 'Authorization': 'Bearer container-1', 'Content-Type': 'application/json' }, body: JSON.stringify({ model, messages }) }); ``` Use environment variable to switch modes without code changes. **On-demand activation:** Want to test with MITM? Change the URL. Want to bypass MITM? Change back. No deployments. No config files. Just URL switching. --- ## Why MITM AI Makes Sense ### The HTTP Advantage Traditional AI integrations are black boxes. You send a prompt, get a response. Everything in between is hidden. **With Hoody's HTTP architecture:** - Every AI request is a visible HTTP call - Every response flows through your infrastructure - Every tool call is JSON you can inspect and modify - Every agent decision is an HTTP endpoint you can intercept **This means:** You can insert yourself (or your code) anywhere in the AI pipeline. Add logging. Request human approval. Transform prompts. Cache responses. Route to different models. Chain agents together. Replace tool calls. Inject context. All through simple HTTP interception."},{"id":"cdd2f63cc5d75ce4","title":"The 100x Foundation","score":"1.790","fallback":false,"text":"# The 100x Foundation **Page:** index [Download Raw Markdown](./index.md) --- ## The HTTP-Native Cloud Hoody is a new kind of cloud platform designed for the AI era. We replaced complex infrastructure with a simple, powerful principle: **Everything is a URL.** Spawn unlimited containers on bare metal. **Not ephemeral sandboxes**—these are persistent, durable computers for desktop apps and long-running services. Built for agents. Every resource (terminal, file, display) is an HTTP endpoint that AI can natively understand and control. No SDKs required. Interact with your entire infrastructure using standard HTTP requests. Every resource is a URL. Because everything is a URL, you can embed terminals, code editors, and full desktops into any web application or dashboard. --- ## Why Hoody? ### 🚀 For Developers Stop managing infrastructure. Treat your cloud like a library of functions. - **Instant Environments:** `POST /api/v1/projects/{id}/containers` -> Ready in seconds. - **Persistent & Durable:** Unlike sandboxes, your data and apps persist forever. - **Vibe Coding:** Code in the browser with full VS Code and live previews. - **Multiplayer:** Share your workspace URL for instant collaboration. ### 🤖 For AI Agents Give your agents the tools they need to be autonomous. - **Full Control:** Agents can spawn containers, run commands, edit files, and browse the web. - **MCP Client:** Built-in MCP client connects to external MCP servers (GitHub, Slack, Jira, custom APIs), dynamically discovering tools at runtime. - **Observability:** Every action is logged and observable via HTTP."},{"id":"ec4d476a3badb2df","title":"Deploying Autonomous AI Agents","score":"1.751","fallback":false,"text":"Report status via notification `, mode: 'code', }), } ); const deployTask = await deployResponse.json(); // Step 3: Poll for completion and check result let result; while (true) { const statusRes = await fetch( `https://${PROJECT_ID}-${PRODUCTION_ID}-agent-1.${SERVER}.containers.hoody.run/api/v1/agent/tasks/${deployTask.id}` ); result = await statusRes.json(); if (result.status === 'completed' || result.status === 'failed') break; await new Promise(r => setTimeout(r, 5000)); } if (result.status === 'failed') { // Rollback: restore the snapshot await client.api.containers.restoreSnapshot(PRODUCTION_ID, result.pre_deploy_snapshot); // Notify the team via kit notifications service const containerClient = await client.withContainer({ id: PRODUCTION_ID, project_id: PROJECT_ID, server: SERVER, }); await containerClient.notifications.notify.trigger({ title: 'Deployment Failed', body: `Rolled back to pre-deploy snapshot. Error: ${result.error}`, }); } ``` The agent handles the entire deployment pipeline. If anything goes wrong, the snapshot restores everything in seconds. No CI/CD platform needed. No YAML files. Just an agent, HTTP calls, and a safety net. --- ## Safeguards: The Snapshot-First Pattern AI agents are powerful but unpredictable."},{"id":"6897aa84c96763aa","title":"Multiplayer by Default","score":"1.741","fallback":false,"text":"--- ## Shared Displays Shared displays bring graphical application sharing to the same level. Multiple people see the same desktop, the same browser, the same GUI application -- and can interact with it simultaneously. ``` Display URL: https://PROJECT-CONTAINER-display-1.SERVER.containers.hoody.run Alice sees: The React app running in the container's Chrome Bob sees: The exact same view, in real-time Carol clicks: A button in the app -- Alice and Bob see the result instantly ``` This is not screen sharing. There is no video feed, no compression artifacts, no lag from encoding. Everyone is connected to the same display server. The experience is identical for every participant. ### Use Cases for Shared Displays **Live debugging:** Everyone sees the same browser. One person triggers the bug. Everyone watches the network tab, the console, the DOM simultaneously. **Design review:** A designer opens Figma in the container's browser. The team reviews together, pointing at elements, making live changes. **AI observation:** The agent runs browser automation in display-1 while the team watches. The agent navigates, clicks, fills forms. The team verifies the behavior is correct. --- ## Collaborative File Editing hoody-code gives everyone VS Code in a browser. Multiple people editing the same codebase simultaneously. ``` https://PROJECT-CONTAINER-code-1.SERVER.containers.hoody.run ``` Open this URL from different browsers. Each person gets a full VS Code instance connected to the same filesystem. File changes propagate instantly."},{"id":"9adca8aec0811c69","title":"Quick Start (Files)","score":"0.000","fallback":true,"text":"# Quick Start **Page:** api/files/quick-start [Download Raw Markdown](./api/files/quick-start.md) --- {/* AUTO-GENERATED — Do not edit manually. Regenerate with: npm run docs:api:generate */} # Quick Start Hoody Files provides a comprehensive API for managing files and directories in your Hoody workspace. This quick start guide covers the essential operations you'll need for everyday file management tasks. ## Core Concepts **Files and Directories** — Hoody organizes content into files and directories. Files contain your content (code, documents, assets), while directories help organize related files into logical groupings. **Unique Identifiers** — Every file and directory receives a unique `id` upon creation. 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This service enables you to: - **Runtime Management** — Configure and control application runtime environments, including containerized execution contexts and resource allocation - **Execution Control** — Trigger, monitor, and manage application executions with fine-grained control over parameters and behavior - **Source Management** — Manage application source code repositories, sync sources, and handle deployment artifacts - **Recipe Automation** — Create, modify, and execute automation recipes that chain multiple operations into repeatable workflows Use the pages below to explore the App service APIs in detail. Manage application runtime environments and execution contexts. Configure container settings, resource limits, and runtime parameters. Trigger and control application executions. Monitor running processes, retrieve execution history, and manage execution lifecycles. Manage application source code repositories and deployment sources. 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