Oculo MCP Server

git clone https://github.com/xidik12/oculo.git
cd oculo
npm install
npm run dev

claude mcp add oculo -- node ~/oculo/bin/oculo-mcp.mjs

{
  "mcpServers": {
    "oculo": {
      "command": "node",
      "args": ["/path/to/oculo/bin/oculo-mcp.mjs"]
    }
  }
}

You: "Log into GitHub and star the oculo repo"

Claude Code calls:
  1. act({action: "navigate", url: "https://github.com/login"})
  2. act({action: "login", site: "github.com"})         # vault lookup
  3. act({action: "navigate", url: "https://github.com/xidik12/oculo"})
  4. act({action: "click", text: "Star"})

Total: 4 tool calls, <100 tokens response

You: "Fill out the contact form on example.com"

Claude Code calls:
  1. act({action: "navigate", url: "https://example.com/contact"})
  2. page()                                               # see the form
  3. fill({fields: {"Name": "...", "Email": "..."}, submit: true})

Total: 3 tool calls

# Via convenience script
node bin/oculo-headless.mjs

# Or with flags
npx electron . --headless
npx electron . --headless --headless-auto-approve   # auto-approve CONFIRM actions

# Environment variable
OCULO_HEADLESS=1 npm run dev

docker compose up

from oculo import OculoClient

# Auto-discovers port from ~/.oculo-port
client = OculoClient()

# Describe the page
print(client.page())

# Navigate
client.act("navigate", url="https://example.com")

# Fill a form
client.fill({"Email": "hi@oculo.com", "Message": "Hello!"}, submit=True)

# Extract data
results = client.read("search results", format="json")

from oculo import AsyncOculoClient

async_client = AsyncOculoClient()
await async_client.act("navigate", url="https://example.com")

pip install oculo

Claude Code / Cursor / Windsurf
        |
        | stdio (MCP protocol)
        v
  bin/oculo-mcp.mjs            <-- stdio-to-HTTP bridge
        |
        | HTTP POST :19516/mcp (auth token)
        v
  McpServerManager              <-- Electron main process
        |
        | IPC
        v
  Renderer (React 19)           <-- Chromium process
        |
        | webview.executeJavaScript()
        v
  <webview> tags                <-- Actual web pages

# Production build
npm run build

# Platform distributables
npm run dist:mac      # macOS DMG + ZIP
npm run dist:win      # Windows NSIS + portable
npm run dist:linux    # Linux AppImage + deb

# Other commands
npm run typecheck     # TypeScript checking
npm run lint          # ESLint
npm run test          # Vitest
npm run clean         # Remove build artifacts

src/
  main/                    Electron main process
    ai/agent.ts            Multi-provider AI controller
    captcha/               CAPTCHA detection + solvers
    data/                  Bookmarks, downloads, history, session recording
    engine/                Page describer, extractor, form-detector, pipeline, resolver,
                           selector-cache, dom-differ, tab-manager
    mcp/server.ts          HTTP MCP server (port 19516-19520, auth token)
    mcp/tools/             act, fill, page, read, run tool handlers
    network/proxy.ts       HTTP/SOCKS proxy manager
    security/              Vault, permissions, redactor, audit, anti-injection
  preload/index.ts         contextBridge API
  renderer/
    App.tsx                Root browser UI component
    components/            TabBar, AddressBar, ChatPanel, WebViewContainer,
                           bookmarks, downloads, find, history, layout, common
  shared/                  Types, constants, IPC channels, AI provider definitions
bin/
  oculo-mcp.mjs            stdio-to-HTTP MCP bridge (for Claude Code / Cursor)
  oculo-headless.mjs        Headless mode launcher
sdk/python/                Python SDK (pip install oculo)
Dockerfile                 Container deployment
docker-compose.yml         Docker Compose for headless mode