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Browser & Automation @dgriffin831 Updated 2/26/2026

🌐 Claude Chrome OpenClaw Skill - ClawHub

Do you want your AI agent to automate Claude Chrome workflows? This free skill from ClawHub helps with browser & automation tasks without building custom tools from scratch.

What this skill does

Use Claude Code with Chrome browser extension for web browsing and automation tasks. Alternative to OpenClaw's built-in browser tools.

Install

npx clawhub@latest install claude-chrome

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claude-chromeUse Claude Code with Chrome browser extension for web browsing and automation tasks. Alternative to OpenClaw's built-in browser tools.

Claude Chrome — Browser Automation via Claude Code

Use Claude Code's Chrome integration to browse the web, interact with pages, and automate browser tasks. This is an alternative to OpenClaw's built-in browser tools (Chrome Relay, OpenClaw profile).

Prerequisites

  1. Claude Code installed on the node (e.g. /opt/homebrew/bin/claude)
  2. Claude Code Chrome extension installed and enabled in Chrome
  3. Chrome running on the node

How It Works

Claude Code can connect to Chrome via its built-in browser extension (MCP server). When enabled, Claude Code gains browser tools — it can navigate pages, click elements, fill forms, read content, and more.

Step 1: Check if Chrome Extension is Active

Look for the native host process to confirm the Chrome extension is running:

nodes.run node=<your-node-id> command='["bash", "-lc", "pgrep -f \"claude --chrome-native-host\""]'

If this returns a PID, the Chrome extension bridge is active and ready.

Step 2: Run Claude Code with Chrome

Use nodes.run with your node to execute browser tasks:

nodes.run node=<your-node-id> commandTimeoutMs=120000 command='["bash", "-lc", "claude --dangerously-skip-permissions --chrome -p \"Go to example.com and read the headline\""]'

Flags:

  • --dangerously-skip-permissions — auto-approve all actions (required for automation)
  • --chrome — enable Chrome browser integration
  • -p / --print — non-interactive print mode (required for automated use)
  • bash -lc — login shell to ensure PATH is loaded

Timeout: See benchmarks below for guidance. Recommended defaults:

  • Simple tasks (single page read): commandTimeoutMs=30000 (30 seconds)
  • Medium complexity (multi-step navigation): commandTimeoutMs=120000 (2 minutes)
  • Complex workflows (multiple pages + summarization): commandTimeoutMs=180000 (3 minutes)

Performance Benchmarks

Task Type Example Duration Recommended Timeout
Simple Read button text on Google 13s 30s (30000ms)
Medium Wikipedia search + navigate + summarize 76s 2min (120000ms)
Complex Multi-page navigation + external links ~90s+ 3min (180000ms)

Gateway timeout note: OpenClaw's gateway has a hardcoded 10-second connection timeout. Commands will error immediately but continue running in the background. Results arrive via system messages when complete.

Limitations

  • Domain permissions: Claude Code's Chrome extension may require user approval for new domains (cannot be automated)
  • Gateway timeout: Initial connection times out at 10s, but commands continue running
  • Desktop required: Only works on nodes with a desktop environment, Chrome, and the extension active

Tips

  • Always use --dangerously-skip-permissions for automated runs
  • Always use -p / --print for non-interactive output
  • Always use bash -lc for login shell (PATH loading)
  • Be aggressive with timeouts - commands complete in background even after gateway timeout
  • Claude Code can combine coding and browsing in a single session
  • Check the native host process before attempting browser tasks
  • For simple data scraping, consider web_fetch instead (faster, no domain permissions needed)
Original URL: https://github.com/openclaw/skills/blob/main/skills/dgriffin831/claude-chrome

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