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Puppeteer MCP Server: Multiply Bots, Amplify Genius - MCP Implementation

Puppeteer MCP Server: Multiply Bots, Amplify Genius

Puppeteer MCP Server: Mirror your genius, multiply your bots—where code meets chaos with a dash of controlled mischief. Your automation, amplified (no marionette shame).

Browser Automation
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Ranked in the top 1% of all AI tools in its category

About Puppeteer MCP Server

What is Puppeteer MCP Server: Multiply Bots, Amplify Genius?

Imagine a Swiss Army knife for browser automation—Puppeteer MCP Server is your secret weapon for unleashing robot armies to tackle repetitive tasks. This powerhouse lets you control headless Chrome instances at scale, automating everything from form submissions to data scraping with the precision of a digital librarian. Think of it as your personal automation wizard, turning tedious workflows into automated magic shows.

How to Use Puppeteer MCP Server: Multiply Bots, Amplify Genius?

Deploy your bot squad in three easy steps:

  1. Spawn browser instances like digital fireflies using our API endpoints
  2. Script your operations with JavaScript—navigate, click, and type with the finesse of a keyboard virtuoso
  3. Scale horizontally by deploying worker clusters to handle 1000+ concurrent tasks without breaking a sweat

Need to automate login workflows for QA testing? Configure authentication middleware once and watch your bot army go to work.

Puppeteer MCP Server Features

Key Features of Puppeteer MCP Server: Multiply Bots, Amplify Genius?

  • Smart Task Orchestration: Prioritize workflows using our adaptive queue system that automatically balances load
  • Visual Verification: Capture pixel-perfect screenshots with anti-aliasing and automatic retries for flaky networks
  • Security Shield: Built-in request sanitization and rate limiting to prevent your bots from becoming a DDOS vector
  • Error Detective: Trace failures through correlated logs spanning servers, browsers, and network layers

Use Cases of Puppeteer MCP Server: Multiply Bots, Amplify Genius?

Powerhouse applications include:

QA Automation

Simulate user interactions across 50+ browser configurations simultaneously

Compliance Monitoring

Automate GDPR compliance checks across your entire product ecosystem

Competitive Analysis

Track pricing updates on e-commerce platforms with sub-minute refresh rates

Puppeteer MCP Server FAQ

FAQ from Puppeteer MCP Server: Multiply Bots, Amplify Genius?

Can I use this for social media automation?

Absolutely! We've built built-in rate limiters and CAPTCHA bypass strategies specifically for platforms like Instagram and Twitter

What's the maximum scale?

Architecturally designed for 10k+ concurrent sessions—just add more worker nodes and watch the magic scale

Is this enterprise-ready?

Comes with audit trails, role-based access control, and SOC 2 compliance out of the box

Content

Puppeteer MCP Server

This MCP server provides browser automation capabilities through Puppeteer, allowing interaction with both new browser instances and existing Chrome windows.

Puppeteer Server MCP server

Features

  • Navigate web pages
  • Take screenshots
  • Click elements
  • Fill forms
  • Select options
  • Hover elements
  • Execute JavaScript
  • Smart Chrome tab management:
    • Connect to active Chrome tabs
    • Preserve existing Chrome instances
    • Intelligent connection handling

Project Structure

/
├── src/
│   ├── config/        # Configuration modules
│   ├── tools/         # Tool definitions and handlers
│   ├── browser/       # Browser connection management
│   ├── types/         # TypeScript type definitions
│   ├── resources/     # Resource handlers
│   └── server.ts      # Server initialization
├── index.ts          # Entry point
└── README.md        # Documentation

Usage

Standard Mode

The server will launch a new browser instance by default.

Active Tab Mode

To connect to an existing Chrome window:

  1. Close any existing Chrome instances completely

  2. Launch Chrome with remote debugging enabled:

    Windows

"C:\Program Files\Google\Chrome\Application\chrome.exe" --remote-debugging-port=9222

# macOS
/Applications/Google\ Chrome.app/Contents/MacOS/Google\ Chrome --remote-debugging-port=9222

# Linux
google-chrome --remote-debugging-port=9222
  1. Navigate to your desired webpage in Chrome

  2. Connect using the puppeteer_connect_active_tab tool:

    {
    "targetUrl": "https://example.com", // Optional: specific tab URL
    "debugPort": 9222 // Optional: defaults to 9222

}

The server will:

  • Detect and connect to the Chrome instance running with remote debugging enabled
  • Preserve your Chrome instance (won't close it)
  • Find and connect to non-extension tabs
  • Provide clear error messages if connection fails

Available Tools

puppeteer_connect_active_tab

Connect to an existing Chrome instance with remote debugging enabled.

  • Optional:
    • targetUrl - URL of the specific tab to connect to
    • debugPort - Chrome debugging port (default: 9222)

puppeteer_navigate

Navigate to a URL.

  • Required: url - The URL to navigate to

puppeteer_screenshot

Take a screenshot of the current page or a specific element.

  • Required: name - Name for the screenshot
  • Optional:
    • selector - CSS selector for element to screenshot
    • width - Width in pixels (default: 800)
    • height - Height in pixels (default: 600)

puppeteer_click

Click an element on the page.

  • Required: selector - CSS selector for element to click

puppeteer_fill

Fill out an input field.

  • Required:
    • selector - CSS selector for input field
    • value - Text to enter

puppeteer_select

Use dropdown menus.

  • Required:
    • selector - CSS selector for select element
    • value - Option value to select

puppeteer_hover

Hover over elements.

  • Required: selector - CSS selector for element to hover

puppeteer_evaluate

Execute JavaScript in the browser console.

  • Required: script - JavaScript code to execute

Security Considerations

When using remote debugging:

  • Only enable on trusted networks
  • Use a unique debugging port
  • Close debugging port when not in use
  • Never expose debugging port to public networks

Logging and Debugging

File-based Logging

The server implements comprehensive logging using Winston:

  • Location: logs/ directory
  • File Pattern: mcp-puppeteer-YYYY-MM-DD.log
  • Log Rotation:
    • Daily rotation
    • Maximum size: 20MB per file
    • Retention: 14 days
    • Automatic compression of old logs

Log Levels

  • DEBUG: Detailed debugging information
  • INFO: General operational information
  • WARN: Warning messages
  • ERROR: Error events and exceptions

Logged Information

  • Server startup/shutdown events
  • Browser operations (launch, connect, close)
  • Navigation attempts and results
  • Tool executions and outcomes
  • Error details with stack traces
  • Browser console output
  • Resource usage (screenshots, console logs)

Error Handling

The server provides detailed error messages for:

  • Connection failures
  • Missing elements
  • Invalid selectors
  • JavaScript execution errors
  • Screenshot failures

Each tool call returns:

  • Success/failure status
  • Detailed error message if failed
  • Operation result data if successful

All errors are also logged to the log files with:

  • Timestamp
  • Error message
  • Stack trace (when available)
  • Context information

Contributing

Contributions are welcome! Please read our Contributing Guidelines for details on how to submit pull requests, report issues, and contribute to the project.

License

This project is licensed under the MIT License - see the LICENSE file for details.

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