# Browser Automation

An MCP server that provides browser automation and development tools, supporting web page operations, debugging, analysis, and testing through Puppeteer, without additional browser or plugin installation.

The Awesome MCP Registry is a high - quality, structured list of MCP servers, containing over 63 MCP servers covering multiple domains such as browser automation, cloud platforms, databases, and developer tools. The project generates README.md, npm packages, and packages - list.json through JSON configuration files, and can be used as a database for MCP servers and packages to build your own MCP projects and hosting sites.

This project provides the configuration and setup of the Model Context Protocol (MCP) server, including GitHub and Puppeteer integration, for GitHub API interaction and web browser automation.

MCP Servers is a headless browser automation tool based on Pyppeteer, supporting functions such as web page navigation, screenshot capture, and element interaction.

An MCP tool that enables Google search and web content extraction through the Chrome browser, integrated with Claude to enhance search capabilities

A browser automation project based on the MCP protocol, which controls browsers through Playwright and interacts with the Claude desktop client

An MCP service based on Puppeteer-Extra, providing enhanced browser automation capabilities, supporting incognito mode to avoid detection, and including functions such as page interaction, screenshot capture, and script execution.

This project is a list of MCP servers, covering multiple fields such as browser automation, tool integration, system automation, AI services, search, commands, workflow automation, social media, communication, customer data platforms, databases, knowledge storage, development tools, file systems, cloud storage, finance, location services, monitoring, research data, security, travel, data visualization, notes, marketing, identity, etc.

An MCP server based on Puppeteer that provides browser automation capabilities and supports connecting to existing Chrome windows or creating new instances.

A Puppeteer-based MCP server that provides anti-detection browser automation capabilities for AI assistants, supporting real clicks, human-computer interaction, and other functions.

A browser automation service based on the MCP protocol, providing functions such as web page navigation, screenshot capture, element interaction, form filling, and data extraction.

A Puppeteer-based browser automation MCP service that provides web page interaction, screenshot capturing, and JavaScript execution capabilities

An MCP server based on Playwright that supports connecting to an existing Chrome instance through CDP and provides browser automation capabilities.

The MCP Browser Proxy is a powerful integration of the Model Context Protocol, providing autonomous browser automation capabilities for Claude Desktop and supporting functions such as navigation, screenshot, DOM interaction, JavaScript execution, and API requests.

Playwright MCP is a browser automation server based on Playwright that enables interaction between LLM and web pages through structured data rather than pixel input.

Provides a Docker Compose environment to run the Playwright MCP server, facilitating cooperation with clients such as Cline or Cursor.

The LinkedIn data collection MCP server authenticates by manually entering the account password and uses Selenium browser automation technology to scrape the complete information of LinkedIn profiles, including work experience, education background, skills, and contact information.

Playwright MCP is a browser automation server based on Playwright. It enables interaction between LLMs and web pages through structured accessibility snapshots without relying on visual models or screenshots.

An MCP server based on the Chrome debugging protocol for browser automation operations, supporting persistent login sessions and enabling enterprise-level deployment without installing extensions.

Amazon Order History CSV Download MCP Server, supporting automated export of order, product, logistics, and transaction data across 16 regional sites, suitable for AI assistant integration and data analysis

PageLens is an MCP server that provides visual feedback of front - end applications for AI programming assistants. It automatically takes screenshots, clicks, checks console errors, and visual differences through a headless browser, eliminating the manual loop in development.

The Browser Agent Protocol (BAP) is an open standard designed for AI agents to interact with web browsers. It provides two interfaces, CLI and MCP, and supports features such as semantic selectors, composite actions, and structured data extraction.

A browser automation proxy tool based on the MCP protocol

The MCP Browser Server is a Playwright-based browser automation service that provides web interaction capabilities for AI assistants through a standardized interface. It supports multi-browser operations, element interactions, screenshot analysis, and JavaScript execution, etc.

An MCP server based on Playwright that provides web content scraping and conversion functions, supporting JavaScript rendering, content extraction, and Markdown conversion.

A configurable Puppeteer MCP server that provides browser automation capabilities, supporting web page interactions, screenshots, and JavaScript execution.

An MCP server based on browser - use, enabling AI agents to control web browsers for automated operations.

G-Search MCP is a Playwright - based Google parallel search service that supports simultaneous search with multiple keywords and returns structured results.

An MCP server based on Puppeteer that provides browser automation functions, supports Linux display servers (X11 and Wayland), and enables LLMs to interact with web pages, take screenshots, and execute JavaScript.

Browser MCP is an MCP server + Chrome extension project that enables browser automation operations through AI applications (such as VS Code, Claude, etc.). Its features include local operation to ensure speed and privacy, using real browser fingerprints to bypass detection, and supporting existing login sessions.