Why this server?

Enables LLMs to perform web browsing tasks, take screenshots, and execute JavaScript using Puppeteer for browser automation. This server can automate tasks within Chrome.

Why this server?

Enables capturing screenshots of web pages and local HTML files through a simple MCP tool interface using Puppeteer with configurable options for dimensions and output paths. Useful for getting content from Chrome.

Why this server?

Enables browser automation with Puppeteer, supporting navigation, form interactions, and connection to active Chrome instances for comprehensive web page interaction. This can control Chrome.

Why this server?

Enables LLMs to interact with web pages, take screenshots, and execute JavaScript in a real browser environment such as Chrome.

Why this server?

Enables AI agents to control web browsers via a standardized interface for operations like launching, interacting with, and closing browsers. Supports browser automation for chrome.

Why this server?

Enables browser automation using Python scripts, offering operations like taking webpage screenshots, retrieving HTML content, and executing JavaScript. Can work with Chrome.

Why this server?

Enables AI agents to interact with web browsers using natural language, featuring automated browsing, form filling, vision-based element detection, and structured JSON responses for systematic browser control. Supports Chrome.

Why this server?

A Model Context Protocol server that provides web content fetching and conversion capabilities. Supports Chrome.

Why this server?

Provides code completion, bug fixing, and test generation for multiple programming languages, integrating with the Mistral Codestral API to enhance code development processes in browsers such as Chrome.

Why this server?

Enables the conversion of Dify applications into Model Context Protocol tools, supporting streaming responses and configured via YAML, and allows for Chrome integration.