Puppeteer is a Node.js library which provides a high-level API to control Chrome/Chromium over the DevTools Protocol. It allows developers to automate browser actions, take screenshots, generate PDFs, and perform headless testing.
Why this server?
Uses Puppeteer for browser automation to interact with web pages, including navigation, clicking elements, typing text, scrolling, and capturing screenshots.
Why this server?
Uses Puppeteer to perform web scraping with capabilities like smart scrolling for single-page applications and content analysis to determine optimal scraping approaches
Why this server?
Utilizes Puppeteer for web scraping documentation from framework websites, converting them into searchable local content for the MCP server.
Why this server?
This is a MCP server implementation that provides browser automation capabilities through Puppeteer, enabling various web interactions including navigation, screenshots, clicking elements, filling forms, and executing JavaScript in browser contexts.
Why this server?
Leverages Puppeteer functionality through Cloudflare's Browser Rendering API for web content fetching and screenshot capture
Why this server?
Uses Puppeteer for high-quality headless browser rendering to generate the Mermaid diagrams as PNG images.
Why this server?
Leverages Puppeteer through Cloudflare's implementation (@cloudflare/puppeteer) for browser automation and content extraction
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Uses Puppeteer to enable accessibility testing on web applications by automating browser interactions to capture and analyze page content.
Why this server?
Uses Puppeteer to navigate websites, take screenshots, and analyze web content for accessibility testing purposes
Why this server?
Utilizes puppeteer-extra-plugin-stealth to provide stealth browsing capabilities with anti-detection techniques that bypass common bot detection systems
Why this server?
Allows web scraping and browser automation, enabling the AI to browse articles mentioned on Hacker News and gather additional context beyond the HN comments.
Why this server?
Offers browser automation capabilities for web interaction and testing.
Why this server?
Uses Puppeteer for Chrome automation, allowing page interaction, tab management, and browser control
Why this server?
Uses Puppeteer to provide browser automation capabilities for navigating web pages, taking screenshots, and executing JavaScript
Why this server?
Uses Puppeteer to perform automated browser interactions for web scraping, enabling the search functionality with configurable browser settings.
Why this server?
Provides browser automation capabilities using Puppeteer, enabling LLMs to interact with web pages, take screenshots, and execute JavaScript in a real browser environment
Why this server?
Uses Puppeteer and Chrome's rendering engine to generate high-quality PDFs from Markdown content with reliable resource loading and rendering of modern web features and fonts.
Why this server?
Can be used in conjunction with puppeteer MCP for browser automation tasks
Why this server?
Uses Puppeteer to automate headless browser instances for running audits and collecting page data for analysis.
Why this server?
Leverages Puppeteer as a fallback for handling complex web pages when simpler requests fail, enabling thorough web content extraction
Why this server?
Uses Puppeteer for headless browser automation to load pages and collect audit data, enabling accurate results for SPAs and JavaScript-loaded content
Why this server?
Offers web automation capabilities for taking screenshots of webpages, generating PDFs, and extracting content from websites through the Puppeteer headless browser.
Why this server?
Leverages Puppeteer (via rebrowser-puppeteer) for advanced bot detection avoidance, enabling reliable web content viewing and scraping
Why this server?
Provides browser automation capabilities including page navigation, screenshot capture, form interaction, and JavaScript execution in a real browser environment.
Why this server?
Provides browser automation capabilities using Puppeteer to interact with web pages, take screenshots, and execute JavaScript in a real browser environment
Why this server?
Used to programmatically control a browser instance running the GeoFS flight simulator, enabling automated interaction with the simulation environment.
Why this server?
Leverages Puppeteer for browser automation to capture screenshots, monitor console logs, inspect element properties, track network requests, and create checkpoints for visual verification during Vite development.
Why this server?
Optional browser automation for Claude.ai web synchronization in headless mode
Why this server?
Provides browser automation capabilities allowing interaction with web pages, navigation, element selection, form filling, JavaScript execution, and screenshot capture in a real browser environment.
Why this server?
Provides browser automation capabilities with configurable options, enabling navigation to websites, capturing screenshots, clicking elements, filling forms, and executing JavaScript in a real browser environment.
Why this server?
Provides integration with Puppeteer, likely for web scraping or browser automation tasks
Why this server?
Allows capturing screenshots of websites and local HTML files through Puppeteer with configurable viewport dimensions, full page capture support, and custom output paths.