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WebMCP is a JavaScript API designed for exposing web app functions to AI agents.
overview
WebMCP is a proposed browser API developed by Jason McGhee that enables web developers to expose web app functionality as tools for AI agents. It supports direct JavaScript function calls, providing enhancements over traditional scraping methods.
quick facts
| Attribute | Value | |-----------|-------| | Developer | Jason McGhee | | Pricing | Freemium: Free | | Platforms | Web | | API Available | Yes | | Languages | JavaScript |
features
WebMCP offers a range of features enabling efficient AI integration with web applications, including contextually scoped tool registration and auto-schema inference from HTML attributes.
use cases
WebMCP is beneficial for various target audiences looking to integrate AI agents effectively into web applications, particularly in enhancing user experiences and workflow automation.
pricing
WebMCP follows a freemium pricing model, allowing users to access the software for free as there are no commercial pricing tiers or subscriptions.
competitors
WebMCP positions itself as a leading tool for AI-agent integration with several key differentiators compared to existing solutions.
Browser automation MCP server that enables AI agents to interact with web pages through the Playwright API using accessibility snapshots instead of screenshots.
Playwright MCP is a backend MCP server approach that requires separate server implementation, whereas WebMCP allows developers to expose tools directly within their webpage using client-side JavaScript. Playwright is more suitable for external automation workflows, while WebMCP enables seamless in-page agent collaboration.
Transforms Notion into a dynamic knowledge base that AI agents can read from and write to for documentation and project management automation.
Notion MCP is a specialized MCP server for a single platform (Notion), whereas WebMCP is a general-purpose standard for any website to expose its capabilities. WebMCP provides broader applicability across different web applications, while Notion MCP offers deeper integration with a specific service.
MCP server that enables AI agents to interact with GitHub for versioning workflows and code repository management.
GitHub MCP is a platform-specific MCP server requiring backend implementation, while WebMCP allows any website to natively expose tools without separate server infrastructure. WebMCP targets broader web application integration, whereas GitHub MCP focuses on developer workflow automation.
Design workflow MCP server that provides AI agents with structured React and Tailwind code representations and variable definitions from Figma selections.
Figma MCP is a specialized tool for design automation through a separate MCP server, while WebMCP enables design tools to expose capabilities directly within their web interface. WebMCP offers a more integrated user experience where agents and users interact in the same UI, whereas Figma MCP operates as an external automation layer.
WebMCP is a proposed browser API developed by Jason McGhee that enables web developers to expose web app functionality as tools for AI agents. It supports direct JavaScript function calls, providing enhancements over traditional scraping methods.
WebMCP is free under a freemium pricing model, with no commercial pricing tiers.
Key features include a JavaScript API for tooling, dynamic tool registration, declarative HTML support, contextual scoping, and visual feedback for user interactions.
WebMCP is tailored for web developers, e-commerce sites, customer support teams, assistive technology developers, and travel booking platforms.
WebMCP offers direct JavaScript integrations in-browser, while alternatives like Playwright MCP and GitHub MCP utilize separate server implementations for AI interactions.