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Playwright MCP Server

MCP Server

Programmatic Playwright control via Model Context Protocol

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Updated Jun 12, 2025

About

A Node.js server that exposes Playwright browser automation through the Model Context Protocol, enabling external applications to execute tests and scripts programmatically.

Capabilities

Resources
Access data sources
Tools
Execute functions
Prompts
Pre-built templates
Sampling
AI model interactions

Playwright MCP Programmatic

The Playwright MCP Programmatic server bridges the gap between AI assistants and browser automation by exposing Playwright’s powerful web‑automation capabilities through the Model Context Protocol. Developers can now let Claude or other AI agents launch browsers, navigate pages, interact with elements, and capture screenshots—all without writing any JavaScript or TypeScript themselves. The server translates high‑level AI commands into Playwright API calls, returning structured results that the assistant can incorporate into responses or subsequent actions.

This MCP server addresses a common pain point: orchestrating end‑to‑end web interactions from within an AI conversation. Traditional approaches require developers to embed Playwright scripts directly in application code or run them as separate services, which complicates deployment and limits dynamic usage. By packaging Playwright behind an MCP interface, the server lets AI agents request browser actions on demand, enabling real‑time web scraping, form submission, UI testing, and data extraction directly from the assistant’s context.

Key capabilities include:

  • Dynamic resource handling – AI clients can request new browser contexts, pages, or frames on the fly.
  • Tool execution – The server exposes a set of tools such as , , , and , each mapped to a Playwright function.
  • Prompt customization – Clients can supply prompts that guide the assistant on how to interact with a page (e.g., “fill out the contact form and submit”).
  • Sampling control – The MCP interface allows fine‑grained sampling parameters, enabling the assistant to decide how many browser actions to perform before returning a result.

Typical use cases include:

  • Automated web testing – An AI assistant can generate test scenarios, drive a browser to execute them, and report failures.
  • Data extraction pipelines – Claude can scrape structured data from dynamic sites, parse it, and feed it into downstream ML models.
  • Interactive demos – Developers can showcase UI workflows by letting an assistant walk through a website step‑by‑step in real time.
  • Continuous integration – Playwright tests can be triggered by AI commands as part of a CI pipeline, providing natural language triggers for test runs.

Integration into existing AI workflows is straightforward: the server registers its resources, tools, and prompts with an MCP client. Once connected, any AI assistant can invoke these tools through the standard invoke or sample messages. The assistant’s responses can then be enriched with browser state, screenshots, or structured data, creating a seamless loop between natural language instructions and concrete web actions.

What sets this server apart is its programmatic focus: it exposes the full breadth of Playwright’s API rather than a limited subset, giving developers complete control over browser contexts and interactions. Coupled with MCP’s declarative model, it delivers a robust, extensible platform where AI and browser automation coexist effortlessly.