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Browser Use

AI agent framework for web browser automation

open sourceupdated Aug 16, 2026

Browser Use is an open-source AI agent framework with 99K+ GitHub stars enabling LLMs to control web browsers via natural language. Y Combinator-backed, it lets agents navigate sites, fill forms, extract data, and complete multi-step tasks autonomously. Built on Playwright with vision-based element detection, multi-tab management, cookie persistence, and self-correcting actions. Supports OpenAI, Anthropic, and local models with a simple Python API for building custom browser agents.

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Browser Use is an open-source framework enabling AI agents to interact with web browsers using natural language. With 99K+ GitHub stars gained rapidly, it is one of the fastest-growing projects in AI browser automation, backed by Y Combinator.

Built on Playwright, agents can navigate pages, click elements, fill forms, extract data, handle authentication, and complete complex web workflows. Vision-based element detection lets agents identify UI elements without explicit selectors.

Multi-tab management, cookie persistence, and self-correcting actions make it production-capable. Supports OpenAI, Anthropic, Gemini, and local models with a minimal Python API.

Valuable for web scraping, automated testing, form filling, competitive research, and any task requiring human-like web interaction — especially for sites without APIs.

Pricing

MIT OSS library free; cloud starts $0 with 3 sessions/10 tasks; Dev $29/mo, Business $299/mo, Scaleup $999/mo

Platforms

Python, Playwright, any OS

Categories

Tags

Use Cases

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Firecrawl MCP Server

Web scraping and crawling via MCP for AI agents

Firecrawl MCP Server is the official MCP integration for Firecrawl, giving Cursor, Claude, Windsurf, and other MCP clients scrape, crawl, map, search, extract, and agent-style web research tools. It now supports a hosted remote endpoint, keyless rate-limited scrape/search/interact use, API-key/OAuth access for the full tool set, and self-hosted Firecrawl deployments.

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BrowserMCP logo

BrowserMCP

Automate local Chrome browser via MCP

BrowserMCP is an MCP server that enables AI agents to automate a local Chrome browser — navigating pages, clicking elements, filling forms, extracting content, and taking screenshots. It gives coding agents the ability to interact with web applications the way a human would, directly from Claude Desktop, Cursor, or any MCP client.

Open Source
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Browserbase MCP Server

Cloud browser automation via MCP for scalable testing

Browserbase MCP Server gives MCP clients a hosted or self-hostable browser through Browserbase and Stagehand. It exposes tools for starting sessions, navigating, acting, observing, extracting, and taking screenshots, with a hosted Streamable HTTP endpoint for easiest setup and local STDIO/Docker options for teams that want to run the Apache-licensed server themselves.

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ScrapeGraphAI logo

ScrapeGraphAI

LLM-powered web scraping with graph-based extraction pipelines

ScrapeGraphAI is a Python library that uses LLMs and graph-based logic to build automated, self-healing web scraping pipelines. Developers describe desired data in natural language and ScrapeGraphAI constructs a processing graph that extracts structured information from any website. It supports multiple LLM providers, achieves 96%+ accuracy on semantic extraction benchmarks, and adapts to layout changes automatically. Over 20,000 GitHub stars.

Open Source
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Suna

Open-source generalist AI agent for browser and code tasks

Suna is an open-source generalist AI agent that can autonomously browse the web, write and execute code, manage files, and interact with external services. It features a real-time browser automation engine, an isolated code execution sandbox, and integrations with popular APIs. Designed as an open-source alternative to commercial AI agent platforms. Over 9,000 GitHub stars with rapid community growth.

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Steel

Open-source browser infrastructure for AI agents at scale

Steel is an open-source browser API purpose-built for AI agents, providing managed headless browser sessions with anti-bot bypass, proxy rotation, CAPTCHA solving, and session persistence. It handles the infrastructure layer that browser automation agents like Browser Use and Stagehand run on top of. Self-hostable or available as a cloud service. Over 6,000 GitHub stars.

Open Source

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Used in Stacks

Comparisons

Agent Browser vs Browser Use: CLI Control or Full Agent Platform?

Agent Browser and Browser Use both let AI systems operate a web browser, but they put the control boundary in different places. Agent Browser gives an existing coding or terminal agent a native Rust CLI, a persistent daemon, direct CDP operations, and accessibility snapshots with reusable element refs. Browser Use offers a Python agent framework for goal-driven automation plus a first-party cloud for managed agents, browsers, profiles, proxies, and persistent workspaces. Browser Use is the stronger overall default because it spans local application code and hosted production execution, while Agent Browser is the better fit when you already have the reasoning agent and want explicit, inspectable browser commands.

Agent BrowserBrowser Use

Browser Use vs UI-TARS Desktop: Browser Agent Framework or Vision-Based Desktop Automation?

Browser Use and UI-TARS Desktop both help AI agents operate graphical interfaces, but they start from different surfaces. Browser Use focuses on web browser automation with an LLM-friendly Python and Playwright stack. UI-TARS Desktop uses multimodal vision to control desktop and browser interfaces like a human operator. Choose Browser Use for most web automation and agent workflows; choose UI-TARS Desktop when the task must cross native desktop apps or visual-only interfaces.

Browser UseUI-TARS Desktop

Skyvern vs Browser Use — AI Vision Automation vs LLM-Powered Browser Agent

Skyvern and Browser Use both automate web browsers with AI, but use fundamentally different techniques. Skyvern combines LLMs with computer vision to understand pages visually — no DOM parsing needed. Browser Use leverages LLMs to reason about page structure and generate browser actions. Both eliminate brittle CSS selectors, but the approaches have different strengths for different automation scenarios.

SkyvernBrowser Use

BrowserMCP vs Browser Use — MCP Browser Automation vs AI Browser Agent Compared

BrowserMCP and Browser Use both enable AI agents to interact with web browsers, but through different architectures. BrowserMCP is an MCP server that gives any MCP-compatible AI assistant (Claude Desktop, Cursor) direct Chrome control with 6.1K+ stars. Browser Use is a standalone Python library with 65K+ stars that provides browser automation capabilities for custom AI agent applications built with LangChain or other frameworks.

BrowserMCPBrowser Use

Browser-Use vs Stagehand — AI Browser Automation Comparison

Two open-source frameworks for AI-powered browser automation. Browser-Use enables LLMs to control browsers with natural language through Playwright, growing to 85K+ stars. Stagehand by Browserbase adds AI vision to Playwright with act/extract/observe primitives for more reliable web interactions.

Browser UseStagehand

FAQ

What is Browser Use?

Browser Use is an open-source AI agent framework with 99K+ GitHub stars enabling LLMs to control web browsers via natural language. Y Combinator-backed, it lets agents navigate sites, fill forms, extract data, and complete multi-step tasks autonomously. Built on Playwright with vision-based element detection, multi-tab management, cookie persistence, and self-correcting actions. Supports OpenAI, Anthropic, and local models with a simple Python API for building custom browser agents.

Is Browser Use free?

Yes — Browser Use is open source and free to use. MIT OSS library free; cloud starts $0 with 3 sessions/10 tasks; Dev $29/mo, Business $299/mo, Scaleup $999/mo

Is Browser Use open source?

Yes — Browser Use is open source.

What are the best Browser Use alternatives?

The top editor-verified Browser Use alternatives are Firecrawl MCP Server, BrowserMCP, Browserbase MCP Server, and more.

How does Browser Use score in our review?

Our hands-on review scores Browser Use 85/100 overall, based on speed, privacy, and developer-experience testing.