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browser-use Review

browser-use is an AI browser automation platform designed to make websites accessible for AI agents and automate online tasks.

shipped Jul 22, 2026freemium
Domain rating72Monthly visits12K/mo
browser-use — product screenshot

Why it matters

1Offers a free tier with free browser sessions and scheduled tasks, launched April 3, 2026.
2SOC 2 Type II compliant, ensuring data privacy and security.
3Raised $17 million in seed funding by March 2025.
4Supports custom LLMs and provides a Rust-backed beta agent for direct browser control.

About browser-use

Business Model
Usage-Based (Pay Per Use)
Usage Pricing
$0.006/step per step
Funding
Seed
Total Raised
$17M
Platforms
Web
Target Audience
Developers and teams needing browser automation tools

Pricing Plans

Stealth Browsers
$0.02/hr
  • • Undetectable browser infrastructure
  • • Anti-detect
  • • CAPTCHA solving
  • • 195+ country proxies
Fully Hosted Web Agents
$0.006/step
  • • AI browser automation at scale
Custom LLMs
53 tasks/$1
  • • Custom LLMs for browser automation

Cost Examples

  • • Execute 100 steps: ~$0.60
  • • Execute 1,000 steps: ~$6.00
API DocsGitHubOpen Source

Specs

API Docs

View Documentation →

GitHub

View Repository →

API Available

Yes, public API

overview

What is browser-use?

browser-use is an AI browser automation tool developed by Browser Use that enables developers and engineering teams to make websites accessible for AI agents. It functions as a Python library and offers a cloud platform for scalable operations, allowing AI agents to control web browsers with natural language instructions. The platform combines Large Language Models (LLMs) with browser automation, built on Playwright for reliable cross-browser compatibility. It supports tasks such as opening pages, clicking buttons, typing, filling forms, and navigating complex websites autonomously. Browser Use is SOC 2 Type II compliant, with a privacy policy available at https://browser-use.com/privacy/, and does not train on user data.

features

Key Features of browser-use

browser-use provides a comprehensive suite of features designed for AI-driven browser automation, leveraging advanced technologies to ensure robust and adaptable web interactions. The platform's capabilities extend from fundamental browser control to sophisticated AI integration, supporting a wide range of automation needs for developers and engineering teams.

  • Stealth Browsers: Enables undetectable web browsing for automation tasks.
  • Fully Hosted Web Agents: Provides cloud-based agents for scalable operations.
  • Custom Models: Allows integration of various LLMs, including Grok 4.5 and Kimi K3, and supports 'Bring Your Own Key' (BYOK) for LLMs.
  • CAPTCHA Solving: Automates the resolution of CAPTCHAs to ensure uninterrupted workflows.
  • 195+ Country Proxies: Offers a wide range of proxy options for geo-specific tasks and anonymity.
  • Browser Harness (v4) agent API: Introduced July 17, 2026, as part of its public API surface.
  • Browser Use CLI 3.0: Released July 1, 2026, enabling coding agents to use a browser and execute Python within it.
  • Code Mode: Feature for advanced scripting and control, updated April 12, 2026.
  • Workflow Use: Launched November 25, 2025, for deterministic, self-healing browser automation.
  • BU Openclaw in the cloud: Launched March 1, 2026, for enhanced cloud capabilities.

use cases

Who Should Use browser-use?

browser-use is primarily designed for developers and engineering teams who require robust, AI-driven browser automation. Its open-source Python library and cloud platform make it suitable for building custom solutions and integrating intelligent agents into existing products. The tool's flexibility and technical depth cater to organizations comfortable with Python and LLM-based tools.

  • Developers and Engineering teams building custom AI agents or embedding browser agents into products.
  • AI engineers and LLM tinkerers focused on data extraction, web scraping, and Robotic Process Automation (RPA).
  • Teams building AI-powered automation pipelines and autonomous agent workflows.
  • Organizations requiring QA Automation / Cross-platform testing for web applications.
  • Teams needing to automate form filling and submission processes on complex websites.

how to use

How to Use browser-use

To begin using browser-use, developers can leverage its Python library for local development or utilize its cloud platform for scalable operations. The platform is designed for direct interaction with web browsers via AI agents, enabling complex tasks through natural language instructions.

  • 1Install the browser-use Python library via pip.
  • 2Utilize the Browser Use CLI 3.0 to code agents and execute Python within a browser environment.
  • 3Integrate preferred LLMs (e.g., OpenAI, Google Gemini) using the 'Bring Your Own Key' (BYOK) feature.
  • 4Define automation tasks using natural language prompts for data extraction, form filling, or navigation.
  • 5Deploy agents on the Fully Hosted Web Agents cloud platform for scalable and managed execution.
  • 6Monitor agent performance and review extracted data or automation logs.

pricing

browser-use Pricing & Plans

browser-use operates on a freemium and usage-based model, offering a free tier alongside paid services for advanced features and higher usage. A free tier was launched on April 3, 2026, providing free browser sessions and scheduled tasks. The platform's pricing is structured around specific resource consumption, with a pay-as-you-go minimum top-up lowered from $25 to $5 on July 17, 2026. Proxy data costs were also cut from $10/GB to $5/GB on April 3, 2026.

  • Stealth Browsers: $0.02/hr
  • Fully Hosted Web Agents: $0.006/step
  • Custom LLMs: 53 tasks/$1
  • Cost Example: Executing 100 steps costs approximately $0.60.
  • Cost Example: Executing 1,000 steps costs approximately $6.00.

Pros

  • +Open-source Python library provides flexibility and allows integration with any LLM (e.g., OpenAI, Google Gemini, Anthropic Claude, DeepSeek, Ollama).
  • +AI-driven adaptation handles dynamic web elements and layout changes, improving automation reliability.
  • +Offers a free tier with free browser sessions and scheduled tasks, making it accessible for initial exploration.
  • +SOC 2 Type II compliant, ensuring adherence to security and privacy standards.
  • +Provides a cloud platform for scalable operations, including Fully Hosted Web Agents and Stealth Browsers.
  • +Continuous development with frequent updates, including new agent APIs and models (e.g., Grok 4.5, Kimi K3).

Cons

  • −User reception is mixed, with some reports of failures on simple data extraction tasks and slow performance (15+ minutes and $5+ per task).
  • −Some users have reported issues with being blocked by Cloudflare and CAPTCHAs, despite built-in solving features.
  • −Support has been described as unresponsive by some users, with issues regarding refunds.
  • −Requires comfort with Python and LLM-based tools, potentially limiting accessibility for non-developers.
  • −Public feedback is somewhat sparse, making it challenging to gauge widespread user satisfaction comprehensively.

Policies

Pricing Page

View Pricing→

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browser-use vs Competitors

browser-use positions itself as an open-source, developer-first framework for building intelligent browser automation, leveraging AI to interpret pages visually and adapt to website changes. Its key differentiators include AI-driven adaptation, open-source flexibility allowing choice of LLMs, and a developer-centric approach for engineering teams.

1
MultiOn↗

MultiOn provides an autonomous reasoning layer that allows AI agents to browse and interact with the web to complete complex tasks.

MultiOn offers a higher-level, more autonomous approach to AI agent web interaction, aiming for complete task execution with less explicit instruction. In contrast, 'browser-use' is an open-source framework providing direct browser control for AI agents.

2
FirecrawlOn StorkCompare

Firecrawl offers a managed browser sandbox and is specifically optimized for Retrieval-Augmented Generation (RAG) pipelines, allowing AI agents to navigate and interact with web content.

Firecrawl provides a fully managed browser environment and specializes in efficient data extraction for RAG systems, which can simplify setup for specific use cases. 'browser-use' is a more general-purpose open-source framework for AI agent web interaction.

3
Axiom AIOn Stork

Axiom AI enables browser automation through no-code visual builders, custom code, or natural language descriptions, running either on their cloud or locally.

Axiom AI caters to a broader audience with its no-code and natural language automation options, making it accessible to non-developers. While both offer AI-driven automation, 'browser-use' focuses more on providing an open-source framework for developers to integrate AI agents.

4
SkyvernOn Stork

Skyvern provides AI-powered automation that works on any website without custom code, leveraging LLM intelligence and computer vision to handle complex web interactions.

Skyvern is positioned as a comprehensive enterprise alternative to 'browser-use,' offering a more robust, AI-powered solution with computer vision for complex sites and potentially targeting larger businesses. 'browser-use' is an open-source tool focused on providing the underlying framework for AI agent web control.

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