Browser Use

Browser Use is an AI-powered browser automation framework designed to make websites accessible for artificial intelligence agents. Think of it as giving AI the ability to see and interact with web pages just like a human would, but much faster and more accurately.

The key innovation lies in how Browser Use converts website elements like buttons, forms, and menus into a text-based format that AI models can easily understand and manipulate. Unlike traditional automation tools that rely on rigid scripts, Browser Use uses large language models to make intelligent decisions about how to navigate and interact with websites.

The framework supports multiple AI models including OpenAI GPT, Claude, Google AI, and others. It offers both an open-source version for developers and a cloud API service for businesses. Browser Use excels at complex tasks like logging into websites, extracting dynamic content, filling forms with contextual data, and performing multi-step web workflows automatically.

Getting started with Browser Use is straightforward whether you choose the open-source version or cloud API. For the open-source approach, install the framework using pip and set up your preferred AI model API key.

Here's the basic workflow:

• Install Browser Use via pip or use the cloud API

• Configure your AI model (OpenAI, Claude, Google, etc.)

• Create an agent with a simple text prompt describing your task

• Watch as the AI navigates and completes your web task automatically

Example tasks you can automate:

• "Extract product prices from this e-commerce site"

• "Fill out this job application using my resume data"

• "Find flights from New York to London on travel sites"

• "Create a Google Doc and save it as PDF"

The cloud version offers additional benefits like hosted infrastructure, bot protection, and mobile proxies. For developers, the framework integrates with popular tools and supports the Model Context Protocol (MCP) for enhanced functionality. The Web UI provides a user-friendly interface for running tasks without coding knowledge.

• AI-powered browser automation with multiple LLM support

• Dynamic content extraction and form filling capabilities

• Open-source framework with cloud API options

• Real-time task monitoring and control

• Multi-platform support (Web UI, desktop, CLI)

• Integration with popular development tools

• Bot protection and proxy support

• Custom function extensions

• Parallel task execution

• Enterprise deployment options