Browser Use — Make Websites Accessible to AI at 103K Stars
Browser Use is an open-source framework that enables AI agents to interact with any website using natural language. With 103K+ GitHub stars, it allows AI to browse, click, fill forms, and extract data from any web page — turning the entire internet into an AI-accessible interface.
- ⭐ 103237
- 업데이트 2026-07-07

TL;DR: Browser Use is an open-source framework that lets AI agents control web browsers using natural language instructions. With 103K+ GitHub stars, it enables AI to browse, click, fill forms, scrape data, and automate any web task — making the entire internet accessible to AI agents.
#
Browser Use is a Python framework that connects Large Language Models (LLMs) to web browsers. It allows AI agents to see and interact with web pages just like a human would — but faster, more consistently, and capable of handling repetitive tasks at scale.
The project has exploded to 103K+ GitHub stars, reflecting massive demand for AI-powered web automation. It works with any LLM provider including OpenAI, Anthropic, Google, and local models.
#
Natural Language Instruction
↓
Browser Use Agent
↓
[See the page] → [Plan the action] → [Execute] → [Verify]
↓
Result / Data Extraction / Task Completion
#
#
Browser Use uses a multi-step process to interact with web pages:
- Screenshot Analysis: The AI takes a screenshot of the current page
- Element Identification: It identifies clickable elements, inputs, and buttons
- Action Planning: Based on the natural language instruction, it decides what to do
- Execution: It performs the action (click, type, scroll, navigate)
- Verification: It checks if the action achieved the intended result
from browser_use import Agent, Browser
# Initialize the browser
browser = Browser()
# Create an AI agent
agent = Agent(
task="Find the cheapest flight from NYC to London next Monday",
browser=browser,
llm_provider="openai",
model="gpt-4o"
)
# Run the agent
result = agent.run()
print(f"Found: {result.extracted_data}")
#
| Provider | Models Supported | Setup |
|---|---|---|
| OpenAI | GPT-4, GPT-4o, GPT-4 Turbo | API key |
| Anthropic | Claude 3, Claude 3.5 Sonnet | API key |
| Gemini Pro, Gemini Ultra | API key | |
| Local | Llama 3, Mistral, Gemma | Ollama/llama.cpp |
| Custom | Any OpenAI-compatible | Custom endpoint |
#
#
# Install browser-use
pip install browser-use
# Install dependencies
pip install playwright
playwright install
# Set your API key
export OPENAI_API_KEY="sk-..."
# or
export ANTHROPIC_API_KEY="sk-ant-..."
#
from browser_use import Agent, BrowserSession
# Simple task execution
agent = Agent(
task="Go to google.com and search for 'AI agents'",
browser=BrowserSession()
)
result = agent.run(max_steps=10)
print(f"Done! Result: {result}")
#
from browser_use import Agent, BrowserConfig, AgentConfig
config = BrowserConfig(
headless=False, # Show browser window
viewport_width=1920, # Custom viewport
viewport_height=1080,
wait_for_network_idle=True, # Wait for page to load
screenshot_delay=0.5, # Delay before screenshot
)
agent_config = AgentConfig(
max_steps=20, # Maximum steps per task
max_actions_per_step=5, # Actions per step
use_vision=True, # Use screenshot analysis
tool_call_method="auto", # Auto-detect tool calling
)
agent = Agent(
task="Research and compile a list of top AI coding tools",
browser_config=config,
agent_config=agent_config,
)
#
#
# Extract product prices from an e-commerce site
agent = Agent(
task=(
"Go to example-store.com/products, "
"extract all product names and prices, "
"and save to CSV"
),
)
result = agent.run()
# result.extracted_data contains structured data
#
# Fill out a multi-step form
agent = Agent(
task=(
"Go to example-form.com/register, "
"fill in: name='John Doe', email='john@example.com', "
"password='secure123', accept terms, submit"
),
)
#
# Compile market research
agent = Agent(
task=(
"Research the top 10 AI coding tools. "
"For each, find: name, GitHub stars, "
"main features, pricing, and use cases. "
"Present as a comparison table."
),
output_format="markdown"
)
#
# Monitor and respond to mentions
agent = Agent(
task=(
"Check Twitter for mentions of 'browser-use'. "
"For positive mentions, like the tweet. "
"For questions, compile them in a list."
),
)
#
#
You can define custom actions for specific websites:
from browser_use import Agent, CustomAction
# Define a custom action for a specific site
github_actions = [
CustomAction(
name="star_repository",
description="Star a GitHub repository",
params=["owner", "repo"],
executor=lambda owner, repo: github_api.star(owner, repo)
),
CustomAction(
name="create_issue",
description="Create a GitHub issue",
params=["owner", "repo", "title", "body"],
executor=lambda owner, repo, title, body: github_api.create_issue(...)
),
]
agent = Agent(
task="Star the browser-use repository",
custom_actions=github_actions,
)
#
from browser_use import MultiAgentSystem
# Create a multi-agent system
system = MultiAgentSystem(
agents=[
{"name": "researcher", "task": "Research AI trends"},
{"name": "writer", "task": "Write article about findings"},
{"name": "reviewer", "task": "Review and edit article"},
],
coordination="sequential"
)
result = system.run()
#
# Use browser extensions for enhanced capabilities
browser_config = BrowserConfig(
extensions=["adblock-plus", "dark-reader", "custom-css"],
cookies={"session": "abc123"},
local_storage={"preferences": {"theme": "dark"}},
)
#
#
| Task | Manual | Browser Use | Speedup |
|---|---|---|---|
| Fill 10 forms | 30 min | 2 min | 15x |
| Scrape 100 products | 2 hours | 5 min | 24x |
| Research 20 tools | 4 hours | 15 min | 16x |
| Monitor 50 pages | 8 hours | 3 min | 160x |
#
from browser_use import Agent, ErrorHandler
error_handler = ErrorHandler(
on_failure="retry", # Retry on failure
max_retries=3, # Maximum retries
retry_delay=5, # Seconds between retries
on_timeout="continue", # Continue on timeout
alert_email="admin@example.com", # Alert on critical failure
)
agent = Agent(
task="Scrape product data",
error_handler=error_handler,
)
#
#
from browser_use import Agent
from langchain_anthropic import ChatAnthropic
llm = ChatAnthropic(model="claude-3-5-sonnet-20241022")
agent = Agent(
task="Research and compare AI coding tools",
llm=llm,
)
#
from browser_use import Agent
from langchain_openai import ChatOpenAI
# Use a custom LLM pipeline
llm = ChatOpenAI(
model="gpt-4o",
temperature=0,
max_tokens=2000,
)
agent = Agent(
task="Automate my daily workflow",
llm=llm,
verbose=True, # Log all actions
)
#
#
# Run in sandboxed mode for safety
browser_config = BrowserConfig(
sandbox=True,
restricted_domains=["example.com", "trusted-site.com"],
block_ads=True,
block_trackers=True,
)
#
# Configure privacy settings
agent_config = AgentConfig(
clear_cookies_between_tasks=True,
anonymize_screenshots=True,
local_processing=True, # No data sent to cloud
)
#
#
| Metric | Value |
|---|---|
| Stars | 103,237+ |
| Forks | 8,500+ |
| Open Issues | 120+ |
| Contributors | 200+ |
| Last Updated | 2026-07-07 |
#
| Project | Description | Stars |
|---|---|---|
| Playwright | Browser automation library | 60K+ |
| Selenium | Web driver automation | 30K+ |
| Puppeteer | Chrome automation | 90K+ |
| Crawl4AI | AI-powered web crawling | 25K+ |
#
#
# Good: Clear, specific instructions
agent = Agent(task="Go to example.com, click 'Sign Up', fill form with name='John', email='john@test.com', and submit")
# Bad: Vague instructions
agent = Agent(task="Do something on example.com")
#
# Set appropriate step limits
agent = Agent(
task="Complete checkout on example-store.com",
max_steps=15, # Prevent infinite loops
)
#
Browser Use represents a paradigm shift in how AI interacts with the web. By enabling natural language control of browsers, it makes every website on the internet accessible to AI agents. The 103K+ stars reflect enormous demand for this capability across scraping, automation, research, and integration use cases.
Whether you’re building AI assistants, automating workflows, or creating intelligent web agents, Browser Use provides the foundation you need.
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| Tool | Category | Stars |
|---|---|---|
| LangChain | Framework | 90K⭐ |
| AutoGPT | Agent | 160K⭐ |
| CrewAI | Multi-agent | 30K⭐ |
#
- Browser Use GitHub Repository — Official source code and documentation
- Playwright Documentation — Browser automation API
- Anthropic Claude — AI model provider
- OpenAI GPT-4o — Vision-enabled AI model
Disclosure: This article contains no affiliate links. Dibi8 maintains editorial independence from all projects we cover.
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A: Browser Use operates in your local browser environment. All data stays on your machine unless you explicitly configure cloud services. For sensitive tasks, use headless mode with restricted permissions and sandbox mode.
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A: GPT-4o and Claude 3.5 Sonnet provide the best results due to their strong vision capabilities. GPT-4o is fastest for simple tasks, while Claude excels at complex multi-step workflows. Local models like Llama 3 work but with reduced accuracy.
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A: Browser Use cannot solve CAPTCHAs directly. However, you can configure it to skip CAPTCHA pages or use proxy services for CAPTCHA solving. For most automation tasks, CAPTCHAs are not encountered.
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A: Browser Use is generally 2-5x faster for AI-driven tasks because it uses intelligent action planning rather than rigid scripts. For simple deterministic tasks, Selenium may be faster due to lower overhead.
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A: Yes, Browser Use excels at scraping JavaScript-heavy sites that traditional scrapers struggle with. It can render pages, interact with dynamic content, and extract structured data using natural language descriptions.
#
#
apiVersion: apps/v1
kind: Deployment
metadata:
name: browser-use-agent
spec:
replicas: 3
template:
spec:
containers:
- name: agent
image: browser-use/agent:latest
resources:
requests:
cpu: "1"
memory: "2Gi"
env:
- name: OPENAI_API_KEY
valueFrom:
secretKeyRef:
name: api-keys
key: openai
#
from browser_use import Agent, Monitoring
monitor = Monitoring(
log_level="INFO",
metrics_endpoint="/metrics",
alert_threshold=10, # Failures before alert
dashboard_port=9090,
)
agent = Agent(
task="Automate workflow",
monitoring=monitor,
)
#
The Browser Use team is actively developing multi-modal capabilities including voice control, document processing, and spreadsheet automation. Planned features include real-time collaborative browsing where multiple AI agents coordinate on complex tasks, and a plugin ecosystem for extending browser capabilities with custom integrations.
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Browser Use has been adopted by numerous organizations for automating repetitive web tasks. Financial firms use it for market research, e-commerce companies for price monitoring, and research organizations for data collection. The framework’s natural language interface makes it accessible to non-technical users who can describe tasks in plain English rather than writing complex automation scripts.
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The framework includes robust error recovery mechanisms. When a task fails, the agent can automatically retry with adjusted parameters, switch to alternative approaches, or request human intervention. This resilience makes it suitable for production environments where reliability is critical. The system logs all actions and decisions for audit purposes.
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When using Browser Use, you may encounter several common issues. Browser timeouts can occur with complex pages — increase the wait_for_network_idle timeout to resolve. Element identification failures often stem from dynamic content loading; adding explicit waits or using XPath selectors helps. For CAPTCHA pages, configure the agent to skip or use proxy services. Rate limiting from target websites can be managed by adding delays between actions and rotating user agents.
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The framework supports both cloud-hosted and self-hosted deployments, giving users flexibility in choosing their infrastructure based on security requirements and budget constraints.
Browser Use is continuously improved by its active community with new features added weekly.
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The framework supports both cloud-hosted and self-hosted deployments, giving users flexibility in choosing their infrastructure based on security requirements and budget constraints. Community contributions drive rapid feature development with new capabilities added regularly.
The project maintains an active Discord community where users share automation templates, troubleshooting tips, and integration examples. Weekly feature releases keep the platform at the cutting edge of AI web automation technology.
Browser Use supports headless mode for server deployment and headed mode for debugging. Both modes provide identical functionality with different user experience tradeoffs suited for different deployment scenarios.
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