Master Steel with our step-by-step tutorial, detailed feature walkthrough, and expert tips.
Clone the Steel browser repository from GitHub (steel
browser) and review the installation documentation Set up Docker environment and configure Chrome executable path according to the deployment guide Start the Steel API server locally on port 3000 and access the interactive documentation at /documentation Test basic browser automation using the provided examples in the cookbook or REPL package for validation
💡 Quick Start: Follow these 2 steps in order to get up and running with Steel quickly.
Explore the key features that make Steel powerful for web & browser automation workflows.
Complete source code access and self-hosting capabilities with Docker-based deployment for full control over browser automation infrastructure
Perfect for organizations requiring complete transparency, custom modifications, or specific compliance requirements for web scraping operations
Advanced browser fingerprinting and behavior simulation that makes automated requests indistinguishable from human browser usage patterns
Essential for scraping modern websites with sophisticated bot detection systems like Cloudflare, DataDome, or custom protection mechanisms
Maintains browser state, cookies, and authentication tokens across multiple requests enabling complex multi-step workflows and authenticated scraping
Critical for applications requiring login flows, e-commerce cart interactions, or any stateful web application automation
Full Chrome browser engine with dynamic content rendering, infinite scroll handling, and interactive element manipulation capabilities
Ideal for modern SPAs, React/Vue applications, and any website that loads content dynamically through JavaScript rather than server-side rendering
Steel is open-source and free for self-hosted deployments with unlimited usage. Steel Cloud charges per successful request, starting at $0.10 per request for the basic plan with volume discounts for higher usage. Failed requests aren't charged, and there's no monthly minimum. For high-volume operations (10,000+ requests/month), custom pricing is available. The cost includes proxy usage, JavaScript rendering, and infrastructure, making it predictable compared to managing your own proxy pools and browser instances.
Yes, Steel's session management can handle OAuth flows, multi-factor authentication, and complex login sequences. You can send multiple requests to perform login steps, then use the authenticated session for data extraction. The service maintains session state including cookies, local storage, and authentication tokens. However, sites with email verification or SMS-based 2FA require manual intervention and aren't suitable for automated workflows.
Steel provides monitoring and alerting for failed extractions, but you'll need to update your CSS selectors when sites change their HTML structure. The platform offers a testing environment where you can validate selectors against live pages before running production jobs. For mission-critical scraping, consider implementing multiple fallback selectors and monitoring extraction success rates to catch changes quickly.
Steel eliminates the need to manage proxy infrastructure, handle browser automation, and deal with anti-bot detection - typically months of engineering work. The main trade-offs are cost and customization: Steel Cloud is more expensive per request than self-built solutions but includes infrastructure, maintenance, and anti-detection capabilities. However, being open-source, you can self-host Steel to get enterprise-grade scraping capabilities without ongoing per-request costs, making it cost-effective for high-volume operations while reducing time-to-market significantly.
Now that you know how to use Steel, it's time to put this knowledge into practice.
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Follow our tutorial and master this powerful web & browser automation tool in minutes.
Tutorial updated March 2026