Airtop is a cloud-hosted browser automation platform designed specifically for AI agents and developers who need to interact with the live web. Rather than maintaining brittle CSS selectors or Playwright scripts, users send natural language instructions to Airtop's API and it uses an LLM that understands web page structure to carry out the interaction. The platform handles complex authentication flows that block most scrapers: OAuth, two-factor authentication, and CAPTCHA solving are all supported out of the box. Sessions are fully managed in Airtop's cloud infrastructure, so users can run large fleets of parallel browser sessions without provisioning their own servers. Airtop exposes its functionality through a RESTful API, officially supported TypeScript/Node.js and Python SDKs, and an MCP (Model Context Protocol) server for direct integration with AI agent frameworks. Operations available through the MCP server include createSession, createWindow, pageQuery, paginatedExtraction, and terminateSession. The platform also integrates with n8n and Make for no-code automation workflows. Primary use cases include lead sourcing, competitive pricing monitoring, meeting preparation research, and any web workflow where no dedicated API exists. A Live View feature allows a human to take over mid-session for tasks that require manual intervention or to provide agent training data. Key features: - Natural language browser control powered by a web-aware LLM - Handles OAuth, 2FA, and CAPTCHA authentication automatically - REST API plus official TypeScript and Python SDKs - MCP server with 20 operations for direct AI agent integration - Scalable cloud browser fleet with no self-hosted infrastructure required - Live View for real-time human-in-the-loop intervention - Pre-built automation templates for competitor pricing, flight monitoring, and more - Integrations with n8n and Make for no-code workflow builders
Free tier (11,000 credits); Starter ~$26/month; Professional $80/month; Enterprise ~$342/month. Credit-based model where each page load, interaction, or extraction consumes credits.