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Playwriter is a browser automation framework and remote controller that manages stateful sessions and executes programmatic commands via the Chrome DevTools Protocol. It provides a system for controlling web browsers to interact with pages and extract data through both programmatic APIs and a command-line interface.
The main features of remorses/playwriter are: Browser Automation Frameworks, Agentic Browser Controllers, Persistent State Management, CDP WebSocket Tunnels, Stateful Session Persistence, Browser Session Managers, Context Isolation Managers, Browser Session Persistence.
Projects with overlapping indexed features include: steel-dev/steel-browser — Steel is a cloud browser automation platform that provides a REST API for launching and controlling remote Chrome… vercel-labs/agent-browser — This project is an agentic framework designed to enable autonomous web navigation and browser automation. It functions… chromedp/chromedp — chromedp is a browser automation framework and driver that controls web browsers via the Chrome DevTools Protocol. It… browser-use/browser-harness — This project is an automation framework that connects large language models to web browsers via the Chrome DevTools… cyrus-and/chrome-remote-interface — This project is a Node.js library and browser automation framework that provides a JavaScript interface for the Chrome… ultrafunkamsterdam/nodriver — nodriver is an asynchronous Chromium browser automation framework that provides headless control and web scraping…
Steel is a cloud browser automation platform that provides a REST API for launching and controlling remote Chrome browser sessions. It enables programmatic browsing and web scraping using standard automation tools like Puppeteer, Playwright, and Selenium, connecting to cloud-hosted browser instances via WebSocket and the Chrome DevTools Protocol. The platform supports both headless and headful browser sessions, with language-specific SDKs for TypeScript and Python. The service distinguishes itself through comprehensive anti-detection capabilities, including residential proxy rotation, CAPTCHA
This project is an agentic framework designed to enable autonomous web navigation and browser automation. It functions as a controller that translates natural language instructions into deterministic browser actions, allowing agents to interact with websites, perform data extraction, and manage complex authentication flows. By leveraging accessibility trees and semantic element resolution, the framework mimics human-like navigation, moving beyond brittle DOM selectors to interact reliably with modern web interfaces. The framework distinguishes itself through its focus on secure, scalable exec
chromedp is a browser automation framework and driver that controls web browsers via the Chrome DevTools Protocol. It functions as a headless browser automation tool and web browser controller, enabling the programmatic management of browser sessions, targets, and network responses through a remote debugging interface. The project provides specialized capabilities for Chrome DevTools Protocol automation, including headless browser testing, web scraping and data extraction, and mobile device emulation. It also supports browser-based visual regression by capturing precise screenshots of web pag
This project is an automation framework that connects large language models to web browsers via the Chrome DevTools Protocol for autonomous task execution. It functions as a bridge between intelligent agents and browser engines, allowing for the direct control of browser sessions and profiles. The framework features a self-healing agent capable of generating and executing custom scripts during runtime to resolve failures and optimize browser tasks. It supports stealthy deployment through the use of integrated proxies and captcha solvers to bypass bot detection and security mitigations. The s