Open Source Go Headless Browsers

Rod is a high-level driver for DevTools Protocol. It's widely used for web automation and scraping. Rod can automate most things in the browser that can be done manually. Chained context design, intuitive to timeout or cancel the long-running task. Auto-wait elements to be ready. Debugging friendly, auto input tracing, remote monitoring headless browser. Thread-safe for all operations. Automatically find or download browser. High-level helpers like WaitStable, WaitRequestIdle, HijackRequests, WaitDownload, etc. Two-step WaitEvent design, never miss an event (how it works). Correctly handles nested iframes or shadow DOMs. No zombie browser process after the crash (how it works). CI enforced 100% test coverage.

GoCommerce is a lightweight open-source API built in Go that enables developers to add commerce functionality to static websites and JAMstack applications. The project focuses on handling the backend aspects of online stores, including order processing and payment management, while allowing the frontend to remain completely static. Because it is designed for headless commerce architectures, developers can build storefront interfaces using any frontend framework while relying on GoCommerce to manage transactions. The API integrates with payment providers such as Stripe to process payments securely and supports additional commerce capabilities such as international pricing and tax handling. Its minimal design makes it particularly suitable for developers building lightweight online stores or static eCommerce websites. GoCommerce is often used in JAMstack environments where the frontend is deployed on static hosting platforms while backend commerce logic is handled through APIs.

Surf is a Go library that implements a virtual web browser, allowing developers to programmatically interact with web pages as a real browser would.

chromedp is an open-source Go library that provides high-level browser automation capabilities by communicating directly with the Chrome DevTools Protocol. The library allows developers to control Chrome or Chromium programmatically from Go applications without relying on external browser drivers or additional runtime dependencies. Using chromedp, developers can automate tasks such as navigating websites, filling out forms, clicking elements, capturing screenshots, and extracting structured data from pages. The library typically operates in headless mode but can also run with a visible browser window when needed for debugging or development. Because it communicates directly with Chrome’s debugging interface, chromedp offers high performance and reliable automation compared with tools that rely on intermediary drivers. It is frequently used for web scraping, automated testing, performance monitoring, and browser-based data extraction workflows.