Open Source TypeScript Headless Browsers

FlareSolverr is a proxy server to bypass Cloudflare and DDoS-GUARD protection. FlareSolverr starts a proxy server, and it waits for user requests in an idle state using few resources. When some request arrives, it uses puppeteer with the stealth plugin to create a headless browser (Firefox). It opens the URL with user parameters and waits until the Cloudflare challenge is solved (or timeout). The HTML code and the cookies are sent back to the user, and those cookies can be used to bypass Cloudflare using other HTTP clients. Web browsers consume a lot of memory. If you are running FlareSolverr on a machine with few RAM, do not make many requests at once. With each request, a new browser is launched. It is also possible to use a permanent session. However, if you use sessions, you should make sure to close them as soon as you are done using them. It is recommended to install using a Docker container because the project depends on an external browser that is already included.

It's the first modern headless browsers designed specifically for scraping instead of just automated testing. Hero provides access to the W3C DOM specification without the need for Puppeteer's complicated evaluate callbacks and multi-context switching. We've recreated a fully compliant DOM directly in NodeJS allowing you bypass the headaches of previous scraper tools. The powerful Chrome engine sits under the hood, allowing for lightning fast rendering. Emulators make it easy to disguise your script as practically any browser.

Browser Pool is a small, but powerful and extensible library, that allows you to seamlessly control multiple headless browsers at the same time with only a little configuration, and a single function call. Currently it supports Puppeteer, Playwright and it can be easily extended with plugins. We created Browser Pool because we regularly needed to execute tasks concurrently in many headless browsers and their pages, but we did not want to worry about launching browsers, closing browsers, restarting them after crashes and so on. We also wanted to easily and reliably manage the whole browser/page lifecycle. You can use Browser Pool for scraping the internet at scale, testing your website in multiple browsers at the same time or launching web automation robots.

Crawlee is a web scraping and browser automation library. It helps you build reliable crawlers. Fast. Crawlee won't fix broken selectors for you (yet), but it helps you build and maintain your crawlers faster. When a website adds JavaScript rendering, you don't have to rewrite everything, only switch to one of the browser crawlers. When you later find a great API to speed up your crawls, flip the switch back. It keeps your proxies healthy by rotating them smartly with good fingerprints that make your crawlers look human-like. It's not unblockable, but it will save you money in the long run. Crawlee is built by people who scrape for a living and use it every day to scrape millions of pages. Meet our community on Discord. We believe websites are best scraped in the language they're written in. Crawlee runs on Node.js and it's built in TypeScript to improve code completion in your IDE, even if you don't use TypeScript yourself.

Extensible Angular 5+ enterprise-grade project generator based on angular-cli with best practices from the community. Bootstrap, Angular Material or even Ionic are available, just pick one and start to code. Save time and maintenance effort by creating Progressive Web App and mobile app with the same code base. The app template is based on HTML5, TypeScript and Sass. Optimized build and bundling process with Webpack. Development server with backend proxy and live reload. Cross-browser CSS with autoprefixer and browsers list. Internationalization managed by ngx-translate. Asset revisioning for better cache management. Unit tests using Jasmine, Karma, and headless Chrome. End-to-end tests using Protractor. Static code analysis: TSLint, Codelyzer, Stylelint and HTMLHint. Local knowledgebase server using Hads. Progressive Web App (PWA) support.

Easy-to-use headless React Hooks to run LLMs in the browser with WebGPU. As simple as useLLM().

Browser Preview for VS Code enables you to open a real browser preview inside your editor that you can debug. Browser Preview is powered by headless Chromium, and works by starting a headless Chromium instance in a new process. This can either be Google Chrome or Microsoft Edge. This enables a secure way to render web content inside VS Code, and enables interesting features such as in-editor debugging and more! Make sure you have Google Chrome installed on your computer. Browser Preview for VS Code is debuggable, launch URLs and attach Debugger for Chrome to the browser view instance, and debug within VS Code. You can enable in-editor debugging of Browser Preview by installing Debugger for Chrome, and configure VS Code's debugger to either attach or launch to the browser previews by using the provided configuration options.

SecretAgent is a headless browser that’s nearly impossible to detect. It achieves this by emulating real users. And it has powerful auto-replay functionality that lets you create and debug scripts in record setting time.

Node.js API to control Firefox. Uses a built-in Marionette through the remote protocol. No Selenium WebDriver is needed. Works with headless mode. Compatible subset of Puppeteer API. At this point Foxr is more a proof of concept, work is pretty much in progress.