Gaffa is an API for web scraping and browser automation that gives developers control over real, full browsers with a single request, no headless-browser setup, proxy management, or infrastructure scaling required. Pages render with full JavaScript support by default, matching exactly what a real user would see.
The platform covers the full range of automation needs: scraping, AI-powered data extraction into structured JSON using custom schemas, full-page screenshots, PDF export, infinite-scroll scraping, automated form filling, and converting webpages into clean Markdown for AI and LLM workflows. Reliability is built in through a rotating residential proxy network and automatic CAPTCHA and anti-bot handling, so requests succeed even against protected sites.
Pricing follows a transparent, credit-based model tied to browser execution time and bandwidth, making costs predictable as usage scales. Gaffa is aimed at AI engineers, data-driven teams, and developers who need dependable, large-scale web data without the overhead of running their own scraping infrastructure.
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Apify offers a comprehensive platform for web scraping, browser automation, and data extraction at scale. The platform combines managed cloud infrastructure with a marketplace of over 10,000 ready-to-use automation tools called Actors, making it suitable for both developers building custom solutions and business users seeking turnkey data collection.
Actors are serverless cloud programs that handle the technical complexities of modern web scraping: proxy rotation, CAPTCHA solving, JavaScript rendering, and headless browser management. Users can deploy pre-built Actors for popular use cases like scraping Amazon product data, extracting Google Maps listings, collecting social media content, or monitoring competitor pricing. For specialized needs, developers can build custom Actors using JavaScript, Python, or Crawlee, Apify's open-source web crawling library.
The platform operates a developer marketplace where programmers publish and monetize their automation tools. Apify manages infrastructure, usage tracking, and monthly payouts, creating a revenue stream for thousands of active contributors.
Enterprise features include 99.95% uptime SLA, SOC2 Type II certification, and full GDPR and CCPA compliance. The platform integrates with workflow automation tools like Zapier, Make, and n8n, supports LangChain for AI applications, and provides an MCP server that allows AI assistants to dynamically discover and execute Actors.
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Meshpage.org
Meshpage.org's gameapi builder simplifies the integration of 3D models into your website seamlessly. You can start by conducting preliminary checks using the 3D Model Viewer to determine if your model aligns with our 3D engine's requirements. After that, the gltf-to-html5 zip converter enables you to generate a zip file, which can be easily extracted on your hosting platform. Once you access index.html, the 3D engine will render your 3D model for viewing. Additionally, by incorporating an embed tag along with a reference to display.html, you can integrate the 3D models directly into your articles. Furthermore, the GameApi Builder is equipped with 600 diverse features, allowing you to customize the positioning and animation of the 3D model to suit your specific needs. This extensive range of tools ensures that developers have everything they need to create an engaging and interactive experience for their website visitors.
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Rio Terminal
Rio is a terminal application engineered with Rust, WebGPU, and the Tokio runtime, focused on delivering outstanding frames per second while allowing for reduced GPU consumption. Its rendering engine is built on a Redux state machine, which ensures that lines that remain unchanged are not redrawn, thus optimizing the rendering process most of the time. Additionally, Rio is designed to be compatible with a WebAssembly runtime, which opens avenues for future features like customizable tab systems through WASM plugins created in various programming languages. Furthermore, Rio incorporates WGPU, a WebGPU implementation tailored for non-browser contexts, and serves as a backend for Firefox's own WebGPU implementation, enabling more efficient use of contemporary GPUs in comparison to WebGL alternatives. This commitment to performance and flexibility positions Rio as an adaptable terminal choice, catering to users who value both speed and customization options. Users can expect a seamless experience that balances resource efficiency with powerful functionality.
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