Newsletter
Join the Community
Subscribe to our newsletter for the latest news and updates
Apify is a comprehensive web scraping and automation platform that allows users to extract data from any website and automate manual web workflows.
Apify is a robust cloud-based platform designed to solve the complexities of web scraping, data extraction, and web automation. It serves as a central hub where developers and businesses can build, deploy, and monitor "Actors"—serverless microservices capable of performing any web-based task. Whether you need to collect lead information, monitor prices, or aggregate news, Apify provides the infrastructure to handle browser management, proxy rotation, and data storage at scale.
The platform's core strength lies in its versatility. It offers a vast Store of pre-built scrapers for major platforms like Google Maps, Instagram, and Amazon, allowing non-technical users to extract data without writing a single line of code. For developers, Apify provides powerful SDKs (JavaScript/Python) and an open-source library (Crawlee) to build custom, sophisticated crawlers that can bypass anti-scraping protections.
By automating manual data collection, Apify enables organizations to focus on data analysis rather than data gathering. Its infrastructure handles the heavy lifting of scaling, scheduling, and maintaining scrapers as websites change, ensuring a reliable flow of information for business intelligence, AI training, and market research.
Nanorater is an AI-powered face rater that provides precision aesthetics scores, annotated feedback, and actionable improvement tips using 37+ unique personas.
Pricing Model
Supported Platforms
Supported Languages
Access hundreds of pre-built automation tools for popular websites like Google, Facebook, and Amazon.
Built-in proxy management with residential and datacenter IPs to avoid detection and IP bans.
Seamlessly connect scraped data to your existing stack via REST API, webhooks, or Zapier.
Run scrapers on a schedule and store results in specialized datasets optimized for large volumes.