What is Browse AI ?
Browse AI is a web-scraping platform that allows users to easily extract structured data from websites without needing to write any code. With Browse AI, users can run up to 50,000 robots simultaneously, making it easy to scrape large amounts of data. The platform can emulate user interactions, handle pagination and scrolling, and even solve captchas. With over 7,000 applications for integration, BrowseAI is a versatile tool for scraping and manipulating data. The platform also includes a “workflows” feature to manage and orchestrate robots easily.
Browse AI Key Features:
- No-code scraping: Easily scrape structured data from websites with a simple user interface.
- Bulk runs: Run up to 50,000 robots at once, optimizing efficiency and data collection.
- User interaction emulation: This tool can emulate user interactions for real-world data collection.
- Automated scheduling: Extract data on a specific schedule, making it easier to manage and analyze large amounts of data from various sources.
- Global location-based data extraction: Use BrowseAI to extract location-based data from websites all over the world.
- Simple pagination and scrolling: Browse AI can handle website pagination and scrolling for streamlined data collection.
- Captcha solving: Solve captcha challenges that can prevent automated web scraping.
- Integration: Easily integrate Browse AI with over 7,000 other applications.
- Workflows: Manage and orchestrate robots effectively, ensuring the efficient scraping of large amounts of data.
- Auto-adaptation: BrowseAI automatically adjusts to site layout changes, ensuring uninterrupted scraping.
Use Cases:
- Market Research: Extract data on market trends, competitors, and consumer preferences.
- Price Monitoring: Monitor the prices on e-commerce websites and adjust prices on your own website.
- Lead Generation: Scrape contact details of potential leads from websites.
- Data Aggregation: Gather large amounts of data to streamline and inform decision-making.
- Content Creation: Automatically extract data to create content, such as product descriptions or social media posts.
