CoSupport AI
Browser Use
VS
Browserable
Browser Use
Browser Use is a platform designed to make websites accessible for AI agents. It achieves this by extracting all interactive elements, allowing agents to efficiently navigate and interact with web content. This technology facilitates the development of powerful AI-driven web automation solutions.
The platform offers a range of capabilities, including visual understanding combined with HTML structure extraction, and automatic handling of multiple browser tabs. Browser Use emphasizes robust automation with features like intelligent error handling and support for various Large Language Models (LLMs), ensuring a seamless experience for AI agents.
Browserable
Browserable provides an open-source JavaScript library specifically crafted for developing AI-powered browser agents. This tool empowers developers to create agents that can autonomously navigate websites, interact with forms by filling them out, and efficiently extract required information from web pages. It is designed for easy integration into existing projects and offers the flexibility of self-hosting.The library is positioned as a high-performing solution in the browser agent space, citing superior performance on benchmarks like Web Voyager and Computer Use compared to alternatives. Developers can utilize either the provided JS SDK or the REST API to interact with the library, facilitating the creation and management of browser automation tasks without needing to build the underlying infrastructure from scratch.
Pricing
Browser Use Pricing
Browser Use offers Freemium pricing with plans starting from $30 per month .
Browserable Pricing
Browserable offers Free pricing .
Features
Browser Use
- Vision + HTML Extraction: Combines visual understanding with HTML structure extraction for comprehensive web interaction.
- Multi-tab Management: Automatically handles multiple browser tabs for complex workflows and parallel processing.
- Element Tracking: Extracts clicked elements XPaths and repeats exact LLM actions for consistent automation.
- Custom Actions: Add your own actions like saving to files, database operations, notifications, or human input handling.
- Self-correcting: Intelligent error handling and automatic recovery for robust automation workflows.
- Any LLM Support: Compatible with all LangChain LLMs including GPT-4, Claude 3, and Llama 2.
Browserable
- Open Source Library: Provides a freely available and modifiable JavaScript library for browser automation.
- AI Agent Capabilities: Enables the building of AI agents for tasks like site navigation, form filling, and data extraction.
- High Performance: Outperforms other browser agents on benchmarks like Web Voyager and Computer Use.
- Easy Integration: Offers both a JS SDK and a REST API for straightforward implementation.
- Self-Hostable: Allows users to host the library on their own infrastructure.
Use Cases
Browser Use Use Cases
- Automating complex web workflows.
- Developing AI-powered web agents.
- Parallel processing of web tasks.
- Integrating web interactions into AI applications.
- Creating custom web automation solutions.
Browserable Use Cases
- Automating website navigation for data gathering.
- Building AI agents to fill out online forms automatically.
- Extracting specific information or data points from web pages.
- Developing custom browser automation workflows for repetitive tasks.
- Benchmarking and improving AI browser agent performance.
- Finding specific online courses based on criteria like duration and provider.
- Locating and summarizing academic papers from online archives.
- Searching e-commerce sites for products matching specific requirements.
Uptime Monitor
Uptime Monitor
Average Uptime
100%
Average Response Time
107.93 ms
Last 30 Days
Uptime Monitor
Average Uptime
100%
Average Response Time
110.93 ms
Last 30 Days
Browser Use
Browserable
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