Browser-use + LightRAG Agent That Can Scrape 99% websites with LLM



Browser-Use

LightRAG

AI Summary

Video Summary: Creating a Powerful Chatbot with Light RAG and Browser Use

Overview

  • Tutorial on creating a chatbot using Light RAG and Browser Use.
  • Light RAG addresses limitations of existing RAG systems by incorporating graph structures for better context and interdependency understanding.
  • Browser Use is an open-source web automation library that works with large language models (LLMs) for tasks like data scraping.

Light RAG

  • Integrates graph structures into text indexing and retrieval.
  • Uses a two-level retrieval system for comprehensive information retrieval.
  • Extracts entities and relationships to build a knowledge graph.
  • Performs low-level and high-level searches for concrete entities and abstract topics.
  • Outperforms traditional systems with efficiency and handling complex queries.

Browser Use

  • Enables LLMs to interact with websites for various tasks.
  • Features include detecting clickable elements, handling prompts, tab switching, form filling, and taking screenshots.
  • Supports intelligent decision-making and has memory capabilities.
  • Compatible with models like GPT-4 and Codex 3.5.

Implementation Steps

  • Install necessary Python libraries.
  • Set the OpenAI API key for using the OpenAI large model.
  • Initialize agents and a controller to manage browser state.
  • Define an asynchronous function for concurrent task execution.
  • Save extracted content to a file upon task completion.
  • Configure Light RAG with a working directory and a default language model.
  • Perform different search modes (naive, local, global, hybrid) to retrieve information based on the query.

Potential Impact

  • Light RAG and Browser Use could revolutionize how we interact with information.
  • They aim to provide accurate, comprehensive search capabilities and up-to-date responses.

Note

  • No detailed instructions such as CLI commands, website URLs, or tips were provided in the text for extraction.