Model Context Protocol Demo

# RAG MCP The RAG system is particularly well-designed, using sentence transformers to build rich contextual embeddings and performing semantic search to find the most relevant tools for each query. This makes the system much more robust than traditional keyword-based approaches. ## Setup ```bash conda create -n mcp conda activate mcp git clone https://github.com/digital-duck/st_rag_mcp.git cd st_rag_mcp pip install -r requirements.txt # in 1st terminal cd src python mcp_server.py # in 2nd terminal cd src streamlit run mcp_client.py ``` ## Architecture Diagram The Mermaid diagram illustrates: - **7 Distinct Layers** with color coding for easy understanding - **Complete Data Flow** from user input through RAG processing to tool execution - **Decision Tree Logic** showing how queries are routed through different parsing modes - **RAG Integration** highlighting how semantic search enhances tool selection - **Multi-LLM Support** showing integration with Google, OpenAI, and Anthropic - **MCP Server Integration** with tool discovery and execution - **Data Persistence** including SQLite storage and caching mechanisms ## Key Features 1. **Intelligent Tool Selection** using RAG to find relevant tools dynamically 2. **Flexible Parsing Strategy** with fallback mechanisms (RAG → LLM → Rule-based) 3. **Comprehensive Logging** for debugging and performance analysis 4. **Caching Strategy** for efficient server discovery 5. **Multi-Provider LLM Support** for flexibility and redundancy ## References - [MCP - RAG & Self-Evolve Agent](https://youtu.be/ZtwN79n9dRE?si=5GYFUrX7INMxhUNM) - [RAG-MCP: Mitigating Prompt Bloat in LLM Tool Selection via Retrieval-Augmented Generation](https://arxiv.org/abs/2505.03275) - [ALITA: GENERALIST AGENT ENABLING SCALABLE AGENTIC REASONING WITH MINIMAL PREDEFINITION AND MAXIMAL SELF-EVOLUTION](https://arxiv.org/abs/2505.20286)