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Connects language models to a Qdrant vector database for storing and retrieving information.
Enables AI agents to measure, exchange, and settle value on-chain within a decentralized network.
Facilitates the integration of AI models into daily workflows through agent-based frameworks and command-line tools.
Integrates Tavily's search and data extraction capabilities with AI assistants via the Model Context Protocol.
Enables LLMs to inspect MySQL database schemas and execute read-only queries.
Integrates AI models into Ruby applications via the Model Context Protocol.
Facilitates the building, evaluation, and running of general multi-agent assistance systems.
Provides example applications demonstrating the use of the Spring AI project.
Summarizes chat messages based on user queries.
Enables on-premises conversational retrieval augmented generation (RAG) with configurable containers and optional ChatGPT or Claude integration.
Bridges large language models and AI agents with physical robots, translating natural language commands into ROS/ROS2 instructions without code changes.
Transforms codebases into searchable knowledge bases for AI assistants, providing both semantic and regex search capabilities via the Model Context Protocol.
Enables AI models to analyze Windows crash dumps by bridging LLMs with WinDBG/CDB.
Serves LangChain LLM applications and agents as robust FastAPI-powered API endpoints.
Establishes an open, standardized protocol for framework-agnostic agent communication.
Converts ComfyUI workflows into MCP tools to enable multimodal AI-generated content solutions powered by LLMs.
Enables the creation of collaborative AI agents using a visual builder or TypeScript SDK for solving complex problems.
Facilitates AI models in comprehending the structure and context of your Vite or Nuxt applications during development.
Enables natural language interaction with Neo4j databases and Aura accounts using the Model Context Protocol.
Enables interaction with Jupyter notebooks running in a local JupyterLab environment through the Model Context Protocol (MCP).
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