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Why this server?
This server enables interaction between Neo4j databases and Claude Desktop, allowing users to execute Cypher queries, create nodes, and establish relationships in the database.
Why this server?
A Model Context Protocol server that enables graph database interactions with Neo4j, allowing users to access and manipulate graph data through natural language commands.
Why this server?
A Model Context Protocol server that enables AI assistants to interact with Weaviate vector databases, allowing for semantic document search, metadata filtering, and document management with persistent storage.
Why this server?
A Model Context Protocol server that enables large language models to interact directly with Couchbase databases through natural language, supporting operations like querying buckets, performing CRUD operations, and executing N1QL queries.
Why this server?
Allows AI models to query and interact with FalkorDB graph databases through the Model Context Protocol (MCP) specification.
Why this server?
A Model Context Protocol server providing vector database capabilities through Chroma, enabling semantic document search, metadata filtering, and document management with persistent storage.
Why this server?
Enhances the MCP memory server by implementing PouchDB for robust document storage and enabling the creation and management of a knowledge graph that captures interactions via language models.
Why this server?
A Model Context Protocol server that enables natural language querying of the Censys Search API for domain, IP, and FQDN reconnaissance, providing information about hosts, DNS, certificates, and services in real-time.
Why this server?
A lightweight MCP server that enables database access and querying through ODBC connections, with special support for Virtuoso DBMS features like SPARQL and AI assistance through natural language.
Why this server?
Enables LLM tools like Claude Desktop to query databases via ODBC connections, allowing access, analysis, and insight generation from database data while maintaining security through read-only safeguards.