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TxtAI Assistant MCP

MCP Server

Semantic memory server for AI assistants

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Updated 17 days ago

About

A Model Context Protocol server that stores, retrieves, and manages text memories using txtai’s semantic search. It powers Claude and Cline with neural search, tagging, and persistent storage.

Capabilities

Resources
Access data sources
Tools
Execute functions
Prompts
Pre-built templates
Sampling
AI model interactions

Overview

The TxtAI Assistant MCP is a purpose‑built server that marries the powerful semantic search engine txtai with the Model Context Protocol (MCP). It enables AI assistants such as Claude or Cline to persist, index, and retrieve textual memories using transformer‑based embeddings. By exposing a rich set of MCP tools—, , , and others—the server turns a simple text store into an intelligent knowledge base that can be queried with natural language.

Solving the Memory Bottleneck

AI assistants often struggle to remember context across long conversations or sessions. Traditional key‑value stores require manual indexing and lack semantic understanding, leading to brittle recall. The TxtAI Assistant MCP solves this by storing memories as embeddings in a file‑based backend, automatically persisting them and providing semantic similarity search. When a user asks for related information, the server returns the most contextually relevant memories without needing explicit keyword matching. This dramatically improves continuity and reduces hallucinations in conversational agents.

What the Server Does

At its core, the server offers:

  • Semantic Search – Querying memories with natural language and retrieving the top‑N most relevant entries.
  • Tag‑Based Organization – Adding metadata tags to memories for quick filtering and categorization.
  • Health & Statistics – Endpoints that report embedding model health, storage usage, and query performance.
  • Robust Persistence – A file‑based database that survives restarts, with automatic flushing of new entries.
  • MCP Tool Integration – Seamless addition to Claude or Cline’s MCP configuration, exposing a consistent toolset for AI workflows.

Developers can hook these tools into their assistant’s prompt logic, allowing the model to “ask” for background facts or prior interactions on demand.

Key Features Explained

  • Zero‑Shot Classification – txtai’s transformer models can classify text without additional training, enabling dynamic tagging of memories.
  • Multi‑Language Support – Embeddings are language‑agnostic, so the server can index content in any supported language.
  • Scalable Performance – Even with large memory pools, the server maintains low latency due to efficient ANN indexing.
  • CORS & Logging – Configurable cross‑origin policies and detailed logs make it production‑ready.

Real‑World Use Cases

  • Customer Support Bots – Store past tickets and retrieve relevant solutions when a new query arrives.
  • Personal Knowledge Management – Let an assistant remember notes, emails, or research snippets and surface them during a conversation.
  • Enterprise Knowledge Bases – Index internal documents, policy manuals, and meeting transcripts for quick retrieval by employees.
  • Research Assistants – Store literature abstracts and retrieve related studies when asked about a topic.

Integration Flow

  1. Configure the server via environment variables or a file.
  2. Add the server to the MCP configuration of Claude or Cline.
  3. Invoke tools from within prompts; e.g., to log new context, or when a user asks for prior details.
  4. Leverage the returned data to enrich responses, ensuring continuity and factual accuracy.

By turning raw text into a searchable semantic layer, the TxtAI Assistant MCP gives developers a powerful, low‑overhead tool to enhance AI assistants with persistent, contextually aware memory.