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TiDB MCP Server

MCP Server

Seamless Model Context Protocol integration with TiDB serverless database

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Updated Aug 14, 2025

About

Provides an MCP server implementation for TiDB, enabling easy connection to a TiDB cloud cluster via environment variables and supporting Claude Desktop integration.

Capabilities

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

TiDB MCP Server in Action

Overview

The mcp‑server‑tidb is a Model Context Protocol (MCP) server that bridges AI assistants with TiDB, an open‑source distributed SQL database that can run in a serverless mode on TiDB Cloud. It solves the common developer pain point of exposing a database as an AI‑friendly tool: rather than writing custom API wrappers or relying on generic SQL clients, this server presents TiDB’s capabilities—query execution, schema introspection, and data manipulation—as first‑class MCP resources. This allows Claude or other AI assistants to query or update a TiDB cluster through a simple, declarative prompt without any additional coding.

What the Server Does

At its core, the MCP server implements a set of tools that map directly to TiDB operations. When an AI client sends a prompt that includes a request such as “fetch the latest sales data,” the server translates this into a SQL query, executes it against the configured TiDB cluster, and returns the results in a structured format. Because MCP can also expose prompts and sampling strategies, developers can create custom conversational flows that guide the AI through complex database interactions—e.g., prompting for table names, filtering criteria, or aggregation functions—while the server handles all low‑level communication.

Key Features and Capabilities

  • Seamless Integration: The server can be launched via a simple command line or integrated into Claude Desktop through the file, making it easy to add TiDB support to existing AI workflows.
  • Environment‑Driven Configuration: All connection details (host, port, username, password, database) are supplied through environment variables or a file, keeping credentials out of source code and enabling secure deployment in CI/CD pipelines or containerized environments.
  • Serverless Compatibility: Designed for TiDB Cloud’s serverless clusters, the server can scale automatically with workload, reducing operational overhead for developers who need on‑demand data access.
  • Rich Toolset: Beyond simple queries, the MCP implementation can expose schema discovery tools (list tables, columns) and data manipulation commands (INSERT, UPDATE), giving AI assistants a full CRUD interface.

Use Cases

  • Data‑Driven Chatbots: Build conversational agents that answer business questions by querying real‑time data in TiDB, such as inventory levels or customer metrics.
  • Automated Reporting: Let an AI assistant generate weekly reports by running pre‑defined SQL templates and formatting the results into natural language.
  • Rapid Prototyping: Developers can prototype data pipelines or analytics queries in natural language, with the MCP server handling execution and error reporting.
  • Educational Tools: Instructors can create interactive SQL learning experiences where students ask questions and receive immediate feedback from the database.

Advantages Over Traditional Approaches

Unlike writing custom REST APIs or using generic ODBC/JDBC connectors, this MCP server offers a native AI integration that respects the Model Context Protocol’s structure. It eliminates boilerplate code, reduces latency by keeping the database connection alive within the server process, and provides a consistent interface for multiple AI assistants. Additionally, because it is open source and written in Python with as the package manager, developers can easily extend or modify the toolset to fit specialized workflows.

In summary, mcp‑server‑tidb empowers developers to unlock TiDB’s full potential within AI assistants, turning complex database operations into natural language commands while preserving security, scalability, and developer productivity.