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Building an AI-Powered MCP Server with Spring AI: Querying Produ…

@Dpun

Basic information

Category

Data & Analytics

Transports

stdio

Author

Dpun

About Building an AI-Powered MCP Server with Spring AI: Querying Product Data without APIs

Implementation of mcp server/client

Building an AI-Powered MCP Server with Spring AI: Querying Product Data without APIs config

No standard config provided

This server doesn't expose a parseable MCP config block in its README. See the repository for install instructions.

Repository

Building an AI-Powered MCP Server with Spring AI: Querying Product Data without APIs tools

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Overview

What is Building an AI-Powered MCP Server with Spring AI: Querying Product Data without APIs?

This MCP server is built with Spring AI and Spring Boot to expose a Product table (with fields like name, code, quantity, and price) to AI assistants using the Model Context Protocol. It eliminates the need for custom REST APIs by enabling context-aware querying of product data through an AI chat client.

How to use Building an AI-Powered MCP Server with Spring AI: Querying Product Data without APIs?

Set up the server using Spring Initializr with the dependencies spring-boot-starter-data-jpa, spring-ai-starter-mcp-server-webflux, and postgresql. The corresponding client requires spring-ai-starter-mcp-client-webflux, spring-ai-starter-model-ollama, and spring-boot-starter-web. After configuration, an AI chat client can query the product data directly via the MCP protocol.

Key features of Building an AI-Powered MCP Server with Spring AI: Querying Product Data without APIs

  • Exposes product data without custom API endpoints.
  • Leverages Spring AI’s MCP support for AI agent interaction.
  • Uses JPA and PostgreSQL for product storage.
  • Integrates with an Ollama‑based AI chat client.
  • Enables intuitive, context‑aware queries from AI assistants.

Use cases of Building an AI-Powered MCP Server with Spring AI: Querying Product Data without APIs

  • Querying product details (name, code, quantity, price) via a chat interface.
  • Allowing AI assistants to retrieve product inventory data without building a separate API.
  • Demonstrating how to combine Spring AI, MCP, and a relational database for backend exposure.

Frequently asked questions

1

What is the Model Context Protocol (MCP)?

MCP is a protocol that enables AI agents to interact directly with domain models, providing context‑aware data access without traditional REST APIs.

2

What runtime dependencies are required?

The server requires Spring Boot with `spring-boot-starter-data-jpa`, `spring-ai-starter-mcp-server-webflux`, and a PostgreSQL driver. The client needs `spring-ai-starter-mcp-client-webflux`, `spring-ai-starter-model-ollama`, and `spring-boot-starter-web`.

3

Where does the product data reside?

Product data is stored in a PostgreSQL database, accessed via JPA.

4

Is a dedicated API endpoint needed?

No – the MCP server eliminates the need for custom API endpoints by exposing the `Product` entity directly to AI chat clients.

5

What transport does the MCP server use?

The server uses WebFlux (reactive) transport, as indicated by the `-webflux` dependency suffix.

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