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Spring Boot AI MCP Client

MCP Server

Connect AI models to external MCP servers with Spring Boot

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Updated Jun 5, 2025

About

A Spring Boot application that serves as an MCP client, enabling AI models to make dynamic tool calls and fetch data from external MCP servers. It simplifies integration by managing OpenAI credentials, server paths, and environment variables.

Capabilities

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

Spring Boot AI MCP Client in Action

Overview

The Spring Boot AI MCP Client is a ready‑made application that demonstrates how to integrate an external Model Context Protocol (MCP) server into a Spring Boot environment. By acting as an MCP client, the application allows AI models—such as Claude or GPT—to perform tool calls and retrieve data from a variety of external services without leaving the model’s context. This solves the common problem of bridging stateless language models with stateful, data‑rich backends in a secure and scalable way.

The client exposes the standard MCP endpoints (, , , ) to a Spring Boot service that can be called by an AI assistant. Developers can quickly configure the client with their OpenAI key, MCP server URLs, and any environment variables required by the target MCP servers. Once running, the client forwards requests from the AI model to the underlying MCP server and streams responses back, preserving the conversational context and enabling dynamic data retrieval or tool execution during a session.

Key features include:

  • Seamless MCP integration: The client automatically handles the MCP handshake, resource discovery, and tool invocation flows.
  • Spring Boot compatibility: Leveraging Spring’s dependency injection, configuration properties, and actuator endpoints makes the client production‑ready.
  • Environment‑aware configuration: All sensitive values—API keys, server paths, and environment variables—are externalized in application properties, ensuring secure deployment.
  • Extensibility: The modular design allows developers to add custom MCP servers or extend existing ones with minimal code changes.

Real‑world use cases span from building AI‑powered chatbots that can query internal databases, to creating automated workflows where an assistant can call external REST APIs or trigger microservices. For example, a customer support AI could retrieve ticket details from an internal system via the MCP client, or a data‑analysis assistant could invoke a statistical computation service on demand. In each scenario, the MCP client abstracts away the complexity of cross‑service communication, letting developers focus on model behavior rather than integration plumbing.

Because it is built on Spring Boot, the client benefits from robust monitoring, health checks, and a familiar ecosystem of libraries. This makes it an attractive choice for teams that already use Spring in their backend stack and want to add AI capabilities without reinventing the wheel. The MCP client thus provides a powerful, low‑friction bridge between AI assistants and enterprise data sources, enabling richer, more contextually aware interactions.