What is Spring Boot Pluggable?

It's a framework that transforms any Spring Boot application into an extensible Model Context Protocol (MCP) server, facilitating dynamic tool integration and execution.

What's the quickest way to get started with Spring Boot Pluggable?

A Docker Compose setup is provided for a quick start, spinning up the MCP server, a PostgreSQL database, and the MCP Inspector UI for immediate use.

What types of tools can be integrated?

It supports pluggable loading for various tools from dynamic sources, allowing for flexible integration and execution strategies within your MCP server.

How does Spring Boot Pluggable help monitor integrated tools?

It features an MCP Inspector UI, providing a centralized dashboard to monitor registered tools, their sources, and overall health status.

Spring Boot Pluggable

Name: Spring Boot Pluggable
Author: clsanc195

byclsanc195

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Desarrollo de API

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Despliegue y DevOps

Build extensible Model Context Protocol (MCP) servers with Spring Boot, enabling dynamic tool integration and execution.

This framework provides a robust foundation for developing MCP servers using Spring Boot, allowing any Spring Boot application to become an MCP host. It supports pluggable tool loading and execution, making it highly adaptable for integrating diverse functionalities. The framework includes a reusable library and a comprehensive reference client application, demonstrating how to incorporate static tools, dynamic tool sources, and various execution strategies, streamlining the creation of powerful, modular MCP ecosystems.

Características Principales

01Supports pluggable tool loading, dynamic tool sources, and flexible execution strategies.

02Transforms any Spring Boot application into an MCP server with a reusable library.

03Includes a reference client application demonstrating various tool integration patterns.

04Provides a quick-start setup with Docker Compose for server, database, and inspector UI.

050 GitHub stars

06Features an MCP Inspector UI for monitoring registered tools and source health.

Casos de Uso

01Creating custom MCP servers to host and manage diverse tools and services.

02Integrating various software functionalities under a unified Model Context Protocol interface.

03Developing and testing new MCP tools within a standardized server environment.