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Spring Initializr MCP Server

MCP Server

Generate Spring Boot projects via AI in seconds

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Updated 22 days ago

About

An MCP server that wraps the Spring Initializr API, enabling AI assistants to programmatically create and download fully‑configured Spring Boot projects with customizable dependencies, languages, and build tools.

Capabilities

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

Spring Initializr MCP Server

The Spring Initializr MCP Server bridges the gap between AI assistants and the Spring ecosystem by exposing the full power of the Spring Initializr API through the Model Context Protocol. Instead of manually navigating to start.spring.io and selecting dependencies, a developer can simply ask an AI assistant to generate a ready‑to‑run Spring Boot project with any combination of frameworks, languages, and build tools. This server turns a complex configuration process into a single conversational command, dramatically accelerating project bootstrapping and reducing boilerplate.

At its core, the server accepts a rich set of parameters that mirror the options available on Spring Initializr. Developers can specify project type (Maven, Gradle, or Kotlin‑Gradle), language (Java, Kotlin, Groovy), Java version, packaging format, and an extensive list of Spring Boot starters. The server also manages project metadata such as group ID, artifact ID, and package name, ensuring the generated ZIP is immediately usable. By automatically pulling the latest Spring Boot metadata, it guarantees that every project uses up‑to‑date dependencies without manual intervention.

Key capabilities include:

  • Fast, native execution through GraalVM, delivering quick startup times for the MCP server itself.
  • Cross‑platform binaries (Linux, Windows, macOS x64/ARM64) that can be launched directly from an AI client.
  • Optional ZIP extraction so the assistant can return a fully extracted project directory, ready for editing.
  • Dynamic dependency resolution, keeping the list of available starters current without redeploying the server.

In real‑world workflows, this MCP server shines when developers need to prototype microservices or set up new modules quickly. For example, a product owner can instruct the AI to “Create a Spring Boot web application with Spring Data JPA, PostgreSQL, and Spring Security,” and the assistant will deliver a ready‑to‑run Maven project. Similarly, data scientists can request a Kotlin‑based Spring Boot starter with WebFlux and MongoDB, streamlining the creation of reactive data pipelines.

By integrating seamlessly into AI assistants like Claude Desktop, the Spring Initializr MCP Server enables developers to maintain a continuous, conversational development experience. It eliminates repetitive UI interactions, ensures consistency across projects, and allows AI tools to act as true code generators that respect the latest Spring conventions. This results in faster iteration cycles, fewer configuration errors, and a smoother transition from idea to implementation.