java-backend-skill

Generating a Spring Boot backend with JWT authentication and PostgreSQL produces a standardized project scaffold including controllers, repositories, security configurations, and Docker support. You specify your core entities and the AI applies JWT, validation, and unified API responses automatically.

A production-ready Spring Boot project scaffold includes controllers, services, DTOs, global exception handling, request logging, CORS, password hashing, pagination, health checks, and Docker configuration. It also provides a project guide and field-level API contracts for frontend integration.

You can use MySQL instead of PostgreSQL for your enterprise Java backend. The scaffold generation supports both PostgreSQL and MySQL databases, allowing you to specify your preferred database when requesting the project setup.

The Spring Boot scaffold supports optional Redis, Kafka, and RabbitMQ integration. You can request these middleware additions during generation, and the scaffold also includes Actuator integration for health checks and monitoring.

The best way to create a Java backend with unified API responses and global exception handling is through automated project scaffolding. This approach enforces consistent architecture, Jakarta Validation, and compile and health-check validation across the entire generated codebase.

You should not use an automated Spring Boot backend generator for highly customized architectural patterns outside standardized enterprise conventions. It applies dynamic version discovery and specific structural patterns, which may not fit unconventional service designs or non-Java ecosystems.