Micronaut Framework Microservices Guide
Build cloud-native microservices with Micronaut using compile-time dependency injection, GraalVM native images, and sub-second startup times.
Explore comprehensive Java Spring Boot tutorials and production-ready guides. Furthermore, this category covers virtual threads, GraalVM native images, Spring AI, JPA performance tuning, Docker optimization, and modular monolith architecture. Additionally, learn enterprise Java patterns for building scalable microservices and cloud-native applications. Therefore, whether you are starting with Spring Boot or optimizing production workloads, these guides provide practical code examples and best practices. Visit our about page for more information.
Build cloud-native microservices with Micronaut using compile-time dependency injection, GraalVM native images, and sub-second startup times.
Compare Quarkus and Spring Boot for cloud-native Java applications with startup benchmarks, memory analysis, and GraalVM native image strategies.
Configure Spring Boot as an OAuth2 resource server with JWT validation, scope-based authorization, and custom decoders for production.
Build modular Spring Boot applications with Spring Modulith. Learn module boundaries, event-based communication, and documentation generation.
Spring Modulith: Building Modular Applications with Spring Boot Read Post »
Discover how the Spring AI framework is transforming enterprise Java applications worldwide, bringing intelligent capabilities to millions of developers.
Spring AI Framework: Transforming Enterprise Applications Worldwide Read Post »
Optimize Spring Boot Docker images for production with multi-stage builds, JVM tuning, and container best practices that cut image size by 70%.
Spring Boot Docker Container Optimization: Production-Ready Images Guide Read Post »
Eliminate N+1 queries, configure batch fetching, and optimize Spring Data JPA for high-throughput production applications.
Spring Data JPA Performance Tuning: N+1 Queries and Batch Fetching Guide Read Post »
Virtual threads are rewriting the rules of concurrent Java — handling millions of threads with simple blocking code. Here’s how to adopt them in production.
Java 21 Virtual Threads: The End of Reactive Complexity Read Post »
WebFlux reactive programming vs Project Loom virtual threads — benchmarks, DX comparison, and when to choose each.
Reactive vs Virtual Threads: Which Concurrency Model Wins in 2026 Read Post »