When it comes to building microservices and applications that thrive in the cloud, developers are faced with a critical choice: which Java framework to use? Two standout options are Spring Boot vs ...

This free self-paced workshop shows how to develop sample microservices in Quarkus, Spring Boot and Micronaut as well as how to package them in Docker containers, deploy them and monitor their ...

Organizations increasingly want fast, distributed Java applications that scale efficiently. The Quarkus framework is suited to this use case. In this hands-on tutorial, we'll build a production-ready ...

The Java ecosystem brings you unmatched speed and stability. Here’s our review of seven top-shelf Java microframeworks built for modern, lightweight application development. Java microframeworks are ...

Red Hat has announced the release of Quarkus 1.0, a Kubernetes-native Java stack built for containers and cloud deployments. According to the company, as application development continues to evolve, ...

Quarkus 4.0.0.Beta1 requires Java 21 or later, ending support for Java 17. Jackson 3 and changes to Hibernate database defaults introduce compatibility checks for existing applications. The beta adds ...

Quarkus 3.35 focuses on smaller, faster Java applications. Experimental JAR tree-shaking can remove unused classes from runtime dependencies, while native-build profile-guided optimization is intended ...

In a previous article, I walked through how to build a product catalogue microservice with Quarkus. Now, let's take it to the next level by compiling our application into a native executable using ...

Red Hat’s Quarkus framework for building Kubernetes-native Java applications is now included with the company’s OpenShift 4.6 open source container application platform, a step Red Hat describes as ...