The September 2025 release marks a significant milestone with Payara 7.2025.1.Beta1 advancing Jakarta EE 11 readiness, alongside focused improvements across Payara Platform Community 6.2025.9, Enterprise 6.30.0, and Enterprise 5.79.0. This release combines next-generation Jakarta EE support with community-driven enhancements, essential bug fixes, and comprehensive component upgrades to keep your Jakarta EE and MicroProfile applications running smoothly.

The August 2025 release brings important security fixes and stability improvements across the Payara Platform. This month's releases include Payara Platform Community 6.2025.8 and Payara Platform Community 7.1 Alpha4, Payara Platform Enterprise 6.29.0 and 5.78.0, with a focus on addressing critical security vulnerabilities and enhancing platform reliability.

Introduction

The release of Jakarta EE 11 represents another significant milestone in the evolution of the Java Enterprise framework. With over 25 years of history since its first release in 1999, Jakarta EE has continuously evolved while maintaining its core principles of stability and enterprise-grade reliability.

Enterprise Jakarta EE applications require extensive tooling during development - Maven for dependency management, full JDKs for compilation, and various build utilities. However, production environments need only the compiled application and runtime server like Payara Server or Payara Micro. Multi-stage Docker builds bridge this gap by separating build and runtime concerns, producing dramatically smaller and more secure container images for Payara deployments.

The July 2025 release brings meaningful updates across the Payara Platform family, with improvements to database connectivity, critical bug fixes for CDI memory management, and comprehensive component upgrades.

This month's releases include Payara Platform Community 6.2025.7 (DOWNLOAD HERE), Enterprise 6.28.0, Enterprise 5.77.0 (FREE TRIAL), and Payara 7 Alpha 3.

Many of today’s applications must process enormous volumes of data while providing instantaneous responses.Traditional blocking architectures often struggle to meet these demands, leading to sluggish performance and poor user experiences. Reactive programming is a coding paradigm that can help address these issues by using asynchronous, non-blocking operations to change how systems are built.

This blog posts explores the core principles, advantages and best practices of reactive programming in Java to help you create scalable, resilient and high-performance applications. 

The June 2025 release cycle brings incremental developments across the Payara Platform family, with significant updates to our Community 6.2025.6, Enterprise 6.27.0, and Enterprise 5.75.0 editions, plus the latest alpha release of Payara 7. These releases focus on enhanced diagnostic capabilities, development workflow improvements, and modernized component upgrades.

Jakarta Persistence (formerly JPA) is a cornerstone of enterprise Java development, offering a standardized approach to object relational mapping (ORM). But when it comes to selecting a persistence provider, the decision isn’t one-size-fits-all. Hibernate, EclipseLink and OpenJPA are three leading options, each with unique strengths. But how do you know which is right for your project?

In this blog, we’ll give you a short overview of the core features, advantages and ideal use cases of these Jakarta Persistence providers to help you make an informed decision.

The May 2025 release brings updates across Payara Platform Community 6.2025.5, Payara Platform Enterprise 6.26.0 and 5.75.0. These focus on bug fixes and component upgrades. Let's have a closer look at what you can find in this release. 

After two decades as Java's dominant build tool (no offense to Gradle), Maven is undergoing its most significant evolution. While the official Maven documentation outlines the technical changes in Maven 4, this blog post focuses specifically on what these changes mean for enterprise developers working with Jakarta EE, Spring Boot and Quarkus.