Apache Geode 2.0, Part II: Rebuilding a Distributed System for the Modern Java Era

📰 Dev.to · Whitney

Learn how Apache Geode 2.0 is rebuilt for the modern Java era, leveraging Java 17, Jakarta EE 10, and Spring 6, to improve distributed system performance and scalability

advanced Published 27 May 2026

Action Steps

Build a distributed system using Apache Geode 2.0 and Java 17
Configure the system to leverage Jakarta EE 10 features
Run performance tests to evaluate the impact of Spring 6 integration
Apply best practices for scalability and high availability
Test the system with various workloads and scenarios

Who Needs to Know This

Developers and architects on a team can benefit from understanding the new features and improvements in Apache Geode 2.0 to design and implement scalable and efficient distributed systems

Key Insight

💡 Apache Geode 2.0 is designed to take advantage of the latest Java features and frameworks to improve distributed system performance and scalability

Key Takeaways

Learn how Apache Geode 2.0 is rebuilt for the modern Java era, leveraging Java 17, Jakarta EE 10, and Spring 6, to improve distributed system performance and scalability

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