Structured concurrency is a new way to use multithreading in Java. It allows developers to think about work in logical groups while taking advantage of both traditional and virtual threads ...

Structured concurrency, a new proposal incubating in the OpenJDK community, would treat multiple tasks running in different Java threads as a single unit of work. Multithreaded programming could ...

Concurrency in Java is the ability of multiple threads to execute in a coordinated manner within a program. While concurrency can lead to more efficient use of resources, it introduces ...

Java historically has dealt with this problem partly through a powerful concurrency API and thread pooling. Now Java developers are abuzz about virtual threads, a feature introduced in Java 21. Java ...

JDK 21's virtual threads are a major leap forward for Java's concurrency model. Previously, Java relied on OS threads, which were resource-heavy, limiting how many threads could run concurrently.

This article explores pinning, strategies to deal with it, and critical considerations for developers when they approach this new and promising concurrency model. The benefits of virtual threads.

The Eclipse Foundation's Jakarta EE Working Group releases Jakarta EE 11, the latest version of its enterprise Java platform.

As more and more companies develop and deploy multithreaded Java applications on multi-core hardware, the job of ensuring the quality of these software systems has become more challenging.

Typesafe, provider of the world's leading Reactive platform, today announced that July 12 will mark the five year anniversary of Akka, the popular run-time and toolkit for concurrency and ...