Java has evolved rapidly, and in 2025, developers now have more threading options than ever before — from traditional platform threads to modern virtual threads (introduced via Project Loom) and powerful tools like the ForkJoinPool. But with so many ...
In recent weeks, my team and I discovered a performance issue when running a complex workflow in our API Builder agent in APIwiz, a DAG-based workflow engine. The workflows were taking 9-11 seconds end-to-end, which was far too slow for real-time nee...
🚀 Introduction In modern Java applications, scalability and responsiveness are no longer optional. Traditional thread-per-request models are hitting their limits under massive loads, especially in high-throughput microservice and reactive systems. E...
Java 24 llegó en marzo de 2025 como una versión de corto plazo (no LTS), pero viene cargada de novedades útiles para el día a día de cualquier desarrollador Java. Desde mejoras de lenguaje hasta librerías optimizadas y herramientas para programación ...
Java’s threading model has long been a cornerstone of its concurrency capabilities. However, the limitations of traditional platform threads (wrappers around OS threads) have persisted for decades—until the release of java 21. Virtual threads, repres...
Java has undergone significant improvements in multithreading and concurrency management. With the introduction of Virtual Threads and Structured Concurrency in Project Loom, developers can now handle concurrency more efficiently. This article explor...
Guidelines for a Modern Era Functional programming has been a part of Java for years, yet it remains an underutilized paradigm despite its immense potential. With the advent of GraalVM, virtual threads, and native compilation, Java has entered a new ...
1. Introduction In this article, we are going to have a trial-and-error look at two different implementations of Coroutines also known as Continuations within the JVM. These are Java Virtual Threads which are a part of Project Loom and Kotlin Corouti...
1. What is a virtual thread in Java? Answer: A virtual thread is a lightweight, user-managed thread introduced in Java as part of Project Loom. Unlike platform threads, virtual threads are not directly tied to an operating system (OS) thread and are...
Java's introduction of Virtual Threads in Project Loom is a significant development in concurrent programming. Virtual threads are lightweight, user-mode threads designed to simplify concurrency in Java applications by enabling high levels of scalabi...
