The Power of Virtual Threads, Scoped Values, & Structured Concurrency in Java 20

Modern applications—especially those involving microservices, reactive APIs, and real-time data—demand scalable and maintainable concurrency. With Java 20, the platform introduces…

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How to Use Java 21’s Virtual Threads in Real-World Web Applications

With the release of Java 21, virtual threads — part of Project Loom — are now stable and production-ready. This…

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Will Kotlin Coroutines Become Obsolete?

Kotlin Coroutines have revolutionized asynchronous programming in the JVM ecosystem, offering a cleaner alternative to callbacks, Future chains, and reactive streams. Since…

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Spring Boot Performance with Java Virtual Threads

For years, Java developers have wrestled with the limitations of platform threads—heavyweight, OS-managed resources that make high-concurrency applications expensive to…

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Project Loom vs. Traditional Threads: Java Concurrency Revolution

Concurrency has always been a cornerstone of modern software development, enabling applications to handle multiple tasks simultaneously. In Java, traditional…

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Java Virtual Threads vs. Traditional Threads: Unlocking Performance with Project Loom

With the introduction of Virtual Threads in Java 19 under Project Loom, Java developers now have a powerful tool for…

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Using Executors.newVirtualThreadPerTaskExecutor() in Java

Java introduced virtual threads with Project Loom to simplify concurrency and improve the scalability of applications. Virtual threads are lightweight…

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Reactive Programming with Java Project Loom

The article argues that reactive programming and Project Loom are complementary tools for building concurrent applications in Java, rather than…

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Reactive’s Looming Doom. Part IV: The End Of Reactive?

1. Introduction The last post discussed advanced concepts of the reactive approach and highlighted use cases where it shines. This post…

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