Improve Application performance with virtual threads and structured concurrency


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Registrations
Kindly note: Registrations for the event will be confirmed only if you register on the link here Sahaj-events.
📢 Event Overview:
Kick off 2025 with an exciting DevDay_Hyderabad talk on the next evolution of Java concurrency! 🚀
When designing scalable platforms, system architecture plays a crucial role—but the impact of low-level code optimizations is equally powerful. Java Virtual Threads bring a major shift in how we handle concurrency, helping developers and architects build high-performance applications with simpler, more efficient code.
Traditional thread management has been a major bottleneck in scaling Java applications. With Virtual Threads, Java removes the overhead of native OS threads, allowing for millions of lightweight, high-throughput threads without exhausting system resources. This makes I/O-heavy applications, web services, and reactive systems far more scalable and performant.
🎯 What You’ll Learn:
✅ Virtual Threads & Structured Concurrency – how they help scale Java applications with minimal thread overhead.
✅ Throughput comparison – Native threads vs. Virtual Threads: Should you switch?
✅ Simplifying async programming – How Structured Concurrency replaces CompletableFutures for cleaner, more maintainable code.
✅ Impact on System Design – Why understanding new language features and concurrency models is crucial for building scalable, high-performance platforms.
👨💻 Who Should Attend?
If you are a Java enthusiast, backend developer, or architect working on high-scale applications, this talk is for you! Some knowledge of backend development will help you make the most of the session.
Meet the Speaker:
Bhavesh Suvalaka is a solution consultant at Sahaj who has 10 years of experience focused on tech consulting, product development, mentorship, and software craftsmanship. He is someone who advocates clean code and development best practices. He loves to learn as a student and teach as a mentor.

Improve Application performance with virtual threads and structured concurrency