Top Tweets for #VirtualThreads
π Modern Java has dramatically changed the conversation around concurrency with virtual threads. See how the approach compares with Goβs long-established goroutine model. #Java #VirtualThreads
β Virtual threads change how Java developers can approach concurrent applications without abandoning familiar synchronous programming styles. #Java #VirtualThreads
En #Java26 los #VirtualThreads ya son estables y #StructuredConcurrency llega a su sexta preview. Pero el problema real nunca fue escalar hilos: es coordinar tu I/O bound sin fugas ni cancelaciones a medias. Hilo π§΅ con el patrΓ³n correcto.
π§΅ Virtual Threads have changed the Java concurrency equation. How do they compare with Go's goroutines? #VirtualThreads #Golang
#VirtualThreads killed reactive programming? Not so fast. @mchrost shows why #Reactor can actually gain a new role alongside Virtual Threads β combining imperative code with powerful parallelization.
See how the two fit together: https://t.co/dOY5y9o0uF
#Java #ReactiveStreams

Traffic spikes. Blocking I/O. Thousands of concurrent events. Strict latency targets. Bhupendra Mishra explores how #Java25 tackles these challenges with #VirtualThreads, #StructuredConcurrency, modern GC & safer event modeling.
Read: https://t.co/kzjJl2susz
#Java #EventDriven

Virtual threads = free scale. Billy Korando says there's never a reason not to use them. One demo doubled his throughput. Upgrade for this alone. #Java #VirtualThreads #Scale
π‘ Spring Boot 4: Turn on virtual threads. Waiting on HTTP gets cheaper.
β
Set spring.threads.virtual.enabled=true
β
Keep your normal RestClient code
β
More API calls waiting at once, fewer heavy OS threads
#SpringBoot4 #VirtualThreads

Ever tried debugging production issues across deeply nested reactive chains? That complexity gets brutal in high-I/O #AI systems. Damiana Nascimento explains when #VirtualThreads outperform reactive designs & where they donβt: https://t.co/EuNaGPboZe
#Java #Concurrency @QuarkusIO

#VirtualThreads changed in JDK 24 & 25.
JEP 491 fixes monitor pinning, but bottlenecks now shift to connection pools, rate limiters, and ThreadLocal caches.
Learn what to audit before adopting them, backed by a public benchmark β€ https://t.co/BdM8SsJacX
#Java #JDK25 #JEPs

Missed Jakarta EE on #VirtualThreads: How Helidon MP 4.3 delivers reactive performance with blocking code?
Watch Doug Drechsel's session on demand and learn how Helidon MP 4.3 leverages Java 21 virtual threads to build faster, simpler, and more scalable Jakarta EE microservices. π₯
https://t.co/I0R2z4nvcP
#JakartaEE #Java #Microservices #opensource

π§΅ Project Loom rewrote the concurrency playbook. Which cloud-native framework takes the biggest advantage? #VirtualThreads #JavaDev
Using feature rich @ApachePekko 1.7.0 actors or super slick @ApacheGroovy 6 actors.
https://t.co/XvN2H8QRam
#groovylang #virtualthreads @TheASF

En #Java26, #VirtualThreads y #StructuredConcurrency salen juntas, pero cada una arregla una cosa distinta: VT te da hilos ligeros para I/O masivo; SC hace que tus subtareas fallen o terminen juntas. Hilo π§΅ para no liarla.
Adding an #LLM is easy. Building a reliable AI system isn't. Damiana Nascimento shows how #SpringAI & #Java26 simplify orchestration, #Concurrency & observability for production AI.
Discover how to build AI into your architecture: https://t.co/lscXhMe8cV
#VirtualThreads

βCan I block here?β With #Java26, the answer is increasingly yes. #VirtualThreads & #StructuredConcurrency reduce the need for callback-heavy code & oversized thread pools.
Damiana Nascimento explains what modern #JVM-first design looks like: https://t.co/Zu4qYzioeE
@OpenJDK

Taking advantage of virtual threads, in @springframework, is easy. The benefits are real. Rarely, the benefits cause problems downstream. In those cases, its just as easy to disable. #virtualthreads #springframework #springboot #java
Missed Jakarta EE on #VirtualThreads: How Helidon MP 4.3 delivers reactive performance with blocking code?
Watch Doug Drechsel's session on demand and learn how Helidon MP 4.3 leverages Java 21 virtual threads to build faster, simpler, and more scalable Jakarta EE microservices. π₯
https://t.co/vof8h94VLa
#JakartaEE #Java #Microservices #opensource

We're live π
Tune in now as Doug Drechsel presents #JakartaEE on #VirtualThreads: How Helidon MP 4.3 delivers reactive performance with blocking code and discover how Helidon MP 4.3 brings reactive performance to traditional Jakarta EE development.
Join here: https://t.co/VT2rUdlFii
#Java #OpenSource

βπ Java 27 preview: The JVM keeps RAISING the SCORE π | Vincent Vauban #java #java27 #jvm #openjdk #spring #virtualthreads #jfr #cybersecurity #enterpriseai https://t.co/8VB9SuEtVa

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