Virtual Threads: New Foundations for High-Scale Java Applications
Virtual threads are a lightweight implementation of Java threads, delivered as a preview feature in Java 19.
The Async Multiprocessing Has Sound Foundations in Linux, But Further Testing is NeededInfoq
Combining DataOps and DevOps: Scale at SpeedInfoq
Java Feature Spotlight: Local Variable Type InferenceInfoq
Cloud Native Java with the Micronaut FrameworkInfoq
Grab Redesigns Counter Service Storage for 50% Lower P99 LatencyInfoq
AI Agents with Cloud Credentials Are Outrunning Billing Guardrails Built for Human-Speed MistakesInfoq
How we grew Mintlify by doing things that don't scaleMintlify
Tagalog Speech to TextDeepgram
How to implement AI training for employeesZapier
Pancakes Are Delicious and Data Centers Are for Free StuffThenewstack
DevSecOps: Why Security Shouldn’t be Sacrificed for SpeedThenewstack
Transform and Future-Proof Your Architecture with MACHThenewstack
Security Considerations for API-Driven Apps Deployed to CloudThenewstack
Selecting the Right Database for Your MicroservicesThenewstack
Platform Engineering & DevOps Series Kickoff AnnouncementPulumi
Real-Time Computational Physics with Wafer-Scale Processing [updated]Cerebras
KAUST and Cerebras Named Gordon Bell Award Finalist for Solving Multi-Dimensional SeismicCerebras
Cerebras Wafer-Scale Engine Inducted into the Computer History Museum - CerebrasCerebras
AMD and Cerebras Announce Disaggregated AI InferenceCerebras
Capturing Logs in Docker DesktopDocker
