JavaOne is back March 17-19. Meet the platform architects, learn about the future of AI, see tons of great sessions, network with the community, and more!
Register now and use code J1WEB150 for $150 off ticket price or watch the live streams.
Hundreds of tutorials, news and videos from the experts, all right here.
Stay Informed with the latest Java News and Events
Nicolai Parlog on March 9, 2026
Claes Redestad, Per-Ake Minborg on March 8, 2026
Nicolai Parlog on March 6, 2026
Billy Korando on March 5, 2026
March 10, 2026 in Brühl, Germany
March 17, 2026 in San Francisco, United States
March 24, 2026 in Zurich, Switzerland
March 26, 2026
Been here before? Looking for something new to learn? Try these!
Overview of the Java Certification and how to study
Learn how to code, run, test, debug and document a Java application in IntelliJ IDEA.
Launching simple source-code Java programs with the Java launcher.
Learn about the future of the Java Platform
Join Brian Goetz (Java Language Architect) on a whirlwind tour of recent enhancements and future directions for the Java language with a special emphasis on Project Amber and Project Valhalla.
Java is a 30-year success story, made possible because its development consistently aligned with users' needs. In its early days, the platform required new features quickly, but over time, minimizing code breakage while carefully evolving the platform became essential. Critical junctures along that path included the introduction of modules and the current strive toward integrity by default.
Many Java features, existing and future, can meet the demands of AI. Existing features include the Foreign Function and Memory API and the Vector API. Future features include those proposed by Project Valhalla and Project Babylon. This video discusses these features and how they might be used by Java libraries and applications to build competitive AI solutions.
To assist performance, portability, and security, the Java Platform is progressing toward a state where its abstractions, as well as programmer-defined abstractions, can be made robust and invariants can be locally guaranteed. Libraries may violate some invariants but only if selectively allowed by the application. This session covers the why and how of the vision of "Integrity by Default".