Java Particle Acceleration using Quarkus
In this video, you will meet Quarkus, a Kubernetes native Java stack tailored for OpenJDK HotSpot and GraalVM, crafted from the best of breed Java libraries and standards. Alex Soto, software engineer at Red Hat, is passionate about the Java world and will guide you through Java particle acceleration using Quarkus.
To celebrate the release of Quarkus 1.0.0.Final, we’re featuring some great Quarkus-related content that we’ve been saving for just such a special occasion! We recommend making a coffee and settling in for an absolutely fascinating look at Quarkus and what it can do…
In a cloud native world enamored with Microservices and Serverless, meet Quarkus—Java’s brilliant response to technologies like Node.js, Python and Go that had until recently proven quicker, smaller and arguably more nimble. But we know seeing is believing—we’ll show you Quarkus in action. Get ready to experience “Supersonic, Subatomic Java”— and make open source frameworks like Hibernate and Apache Camel faster, smaller and more dynamically scalable than ever before!
Alex Soto is a Software Engineer at Red Hat in the developers group. He is passionate about the Java world and software automation, and he believes in the open source software model.
Alex is the creator of the NoSQLUnit project, a member of the JSR374 (Java API for JSON Processing) Expert Group, co-author of the Testing Java Microservices book for Manning and contributor to several open source projects. A Java Champion since 2017 and international speaker, he has talked about new testing techniques for microservices and continuous delivery in the 21st century.