While Java applications compiled with GraalVM Native Image start up quickly and have a lower memory footprint, the overhead imposed by Docker containers and Kubernetes can overwhelm these benefits. Cloud native development is also much more complex than traditional monolithic application development. To address these challenges, the Graal team at Oracle Labs is working on a number of new technologies to simplify cloud native development and reduce the operating costs of cloud native applications. Join this session to see the future of Java on Cloud!
Eric Sedlar
Oracle Corporation
Title: Next Generation Cloud Native DevOps with Graal
Abstract: While Java applications compiled with GraalVM Native Image start up quickly and have a lower memory footprint, the overhead imposed by Docker containers and Kubernetes can overwhelm these benefits. Cloud native development is also much more complex than traditional monolithic application development. To address these challenges, the Graal team at Oracle Labs is working on a number of new technologies to simplify cloud native development and reduce the operating costs of cloud native applications. Join this session to see the future of Java on Cloud!
Abstract: While Java applications compiled with GraalVM Native Image start up quickly and have a lower memory footprint, the overhead imposed by Docker containers and Kubernetes can overwhelm these benefits. Cloud native development is also much more complex than traditional monolithic application development. To address these challenges, the Graal team at Oracle Labs is working on a number of new technologies to simplify cloud native development and reduce the operating costs of cloud native applications. Join this session to see the future of Java on Cloud!