Cloud computing and the Java EE platform have evolved to provide a runtime environment for Java EE applications with minimal architectural interference. This evolution is addressing issues from the application server and cloud infrastructure point of view.
The AWS SDK for Java and the AWS Toolkit for Eclipse enable developers to easily manage AWS resources, quickly build web scale Java applications that interact with AWS services, and deploy those applications to the AWS platform. Learn what functionality the AWS SDK for Java and the AWS Toolkit provide, …
Designing a system that can evolve without creating a maintenance nightmare is far from trivial. A service oriented, modular software architecture will help a lot to achieve this goal. Modularity forces separation of concerns which, when combined with a service oriented architecture, enables you to replace parts of a system …
Learn how to deploy Apache Tomcat to the Cloud as a virtual Java application with a web application running on top of it. This demo accompanies a developerWorks article “Deploying into the cloud with the IBM Application Pattern for Java“.
Sacha Labourey is the former CTO of JBoss and the CEO of CloudBees, a Platform as a Service (PaaS) for Java applications in the Cloud. In this video, he discusses how cloud computing is a natural step in the evolution and maturation of IT. He digs into what those changes …
As the Cloud is becoming the new deployment target for many Java applications, developers have an additional set of challenges facing them, including figuring out how to manage persistence in their cloud-enabled applications and services. Developing more-flexible SaaS solutions that address multi-tenancy and extensibility while still maintaining high performance and …
