Oracle Outlines Plan for Java Platform

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Dec 12, 2013
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The company is investing heavily on developing Java Platforms

New Delhi: During the opening keynote of JavaOne 2010, Thomas Kurian, executive vice president, Oracle Product Development outlined plans for the future of the Java platform and showcased product demonstrations illustrating the latest Java technology innovations.

He highlighted four key areas of Java technology:

Java Platform, Standard Edition (Java SE) Oracle is advancing the Java platform and optimizing it for new application models and hardware; including extended support for scripting languages, increased developer productivity and lower operational costs. Kurian discussed the roadmap for JDK 7 and JDK 8, which will be based on OpenJDK, and highlighted some of the key OpenJDK projects.
Product demonstration showed Oracle JRockit and Oracle HotSpot Java Virtual Machines (JVMs) working with Oracle JRockit Mission Control to diagnose the root cause of poor response times in applications.
Java on the Client Oracle is planning an enhanced programming model that combines the power of Java with the ease of JavaFX, to deliver advanced graphics, high-fidelity media and the best HTML 5, JavaScript and CSS Web capabilities, along with native Java platform support.
Product demonstration highlighted the Prism graphics stack delivering 2D and 3D graphics, vector graphics and high-quality media
Java Platform, Enterprise Edition (Java EE) Java EE will continue to evolve making application servers more modular, and programming more efficient with improvements such as dependency injection and reduced configuration requirements.
Product demonstration highlighted how the Java EE 6 Web Profile reduces the size of the Java runtime for light-weight web applications, reducing overhead and improving performance.
Java on Devices Oracle is working to modernize the Java mobile platform by delivering Java with Web support to consumer devices. Oracle is also planning other enhancements including new language features, small-footprint CPU-efficient capabilities for cards, phones and TVs, and consistent tooling and emulation across hardware platforms.

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