Emil Ong is the Chief Evangelist and a lead developer of Caucho
Technology. He comes from an academic research background, having
studied security, systems, and peer-to-peer technology to gain
his M.S. in Computer Science at UC Berkeley. When Emil joined
Caucho in 2006, he began by working on Quercus, Caucho's 100% Java
implementation of PHP, and the SOA offerings in Resin, Caucho's
screamingly fast Java application server. In 2007, Emil became
the Chief Evangelist of Caucho, adding public speaking engagements,
community management, and press relations to his engineering duties.
Emil is based in the San Francisco Bay Area.
The interactive web is here, but most servers are not ready for it. Games, chat, and financial application have unique and demanding requirements that are not met by most modern web or application servers. Comet is an attempt to solve this problem using the current technology of HTTP, but it fails to deliver a coherent, simple solution. Caucho Technology introduces the Brokered Agent Messaging (BAM) architecture as the necessary, revolutionary next step. BAM
lays the foundation for truly real-time, responsive, interactive applications. By providing an API and infrastructure in which clients are first-class citizens next to servers in the network, BAM creates a development environment in which interactive web applications are natural and elegant. We will present the architecture of BAM, coding examples, and demonstration applications using Flash.
Quercus is Caucho Technology's 100% Java implementation of PHP. This technology is taking off not only because of the trend toward scripting in the Java community, but also because of the performance and reliability that Java adds to PHP. In this talk, we will present the compelling reasons to use PHP on Java including availability of
applications, ease of view development, and performance improvements of upto 89% over PHP with APC. We will show specific use cases of Quercus such as using popular PHP applications like MediaWiki, WordPress, and Drupal directly, bridging existing Java and PHP applications, and using PHP as a view technology for Java. We will also show the unique capabilities of the Quercus implementation such as transparent clustered sessions and use of Java objects
natively from PHP. Finally, we will look at case studies of real Quercus deployments such as LiveProcess, the leader in emergency preparedness' planning for the healthcare industry, and others to see how these applications take advantage of PHP on Java.