The latest generation of service oriented architecture (SOA) technology could help IT departments meet demands for business process monitoring systems that can combine information in real time.
One of the main benefits of an SOA running across the business is that different IT systems can be monitored simultaneously to discover complex patterns of events occurring within [...]

03.-06. April 2006, Congress Center Messe Frankfurt
“The EAI forum has developed over the years to become a prominent information platform for Businesses integration. The IT Integration Project extends over the data and applications up to the processes and portals. In order to become fair this multilayeredness, which illustrates the entire enterprise integration, and to [...]

Aleri provides the most complete stream processing platform available. The Aleri Streaming Platform delivers high throughput, rock-bottom latency and a highly versatile architecture that can be used for real-time data aggregation and analysis, event detection, and high speed data collection. With a choice of authoring tools, Aleri Labs makes it easy to implement high speed stream processing applications.

StreamBase Systems, Inc. is a pioneer of enterprise-class stream processing software designed to transform real-time complex events into instantaneous competitive advantage. Industry leaders in financial services, telecom/networking, and government/military are using StreamBase�s robust framework for building and leveraging a sophisticated class of applications uniquely positioned to process, analyze, and act upon unprecedented real-time data volumes.

The shortest distance between two points may be a straight line, but in business process management it may not be the most effective route. Today’s approach to BPM is linear, one step handing off to another. In some cases, a rules engine may be involved to facilitate the movements. But what’s ultimately lacking is context, the bigger-picture understanding needed to intelligently evaluate and deal with unique situations.