As mainframe-centric enterprises embrace more the concept of real-time event integration - particularly within the context of SOA - business requirements (and for that matter, BPM and BAM initiatives) dictate the need for detecting and reacting to complex patterns comprised of multiple events.
As a key component of the Shadow mainframe integration suite, Shadow z/Events enables the capture of mainframe-based events in real-time to be used in support of business decisions and sophisticated automation that employs Complex Event Processing (CEP).
Product Description
Shadow z/Events is a complete facility for the capture and publication of events (state changes) that occur within mainframe databases. No product on the market offers the precision and range of Shadow z/Events when it comes to mainframe database targets, capturing events in real-time from DB2, VSAM, IMS/DB, CA-IDMS, or Adabas. Once captured, the event is transformed into XML and "pushed" asynchronously via multiple messaging and communication protocols such as WebSphere MQ or HTTP/HTTPS.
Shadow z/Events is non-invasive and accomplishes its event capture and publication without touching the database code or data, eliminating any chance of data corruption or database downtime. Shadow z/Events is an important component in implementing the Real-Time Enterprise and in combining EDA and Service Oriented Architecture in what is being called advanced SOA, or SOA 2.0.
Key Features
Realize the Benefits of the Real-Time Enterprise
Shadow z/Events is the enabling technology to allow the mainframe to drive heterogeneous business processes and maintain real-time data consistency across your enterprise. Tremendous value lies in discovering and understanding the complex patterns of business events in a real-time fashion, allowing critical business decisions to be made and sophisticated automation to be implemented. No where does this opportunity for the realizing the potential of the real-time enterprise present itself than within the highly transactional world of mainframe computing.
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