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System of Records Architecture

System of Records Architecture. A case study Dr. Lawrence Chung Software Architecture and Design. Agenda. SOR Architecture Salient Features Components & Architectural Styles used Conclusion. SOR Architecture. Why moving to a new Architecture?

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System of Records Architecture

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  1. System of Records Architecture A case study Dr. Lawrence Chung Software Architecture and Design Shakesh Jain

  2. Agenda • SOR Architecture • Salient Features • Components & Architectural Styles used • Conclusion Shakesh Jain

  3. SOR Architecture • Why moving to a new Architecture? • the current environment, is at its capacity in terms of roles, relationships, contracts and new products it can support. To succeed with the Network endeavors, system infrastructure needs to be built to support the Financial Network. This initiative will provide flexible access and maintenance of Financial Network information and data to support future growth. • Consolidated Field area was introduced keeping in view the inconsistencies involved in the current systems and is a step towards maintaining a consistent data that is to be made available to the enterprise. • Some terminology • Outbound: Any information that goes out of Siebel is called Outbound • Inbound: Any information that comes into Siebel is called Inbound. Shakesh Jain

  4. Siebel - UI Outbound Inbound Event Listener CF Update Server Compare Update Inquiry Services DistOrg field FIMS and AGY/MANT Field Updt Server Legacy Sync FieldrptJobs PLI Server Supra SOR Architecture ( cont….) Shakesh Jain

  5. Salient Feature • In-transition Architecture • migration from Legacy system to Siebel will be done part-by-part. In order to achieve this various processes (CF components) have been put in place • purpose of the components - to maintain consistency of data in both Legacy and Siebel system • Also, to maintain a Consolidated database (DistOrg-Sybase) having consistent latest data, which the whole enterprise can use for different business related scenarios Shakesh Jain

  6. Components & Architectural Styles used • Data Infrastructure (CF) components • Siebel CDM (External to CF) • Legacy Systems (External to CF) • CF Update Server • Legacy Synchronizer • Inquiry Services • Asynchronous Communication • Compare Update Processes • CF-Siebel Event Listener • Implicit Invocation Shakesh Jain

  7. Conclusion • Need for in-transition architecture • Legacy and Siebel applications using/maintaining consolidated database • Questions? Thank You Shakesh Jain

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