A Guide to Using ACI Worldwide's BASE24-es on z/OS

An IBM Redbooks publication

Abstract

In this IBM Redbooks publication we explain how to use the ACI BASE24-es product on z/OS. BASE24-es is a payment engine utilized by the financial payments industry. Failure in a financial payments environment is a high-visibility customer service issue, and outages at any level have debilitating effects on customer loyalty. The entire payments cycle must be conducted in near real-time. In such an environment, high availability is a mission-critical requirement. We demonstrate how you can achieve a high availability configuration for BASE24-es on z/OS.
We begin by outlining the requirements of a payments system, and then introduce the structure and functionality offered by the BASE24-es product. We describe the strengths and abilities of System z and z/OS, and explain the technical and physical architecture of BASE24-es on z/OS. We guide you in designing a system layout and in installing, tailoring, and configuring your workload on z/OS.
Finally, we detail the numerous failure scenarios that we tested in order to verify the robustness of the solution. These scenarios were carefully selected in areas such as data environment, CICS/CICSplex, the BASE24-es application, and hardware. Communication was handled by ATM and POS device simulators and a Visa network simulator. Note that the information in this book is specific to BASE24-es release 06.2 and is subject to change in subsequent releases of the product.

Table of contents

Chapter 1. Running a payments system
Chapter 2. Introducing BASE24-es
Chapter 3. System z and z/OS
Chapter 4. BASE24-es technical architecture on z/OS
Chapter 5. Designing the system layout
Chapter 6. Installing BASE24-es on z/OS
Chapter 7. Setting up and running the initial workload
Chapter 8. Tuning BASE24-es on z/OS
Chapter 9. Achieving high availability on z/OS
Chapter 10. Conclusion

Profile

Publish Date
06 August 2006


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Author(s)

ISBN-10
073849593X

ISBN-13
9780738495934

IBM Form Number
SG24-7268-00

Number of pages
248