Service-oriented computing case study background

This excerpt from "SOA: Principles of Service Design" presents a case study in which an SMB plans to transition to an SOA-based environment.

The Cutit ownership team has nowhere near the resources or in-house expertise to plan a transition toward an SOA-based automation environment. They therefore engage a local consulting firm to take charge of the planning and analysis effort. The goal is to complete this project within a month and then use the resulting reports to decide on a delivery strategy.

The consultants spend the next few weeks invading Cutit's environments to document technology and business requirements. They look at service encapsulation options for legacy systems and service-based middleware platforms as part of a marketplace survey but also perform some analysis around the creation of custom services to replace the outdated automation hub.

As part of the final analysis, a preliminary service-oriented architecture is conceptualized and supplemented with a list of Web service-centric technology components required to establish it. Cutit reviews the reports and takes the consultants' recommendations into consideration. The report emphasizes the pursuit of reuse, but Cutit is more interested in leveraging service-oriented computing to establish unity across its modest enterprise and to achieve a state where solution logic can be more easily extended in response to unpredictable business demands.

Regardless, Cutit decides to proceed to the next step. Before moving ahead and building actual services, they invest in the creation of a service inventory blueprint. Cutit cannot afford to wait more than three weeks before entering the development stage, so this model will need to be high-level and therefore somewhat incomplete.


SOA: Principles of Service Design
  Home: Service-oriented computing and SOA: Introduction
  1: Design fundamentals: Design characteristics
  2: Design fundamentals: Design principles
  3: Design fundamentals: Design pattern and design pattern language
  4: Design fundamentals: Design standard
  5: Design fundamentals: Best practices
  6: Introduction to service-oriented computing
  7: Service oriented architecture
  8: Service compositions
  9: Understanding service oriented computing elements
  10: Entity services
  11: Web services and service oriented computing
  12: Service inventory blueprints
  13: Service-oriented analysis and service modeling
  14: Service-oriented design
  15: Goals and benefits of service-oriented computing
  16: Increased intrinsic interoperability
  17: Increased federation
  18: Increased vendor diversification options
  19: Increased business and technology domain alignment
  20: Increased ROI
  21: Increased organizational agility
  22: Case study background

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