An organization is adopting a Catalyst approach to transforming its enterprise from siloed retail channels to an omnichannel retail enterprise. How should the Catalyst approach differ from other delivery approaches that the organization has used in the past?

• A. The Catalyst approach will have a defined ending so that the entire organization will know when all capabilities will be delivered
• B. The Catalyst approach will not be a "one and done" project; it will be an ongoing effort over time with multiple projects, each with its own set of objectives that collectively drive towards delivering all capabilities of an omnichannel retail enterprise
• C. The Catalyst approach will be a long-term project that delivers all necessary omnichannel capabilities after all requirements are gathered and analyzed, solutions are designed and implemented, and all new capabilities are tested
• D. The Catalyst approach should use external development teams so that internal IT teams can focus on preparing to support the deployment and ongoing maintenance of the new omnichannel enterprise

Which statement is true about architectural components, including APIs, when they are defined at conceptual, logical, and physical levels?

• A. APIs of all levels should adhere to the single responsibility principle (SRP)
• B. Conceptual level API definitions have a 1-to-1 mapping to logical and physical level API definitions
• C. Good componentization of APIs is only relevant to physical level API definitions
• D. Logical API definitions are directly related to the technical implementation of those APIs

An architect is proposing setting up a Center for Enablement (C4E) as part of a Catalyst engagement in support of a customer's digital transformation program. The customer's organization has been assessed as having a "low" system integration capability maturity level.
A stakeholder in the project, who is the technical director of the System Integration department, states that the organization already has an Integration Competency Center (ICC) group providing technical guidance and oversight to the implementation teams following a centralized IT governance model.
Further, an executive leadership team member confirms that statement and opposes the commitment to providing additional resources to establish and maintain a C4E.
What approach should the architect take when responding to this situation?

• A. Explain how the C4E SDLC approach to project implementation makes IT project governance and guidance optional, and enables teams to be more productive and leads to lower IT costs
• B. Explain the function of the C4E and how its operational approach, which emphasizes documentation and standards instead of knowledge sharing and training, can help the organization achieve its business goals
• C. Explain what the C4E is, what it does, and how it can be structured to enable the organization to build and drive asset reuse across its projects
• D. Explain how replacing the existing ICC with a decentralized C4E can help the organization achieve its business goals

A regional grocer is in the early stages of planning a digital transformation that it believes will eventually involve its entire technology landscape.
However, it wants to take small steps, funding and implementing over a three-to-five-year period. The initial project it needs to implement is the creation of a real-time inventory management system to help eliminate the order errors created by lack of visibility into store inventory levels.
The CFO is tracking the project closely and is insistent that funded work contribute directly to this goal or it will not be authorized. The lead architect on the engagement knows that work needs to be brought forward into the workstream.
Which Catalyst principle is critical for the CFO to realize and understand in order to properly set engagement scope?

• A. Balancing short-term outcomes with long-term goals
• B. Architect in a scalable, incremental, and iterative approach
• C. Platform as the basis for solutions
• D. Follow a pragmatic API-led approach to connectivity and contract-driven design

What are two responsibilities of an integration architect in a Catalyst engagement?
(Choose Two)

• A. Shape canonical data models or more localized bounded context data models
• B. Provide administrative support when scaling the integration platform
• C. Model how business processes are realized through the collaboration of IT systems and users
• D. Manage agreed-upon scope and technical resources throughout the engagement
• E. Develop implementation of integration capabilities based on the agreed-upon schedule, best practices, and guidelines