Microsoft AB-100 Adoption Strategy and Enterprise Agent Architecture Practice Test

 

Topic 02 covers Adoption Strategy and Enterprise Agent Architecture for Microsoft AB-100, using the current skills measured as of July 22, 2026 and primary Microsoft documentation. For broader exam preparation, review the AB-100 Exam Dumps page. These are original practice questions, and every option includes a scenario-specific explanation.

Question 1

A review board has narrowed the remaining issue to readiness work when use cases are already prioritized. Which approach best addresses that issue without broadening scope?

1. Keep one agent when coordination cost exceeds specialization value.
2. Sequence readiness work when use cases are already prioritized.
3. Reject a packaged agent because a mandatory action is unsupported makes that approach unsuitable.
4. Choose federated delivery because domains require local expertise is the decisive constraint.
5. Set a hard latency budget across dependent services.

Correct Answer: B

 

Correct Answer

Answer B is correct because This is correct because it applies the reserved architecture decision—sequence readiness work when use cases are already prioritized—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘keep one agent when coordination cost exceeds specialization value’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘reject a packaged agent when a mandatory action is unsupported’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer D is incorrect because This is not the best choice because it addresses the adjacent decision ‘choose federated delivery when domains require local expertise’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘set a hard latency budget across dependent services’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 2

A production-readiness check identifies a proof-of-concept gate with unresolved feasibility as the remaining risk. Which action best reduces that risk?

1. Define human approval before high-impact agent actions so ownership and acceptance are explicit.
2. Choose a proof-of-concept gate with unresolved feasibility.
3. Use a packaged capability as one part of a broader process.
4. Set autonomy tiers explicitly for business process risk and make the boundary testable.
5. Design escalation when specialist agents disagree.

Correct Answer: B

 

Correct Answer

Answer B is correct because This is correct because it applies the reserved architecture decision—choose a proof-of-concept gate with unresolved feasibility—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘define human approval before high-impact agent actions’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘use a packaged capability as one part of a broader process’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer D is incorrect because This is not the best choice because it addresses the adjacent decision ‘set autonomy tiers for business process risk’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘design escalation when specialist agents disagree’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 3

The business requirement is clear, but the current design leaves a skills gap blocking adoption execution unsettled. What should the architect recommend?

1. Select a coordinator with explicit termination conditions.
2. Assess prebuilt-agent fit under a constrained user channel.
3. Constrain deployment geography across a composed solution.
4. Identify a skills gap blocking adoption execution.
5. Treat reusable platform capability separately from workload ownership and evaluate each with its own evidence.

Correct Answer: D

 

Correct Answer

Answer D is correct because This is correct because it applies the reserved architecture decision—identify a skills gap blocking adoption execution—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘select a coordinator with explicit termination conditions’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer B is incorrect because This is not the best choice because it addresses the adjacent decision ‘assess prebuilt-agent fit under a constrained user channel’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘constrain deployment geography across a composed solution’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘separate reusable platform capability from workload ownership’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 4

The architecture team must document a decision about platform readiness before enterprise rollout. A prior pilot did not resolve this point. Which action is most appropriate?

1. Choose an incremental migration for a critical legacy process.
2. Record the architecture boundary, owner, and escalation path, then validate it with a representative cross-team scenario.
3. Define a pilot gap analysis before replacing an existing agent so ownership and acceptance are explicit.
4. Define handoff context without propagating unnecessary data.
5. Define platform readiness before enterprise rollout.

Correct Answer: E

 

Correct Answer

Answer E is correct because This is correct because it applies the reserved architecture decision—define platform readiness before enterprise rollout—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘choose an incremental migration for a critical legacy process’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer B is incorrect because This is a useful verification step after the primary architecture decision, but it does not by itself resolve the decision the scenario asks for. The design choice must be made first, and this evidence can then confirm that the chosen approach behaves as intended.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘define a pilot gap analysis before replacing an existing agent’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer D is incorrect because This is not the best choice because it addresses the adjacent decision ‘define handoff context without propagating unnecessary data’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 5

An earlier design assumed the wrong thing about adoption milestones using business outcomes. Which decision should replace that assumption?

1. Set adoption milestones using business outcomes.
2. Limit external connectivity under a stated network policy.
3. Set a hard latency budget across dependent services.
4. Define service ownership where multiple teams build agents.
5. Choose cross-platform cooperation because capabilities cannot be consolidated is the decisive constraint.

Correct Answer: A

 

Correct Answer

Answer A is correct because This is correct because it applies the reserved architecture decision—set adoption milestones using business outcomes—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer B is incorrect because This is not the best choice because it addresses the adjacent decision ‘limit external connectivity under a stated network policy’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘set a hard latency budget across dependent services’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer D is incorrect because This is not the best choice because it addresses the adjacent decision ‘define service ownership where multiple teams build agents’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘choose cross-platform cooperation when capabilities cannot be consolidated’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 6

A review board has narrowed the remaining issue to the roadmap when governance maturity is uneven. Which approach best addresses that issue without broadening scope?

1. Define a maximum autonomy boundary for exception handling.
2. Split agent responsibilities by bounded business capability.
3. Define human approval before high-impact agent actions so ownership and acceptance are explicit.
4. Select a packaged agent for a standard process.
5. Adapt the roadmap when governance maturity is uneven.

Correct Answer: E

 

Correct Answer

Answer E is correct because This is correct because it applies the reserved architecture decision—adapt the roadmap when governance maturity is uneven—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘define a maximum autonomy boundary for exception handling’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer B is incorrect because This is not the best choice because it addresses the adjacent decision ‘split agent responsibilities by bounded business capability’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘define human approval before high-impact agent actions’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer D is incorrect because This is not the best choice because it addresses the adjacent decision ‘select a packaged agent for a standard process’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 7

The merger integration program is preparing an architecture decision record for adoption strategy and enterprise agent architecture. The team has confirmed that shared dependencies dominate. It must now decide how to proceed. Which approach best fits the requirement?

1. Assign reusable standards ownership to the AI center.
2. Choose centralized delivery when shared dependencies dominate.
3. Reject a packaged agent because a mandatory action is unsupported makes that approach unsuitable.
4. Constrain deployment geography across a composed solution.
5. Keep one agent when coordination cost exceeds specialization value.

Correct Answer: B

 

Correct Answer

Answer B is correct because This is correct because it applies the reserved architecture decision—choose centralized delivery when shared dependencies dominate—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘assign reusable standards ownership to the ai center’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘reject a packaged agent when a mandatory action is unsupported’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer D is incorrect because This is not the best choice because it addresses the adjacent decision ‘constrain deployment geography across a composed solution’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘keep one agent when coordination cost exceeds specialization value’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 8

A pilot for adoption strategy and enterprise agent architecture reaches a decision point for the shared platform team. The team has confirmed that domains require local expertise. It must now decide how to proceed. Which approach best fits the requirement?

1. Use a packaged capability as one part of a broader process.
2. Design escalation when specialist agents disagree.
3. Record the architecture boundary, owner, and escalation path, then validate it with a representative cross-team scenario.
4. Set availability expectations explicitly for downstream tool outages and make the boundary testable.
5. Choose federated delivery when domains require local expertise.

Correct Answer: E

 

Correct Answer

Answer E is correct because This is correct because it applies the reserved architecture decision—choose federated delivery when domains require local expertise—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘use a packaged capability as one part of a broader process’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer B is incorrect because This is not the best choice because it addresses the adjacent decision ‘design escalation when specialist agents disagree’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is a useful verification step after the primary architecture decision, but it does not by itself resolve the decision the scenario asks for. The design choice must be made first, and this evidence can then confirm that the chosen approach behaves as intended.

Answer D is incorrect because This is not the best choice because it addresses the adjacent decision ‘set availability expectations for downstream tool outages’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 9

The solution currently has no defensible decision for autonomy tiers for business process risk. Which recommendation best closes that gap?

1. Set autonomy tiers for business process risk.
2. Measure center effectiveness by adoption outcomes.
3. Select a coordinator with explicit termination conditions.
4. Limit external connectivity under a stated network policy.
5. Assess prebuilt-agent fit under a constrained user channel.

Correct Answer: A

 

Correct Answer

Answer A is correct because This is correct because it applies the reserved architecture decision—set autonomy tiers for business process risk—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer B is incorrect because This is not the best choice because it addresses the adjacent decision ‘measure center effectiveness by adoption outcomes’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘select a coordinator with explicit termination conditions’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer D is incorrect because This is not the best choice because it addresses the adjacent decision ‘limit external connectivity under a stated network policy’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘assess prebuilt-agent fit under a constrained user channel’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 10

A pilot for adoption strategy and enterprise agent architecture reaches a decision point for the shared platform team. Stakeholders are treating reusable platform capability and workload ownership as the same decision, which is obscuring the actual control boundary. Which action should the team take next?

1. Separate reusable platform capability from workload ownership.
2. Define local team responsibilities under shared guardrails.
3. Define a maximum autonomy boundary for exception handling.
4. Define handoff context without propagating unnecessary data.
5. Define a pilot gap analysis before replacing an existing agent so ownership and acceptance are explicit.

Correct Answer: A

 

Correct Answer

Answer A is correct because This is correct because it applies the reserved architecture decision—separate reusable platform capability from workload ownership—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer B is incorrect because This is not the best choice because it addresses the adjacent decision ‘define local team responsibilities under shared guardrails’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘define a maximum autonomy boundary for exception handling’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer D is incorrect because This is not the best choice because it addresses the adjacent decision ‘define handoff context without propagating unnecessary data’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘define a pilot gap analysis before replacing an existing agent’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 11

The implementation is ready to proceed except for one unresolved boundary: an incremental migration for a critical legacy process. What should the team do next?

1. Choose cross-platform cooperation because capabilities cannot be consolidated is the decisive constraint.
2. Assign reusable standards ownership to the AI center.
3. Establish reusable asset stewardship without centralizing every build.
4. Set a hard latency budget across dependent services.
5. Choose an incremental migration for a critical legacy process.

Correct Answer: E

 

Correct Answer

Answer E is correct because This is correct because it applies the reserved architecture decision—choose an incremental migration for a critical legacy process—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘choose cross-platform cooperation when capabilities cannot be consolidated’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer B is incorrect because This is not the best choice because it addresses the adjacent decision ‘assign reusable standards ownership to the ai center’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘establish reusable asset stewardship without centralizing every build’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer D is incorrect because This is not the best choice because it addresses the adjacent decision ‘set a hard latency budget across dependent services’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 12

An enterprise architecture council is reviewing adoption strategy and enterprise agent architecture. The current solution leaves service ownership where multiple teams build agents unresolved, and the gap is now affecting the stated business or technical requirement. What should the architect recommend?

1. Define human approval before high-impact agent actions so ownership and acceptance are explicit.
2. Choose an exception process for innovative workloads.
3. Record the architecture boundary, owner, and escalation path, then validate it with a representative cross-team scenario.
4. Select a packaged agent for a standard process.
5. Define service ownership where multiple teams build agents.

Correct Answer: E

 

Correct Answer

Answer E is correct because This is correct because it applies the reserved architecture decision—define service ownership where multiple teams build agents—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘define human approval before high-impact agent actions’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer B is incorrect because This is not the best choice because it addresses the adjacent decision ‘choose an exception process for innovative workloads’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is a useful verification step after the primary architecture decision, but it does not by itself resolve the decision the scenario asks for. The design choice must be made first, and this evidence can then confirm that the chosen approach behaves as intended.

Answer D is incorrect because This is not the best choice because it addresses the adjacent decision ‘select a packaged agent for a standard process’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 13

The merger integration program is preparing an architecture decision record for adoption strategy and enterprise agent architecture. The review has identified a specific issue: split agent responsibilities by bounded business capability. Which approach best fits the requirement?

1. Constrain deployment geography across a composed solution.
2. Measure center effectiveness by adoption outcomes.
3. Reject a packaged agent because a mandatory action is unsupported makes that approach unsuitable.
4. Split agent responsibilities by bounded business capability.
5. Define transaction ownership in a sales-to-fulfillment flow.

Correct Answer: D

 

Correct Answer

Answer D is correct because This is correct because it applies the reserved architecture decision—split agent responsibilities by bounded business capability—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘constrain deployment geography across a composed solution’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer B is incorrect because This is not the best choice because it addresses the adjacent decision ‘measure center effectiveness by adoption outcomes’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘reject a packaged agent when a mandatory action is unsupported’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘define transaction ownership in a sales-to-fulfillment flow’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 14

A pilot for adoption strategy and enterprise agent architecture reaches a decision point for the shared platform team. The current solution leaves one agent when coordination cost exceeds specialization value unresolved, and the gap is now affecting the stated business or technical requirement. What should the architect recommend?

1. Use a packaged capability as one part of a broader process.
2. Set availability expectations explicitly for downstream tool outages and make the boundary testable.
3. Define local team responsibilities under shared guardrails.
4. Keep one agent when coordination cost exceeds specialization value.
5. Preserve case context across service and operations and verify continuity after the change.

Correct Answer: D

 

Correct Answer

Answer D is correct because This is correct because it applies the reserved architecture decision—keep one agent when coordination cost exceeds specialization value—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘use a packaged capability as one part of a broader process’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer B is incorrect because This is not the best choice because it addresses the adjacent decision ‘set availability expectations for downstream tool outages’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘define local team responsibilities under shared guardrails’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘preserve case context across service and operations’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 15

Before a wider rollout of adoption strategy and enterprise agent architecture, the regional business unit reviews the current evidence. The current solution leaves escalation when specialist agents disagree unresolved, and the gap is now affecting the stated business or technical requirement. Which approach best fits the requirement?

1. Choose orchestration boundaries for separate release cadences.
2. Assess prebuilt-agent fit under a constrained user channel.
3. Establish reusable asset stewardship without centralizing every build.
4. Design escalation when specialist agents disagree.
5. Limit external connectivity under a stated network policy.

Correct Answer: D

 

Correct Answer

Answer D is correct because This is correct because it applies the reserved architecture decision—design escalation when specialist agents disagree—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘choose orchestration boundaries for separate release cadences’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer B is incorrect because This is not the best choice because it addresses the adjacent decision ‘assess prebuilt-agent fit under a constrained user channel’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘establish reusable asset stewardship without centralizing every build’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘limit external connectivity under a stated network policy’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 16

An enterprise architecture council is reviewing adoption strategy and enterprise agent architecture. The current solution leaves a coordinator with explicit termination conditions unresolved, and the gap is now affecting the stated business or technical requirement. Which decision is most appropriate?

1. Define a maximum autonomy boundary for exception handling.
2. Select a coordinator with explicit termination conditions.
3. Design a shared customer identity across Dynamics applications.
4. Record the architecture boundary, owner, and escalation path, then validate it with a representative cross-team scenario.
5. Define a pilot gap analysis before replacing an existing agent so ownership and acceptance are explicit.

Correct Answer: B

 

Correct Answer

Answer B is correct because This is correct because it applies the reserved architecture decision—select a coordinator with explicit termination conditions—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘define a maximum autonomy boundary for exception handling’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘design a shared customer identity across dynamics applications’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer D is incorrect because This is a useful verification step after the primary architecture decision, but it does not by itself resolve the decision the scenario asks for. The design choice must be made first, and this evidence can then confirm that the chosen approach behaves as intended.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘define a pilot gap analysis before replacing an existing agent’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 17

A production-readiness check identifies handoff context without propagating unnecessary data as the remaining risk. Which action best reduces that risk?

1. Assign reusable standards ownership to the AI center.
2. Define handoff context without propagating unnecessary data.
3. Define transaction ownership in a sales-to-fulfillment flow.
4. Define compensation when a cross-app step cannot complete.
5. Set a hard latency budget across dependent services.

Correct Answer: B

 

Correct Answer

Answer B is correct because This is correct because it applies the reserved architecture decision—define handoff context without propagating unnecessary data—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘assign reusable standards ownership to the ai center’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘define transaction ownership in a sales-to-fulfillment flow’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer D is incorrect because This is not the best choice because it addresses the adjacent decision ‘define compensation when a cross-app step cannot complete’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘set a hard latency budget across dependent services’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 18

An enterprise architecture council is reviewing adoption strategy and enterprise agent architecture. The team has confirmed that capabilities cannot be consolidated. It must now decide how to proceed. What is the best design choice?

1. Define human approval before high-impact agent actions so ownership and acceptance are explicit.
2. Preserve case context across service and operations and verify continuity after the change.
3. Sequence readiness work when use cases are already prioritized.
4. Choose cross-platform cooperation when capabilities cannot be consolidated.
5. Choose an exception process for innovative workloads.

Correct Answer: D

 

Correct Answer

Answer D is correct because This is correct because it applies the reserved architecture decision—choose cross-platform cooperation when capabilities cannot be consolidated—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘define human approval before high-impact agent actions’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer B is incorrect because This is not the best choice because it addresses the adjacent decision ‘preserve case context across service and operations’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘sequence readiness work when use cases are already prioritized’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘choose an exception process for innovative workloads’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 19

The business requirement is clear, but the current design leaves a packaged agent for a standard process unsettled. What should the architect recommend?

1. Measure center effectiveness by adoption outcomes.
2. Constrain deployment geography across a composed solution.
3. Select a packaged agent for a standard process.
4. Choose orchestration boundaries for separate release cadences.
5. Choose a proof-of-concept gate with unresolved feasibility.

Correct Answer: C

 

Correct Answer

Answer C is correct because This is correct because it applies the reserved architecture decision—select a packaged agent for a standard process—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘measure center effectiveness by adoption outcomes’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer B is incorrect because This is not the best choice because it addresses the adjacent decision ‘constrain deployment geography across a composed solution’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer D is incorrect because This is not the best choice because it addresses the adjacent decision ‘choose orchestration boundaries for separate release cadences’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘choose a proof-of-concept gate with unresolved feasibility’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 20

The merger integration program is preparing an architecture decision record for adoption strategy and enterprise agent architecture. A proposed design would a packaged agent, but a mandatory action is unsupported. Which approach best fits the requirement?

1. Set availability expectations explicitly for downstream tool outages and make the boundary testable.
2. Define local team responsibilities under shared guardrails.
3. Record the architecture boundary, owner, and escalation path, then validate it with a representative cross-team scenario.
4. Reject a packaged agent when a mandatory action is unsupported.
5. Do not centralize all implementation ownership merely because standards are shared; preserve accountable workload ownership.

Correct Answer: D

 

Correct Answer

Answer D is correct because This is correct because it applies the reserved architecture decision—reject a packaged agent when a mandatory action is unsupported—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘set availability expectations for downstream tool outages’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer B is incorrect because This is not the best choice because it addresses the adjacent decision ‘define local team responsibilities under shared guardrails’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is a useful verification step after the primary architecture decision, but it does not by itself resolve the decision the scenario asks for. The design choice must be made first, and this evidence can then confirm that the chosen approach behaves as intended.

Answer E is incorrect because This safeguard can be important in a broader production design, but it is a supporting control rather than the primary decision required by this scenario. Selecting it alone would leave the core architecture choice unresolved.

 

Question 21

The solution currently has no defensible decision for a packaged capability as one part of a broader process. Which recommendation best closes that gap?

1. Use a packaged capability as one part of a broader process.
2. Establish reusable asset stewardship without centralizing every build.
3. Limit external connectivity under a stated network policy.
4. Define platform readiness before enterprise rollout so ownership and acceptance are explicit.
5. Define compensation when a cross-app step cannot complete.

Correct Answer: A

 

Correct Answer

Answer A is correct because This is correct because it applies the reserved architecture decision—use a packaged capability as one part of a broader process—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer B is incorrect because This is not the best choice because it addresses the adjacent decision ‘establish reusable asset stewardship without centralizing every build’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘limit external connectivity under a stated network policy’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer D is incorrect because This is not the best choice because it addresses the adjacent decision ‘define platform readiness before enterprise rollout’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘define compensation when a cross-app step cannot complete’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 22

During a design workshop on adoption strategy and enterprise agent architecture, the AI center of excellence identifies a constraint. Existing evidence is insufficient to make a safe release or architecture decision about prebuilt-agent fit under a constrained user channel. What is the best design choice?

1. Design a shared customer identity across Dynamics applications.
2. Define a maximum autonomy boundary for exception handling.
3. Assess prebuilt-agent fit under a constrained user channel.
4. Sequence readiness work when use cases are already prioritized.
5. Set adoption milestones using business outcomes.

Correct Answer: C

 

Correct Answer

Answer C is correct because This is correct because it applies the reserved architecture decision—assess prebuilt-agent fit under a constrained user channel—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘design a shared customer identity across dynamics applications’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer B is incorrect because This is not the best choice because it addresses the adjacent decision ‘define a maximum autonomy boundary for exception handling’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer D is incorrect because This is not the best choice because it addresses the adjacent decision ‘sequence readiness work when use cases are already prioritized’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘set adoption milestones using business outcomes’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 23

During a design workshop on adoption strategy and enterprise agent architecture, the AI center of excellence identifies a constraint. The next stage is replacing an existing agent, but a pilot gap analysis has not yet been made explicit or testable. What is the best design choice?

1. Assign reusable standards ownership to the AI center.
2. Adapt the roadmap when governance maturity is uneven.
3. Define a pilot gap analysis before replacing an existing agent.
4. Define transaction ownership in a sales-to-fulfillment flow.
5. Choose a proof-of-concept gate with unresolved feasibility.

Correct Answer: C

 

Correct Answer

Answer C is correct because This is correct because it applies the reserved architecture decision—define a pilot gap analysis before replacing an existing agent—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘assign reusable standards ownership to the ai center’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer B is incorrect because This is not the best choice because it addresses the adjacent decision ‘adapt the roadmap when governance maturity is uneven’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer D is incorrect because This is not the best choice because it addresses the adjacent decision ‘define transaction ownership in a sales-to-fulfillment flow’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘choose a proof-of-concept gate with unresolved feasibility’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 24

The operating model needs an explicit rule for a hard latency budget across dependent services. Which design decision should be recorded?

1. Preserve case context across service and operations and verify continuity after the change.
2. Identify a skills gap blocking adoption execution.
3. Record the architecture boundary, owner, and escalation path, then validate it with a representative cross-team scenario.
4. Set a hard latency budget across dependent services.
5. Choose an exception process for innovative workloads.

Correct Answer: D

 

Correct Answer

Answer D is correct because This is correct because it applies the reserved architecture decision—set a hard latency budget across dependent services—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘preserve case context across service and operations’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer B is incorrect because This is not the best choice because it addresses the adjacent decision ‘identify a skills gap blocking adoption execution’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is a useful verification step after the primary architecture decision, but it does not by itself resolve the decision the scenario asks for. The design choice must be made first, and this evidence can then confirm that the chosen approach behaves as intended.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘choose an exception process for innovative workloads’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 25

An earlier design assumed the wrong thing about human approval before high-impact agent actions. Which decision should replace that assumption?

1. Choose orchestration boundaries for separate release cadences.
2. Choose federated delivery because domains require local expertise is the decisive constraint.
3. Measure center effectiveness by adoption outcomes.
4. Define human approval before high-impact agent actions.
5. Define platform readiness before enterprise rollout so ownership and acceptance are explicit.

Correct Answer: D

 

Correct Answer

Answer D is correct because This is correct because it applies the reserved architecture decision—define human approval before high-impact agent actions—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘choose orchestration boundaries for separate release cadences’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer B is incorrect because This is not the best choice because it addresses the adjacent decision ‘choose federated delivery when domains require local expertise’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘measure center effectiveness by adoption outcomes’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘define platform readiness before enterprise rollout’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 26

The merger integration program is preparing an architecture decision record for adoption strategy and enterprise agent architecture. The review has identified a specific issue: constrain deployment geography across a composed solution. What should the architect recommend?

1. Set autonomy tiers explicitly for business process risk and make the boundary testable.
2. Constrain deployment geography across a composed solution.
3. Define local team responsibilities under shared guardrails.
4. Set adoption milestones using business outcomes.
5. Resolve inconsistent business state across app handoffs.

Correct Answer: B

 

Correct Answer

Answer B is correct because This is correct because it applies the reserved architecture decision—constrain deployment geography across a composed solution—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘set autonomy tiers for business process risk’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘define local team responsibilities under shared guardrails’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer D is incorrect because This is not the best choice because it addresses the adjacent decision ‘set adoption milestones using business outcomes’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘resolve inconsistent business state across app handoffs’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 27

The business requirement is clear, but the current design leaves availability expectations for downstream tool outages unsettled. What should the architect recommend?

1. Set availability expectations for downstream tool outages.
2. Establish reusable asset stewardship without centralizing every build.
3. Define compensation when a cross-app step cannot complete.
4. Treat reusable platform capability separately from workload ownership and evaluate each with its own evidence.
5. Adapt the roadmap when governance maturity is uneven.

Correct Answer: A

 

Correct Answer

Answer A is correct because This is correct because it applies the reserved architecture decision—set availability expectations for downstream tool outages—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer B is incorrect because This is not the best choice because it addresses the adjacent decision ‘establish reusable asset stewardship without centralizing every build’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘define compensation when a cross-app step cannot complete’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer D is incorrect because This is not the best choice because it addresses the adjacent decision ‘separate reusable platform capability from workload ownership’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘adapt the roadmap when governance maturity is uneven’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 28

A production-readiness review of adoption strategy and enterprise agent architecture gives the global operating-model review new evidence. The unresolved requirement concerns a stated network policy. The current design does not yet establish how external connectivity should be handled. What should the architect recommend?

1. Sequence readiness work when use cases are already prioritized.
2. Limit external connectivity under a stated network policy.
3. Design a shared customer identity across Dynamics applications.
4. Record the architecture boundary, owner, and escalation path, then validate it with a representative cross-team scenario.
5. Choose centralized delivery because shared dependencies dominate is the decisive constraint.

Correct Answer: B

 

Correct Answer

Answer B is correct because This is correct because it applies the reserved architecture decision—limit external connectivity under a stated network policy—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘sequence readiness work when use cases are already prioritized’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘design a shared customer identity across dynamics applications’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer D is incorrect because This is a useful verification step after the primary architecture decision, but it does not by itself resolve the decision the scenario asks for. The design choice must be made first, and this evidence can then confirm that the chosen approach behaves as intended.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘choose centralized delivery when shared dependencies dominate’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 29

A production-readiness review of adoption strategy and enterprise agent architecture gives the global operating-model review new evidence. The current solution leaves a maximum autonomy boundary for exception handling unresolved, and the gap is now affecting the stated business or technical requirement. What is the best design choice?

1. Choose a proof-of-concept gate with unresolved feasibility.
2. Define a maximum autonomy boundary for exception handling.
3. Choose federated delivery because domains require local expertise is the decisive constraint.
4. Define transaction ownership in a sales-to-fulfillment flow.
5. Define service ownership where multiple teams build agents.

Correct Answer: B

 

Correct Answer

Answer B is correct because This is correct because it applies the reserved architecture decision—define a maximum autonomy boundary for exception handling—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘choose a proof-of-concept gate with unresolved feasibility’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘choose federated delivery when domains require local expertise’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer D is incorrect because This is not the best choice because it addresses the adjacent decision ‘define transaction ownership in a sales-to-fulfillment flow’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘define service ownership where multiple teams build agents’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 30

Before a wider rollout of adoption strategy and enterprise agent architecture, the regional business unit reviews the current evidence. The unresolved requirement concerns the AI center. The current design does not yet establish how reusable standards ownership should be handled. Which action should the team take next?

1. Preserve case context across service and operations and verify continuity after the change.
2. Identify a skills gap blocking adoption execution.
3. Assign reusable standards ownership to the AI center.
4. Set autonomy tiers explicitly for business process risk and make the boundary testable.
5. Split agent responsibilities by bounded business capability.

Correct Answer: C

 

Correct Answer

Answer C is correct because This is correct because it applies the reserved architecture decision—assign reusable standards ownership to the AI center—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘preserve case context across service and operations’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer B is incorrect because This is not the best choice because it addresses the adjacent decision ‘identify a skills gap blocking adoption execution’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer D is incorrect because This is not the best choice because it addresses the adjacent decision ‘set autonomy tiers for business process risk’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘split agent responsibilities by bounded business capability’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 31

An enterprise architecture council is reviewing adoption strategy and enterprise agent architecture. The current solution leaves an exception process for innovative workloads unresolved, and the gap is now affecting the stated business or technical requirement. What is the best design choice?

1. Choose an exception process for innovative workloads.
2. Define platform readiness before enterprise rollout so ownership and acceptance are explicit.
3. Choose orchestration boundaries for separate release cadences.
4. Treat reusable platform capability separately from workload ownership and evaluate each with its own evidence.
5. Keep one agent when coordination cost exceeds specialization value.

Correct Answer: A

 

Correct Answer

Answer A is correct because This is correct because it applies the reserved architecture decision—choose an exception process for innovative workloads—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer B is incorrect because This is not the best choice because it addresses the adjacent decision ‘define platform readiness before enterprise rollout’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘choose orchestration boundaries for separate release cadences’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer D is incorrect because This is not the best choice because it addresses the adjacent decision ‘separate reusable platform capability from workload ownership’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘keep one agent when coordination cost exceeds specialization value’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 32

An enterprise architecture council is reviewing adoption strategy and enterprise agent architecture. The review has identified a specific issue: measure center effectiveness by adoption outcomes. Which decision is most appropriate?

1. Set adoption milestones using business outcomes.
2. Measure center effectiveness by adoption outcomes.
3. Choose an incremental migration for a critical legacy process.
4. Resolve inconsistent business state across app handoffs.
5. Record the architecture boundary, owner, and escalation path, then validate it with a representative cross-team scenario.

Correct Answer: B

 

Correct Answer

Answer B is correct because This is correct because it applies the reserved architecture decision—measure center effectiveness by adoption outcomes—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘set adoption milestones using business outcomes’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘choose an incremental migration for a critical legacy process’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer D is incorrect because This is not the best choice because it addresses the adjacent decision ‘resolve inconsistent business state across app handoffs’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is a useful verification step after the primary architecture decision, but it does not by itself resolve the decision the scenario asks for. The design choice must be made first, and this evidence can then confirm that the chosen approach behaves as intended.

 

Question 33

A production-readiness review of adoption strategy and enterprise agent architecture gives the global operating-model review new evidence. The current solution leaves local team responsibilities under shared guardrails unresolved, and the gap is now affecting the stated business or technical requirement. Which decision is most appropriate?

1. Define service ownership where multiple teams build agents.
2. Adapt the roadmap when governance maturity is uneven.
3. Define local team responsibilities under shared guardrails.
4. Select a coordinator with explicit termination conditions.
5. Define compensation when a cross-app step cannot complete.

Correct Answer: C

 

Correct Answer

Answer C is correct because This is correct because it applies the reserved architecture decision—define local team responsibilities under shared guardrails—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘define service ownership where multiple teams build agents’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer B is incorrect because This is not the best choice because it addresses the adjacent decision ‘adapt the roadmap when governance maturity is uneven’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer D is incorrect because This is not the best choice because it addresses the adjacent decision ‘select a coordinator with explicit termination conditions’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘define compensation when a cross-app step cannot complete’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 34

The merger integration program is preparing an architecture decision record for adoption strategy and enterprise agent architecture. The review has identified a specific issue: establish reusable asset stewardship without centralizing every build. Which decision is most appropriate?

1. Choose centralized delivery because shared dependencies dominate is the decisive constraint.
2. Establish reusable asset stewardship without centralizing every build.
3. Sequence readiness work when use cases are already prioritized.
4. Define handoff context without propagating unnecessary data.
5. Split agent responsibilities by bounded business capability.

Correct Answer: B

 

Correct Answer

Answer B is correct because This is correct because it applies the reserved architecture decision—establish reusable asset stewardship without centralizing every build—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘choose centralized delivery when shared dependencies dominate’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘sequence readiness work when use cases are already prioritized’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer D is incorrect because This is not the best choice because it addresses the adjacent decision ‘define handoff context without propagating unnecessary data’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘split agent responsibilities by bounded business capability’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 35

The operating model needs an explicit rule for a shared customer identity across Dynamics applications. Which design decision should be recorded?

1. Choose federated delivery because domains require local expertise is the decisive constraint.
2. Choose cross-platform cooperation because capabilities cannot be consolidated is the decisive constraint.
3. Design a shared customer identity across Dynamics applications.
4. Choose a proof-of-concept gate with unresolved feasibility.
5. Keep one agent when coordination cost exceeds specialization value.

Correct Answer: C

 

Correct Answer

Answer C is correct because This is correct because it applies the reserved architecture decision—design a shared customer identity across Dynamics applications—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘choose federated delivery when domains require local expertise’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer B is incorrect because This is not the best choice because it addresses the adjacent decision ‘choose cross-platform cooperation when capabilities cannot be consolidated’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer D is incorrect because This is not the best choice because it addresses the adjacent decision ‘choose a proof-of-concept gate with unresolved feasibility’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘keep one agent when coordination cost exceeds specialization value’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 36

The business requirement is clear, but the current design leaves transaction ownership in a sales-to-fulfillment flow unsettled. What should the architect recommend?

1. Identify a skills gap blocking adoption execution.
2. Set autonomy tiers explicitly for business process risk and make the boundary testable.
3. Design escalation when specialist agents disagree.
4. Record the architecture boundary, owner, and escalation path, then validate it with a representative cross-team scenario.
5. Define transaction ownership in a sales-to-fulfillment flow.

Correct Answer: E

 

Correct Answer

Answer E is correct because This is correct because it applies the reserved architecture decision—define transaction ownership in a sales-to-fulfillment flow—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘identify a skills gap blocking adoption execution’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer B is incorrect because This is not the best choice because it addresses the adjacent decision ‘set autonomy tiers for business process risk’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘design escalation when specialist agents disagree’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer D is incorrect because This is a useful verification step after the primary architecture decision, but it does not by itself resolve the decision the scenario asks for. The design choice must be made first, and this evidence can then confirm that the chosen approach behaves as intended.

 

Question 37

A pilot for adoption strategy and enterprise agent architecture reaches a decision point for the shared platform team. The solution is changing across service and operations, and the business requires continuity of case context through the transition. What is the best design choice?

1. Reject a packaged agent because a mandatory action is unsupported makes that approach unsuitable.
2. Select a coordinator with explicit termination conditions.
3. Define platform readiness before enterprise rollout so ownership and acceptance are explicit.
4. Preserve case context across service and operations.
5. Treat reusable platform capability separately from workload ownership and evaluate each with its own evidence.

Correct Answer: D

 

Correct Answer

Answer D is correct because This is correct because it applies the reserved architecture decision—preserve case context across service and operations—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘reject a packaged agent when a mandatory action is unsupported’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer B is incorrect because This is not the best choice because it addresses the adjacent decision ‘select a coordinator with explicit termination conditions’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘define platform readiness before enterprise rollout’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘separate reusable platform capability from workload ownership’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 38

The operating model needs an explicit rule for orchestration boundaries for separate release cadences. Which design decision should be recorded?

1. Use a packaged capability as one part of a broader process.
2. Choose orchestration boundaries for separate release cadences.
3. Choose an incremental migration for a critical legacy process.
4. Set adoption milestones using business outcomes.
5. Define handoff context without propagating unnecessary data.

Correct Answer: B

 

Correct Answer

Answer B is correct because This is correct because it applies the reserved architecture decision—choose orchestration boundaries for separate release cadences—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘use a packaged capability as one part of a broader process’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘choose an incremental migration for a critical legacy process’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer D is incorrect because This is not the best choice because it addresses the adjacent decision ‘set adoption milestones using business outcomes’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘define handoff context without propagating unnecessary data’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 39

The pilot evidence is sufficient to make a decision on inconsistent business state across app handoffs. Which choice best fits the evidence?

1. Assess prebuilt-agent fit under a constrained user channel.
2. Define service ownership where multiple teams build agents.
3. Choose cross-platform cooperation because capabilities cannot be consolidated is the decisive constraint.
4. Resolve inconsistent business state across app handoffs.
5. Adapt the roadmap when governance maturity is uneven.

Correct Answer: D

 

Correct Answer

Answer D is correct because This is correct because it applies the reserved architecture decision—resolve inconsistent business state across app handoffs—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This is not the best choice because it addresses the adjacent decision ‘assess prebuilt-agent fit under a constrained user channel’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer B is incorrect because This is not the best choice because it addresses the adjacent decision ‘define service ownership where multiple teams build agents’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘choose cross-platform cooperation when capabilities cannot be consolidated’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘adapt the roadmap when governance maturity is uneven’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

 

Question 40

A review board has narrowed the remaining issue to compensation when a cross-app step cannot complete. Which approach best addresses that issue without broadening scope?

1. Do not centralize all implementation ownership merely because standards are shared; preserve accountable workload ownership.
2. Define compensation when a cross-app step cannot complete.
3. Choose centralized delivery because shared dependencies dominate is the decisive constraint.
4. Record the architecture boundary, owner, and escalation path, then validate it with a representative cross-team scenario.
5. Split agent responsibilities by bounded business capability.

Correct Answer: B

 

Correct Answer

Answer B is correct because This is correct because it applies the reserved architecture decision—define compensation when a cross-app step cannot complete—to the decisive constraint in the scenario. It keeps the action at the appropriate adoption strategy and enterprise agent architecture boundary and produces a result that can be verified before wider deployment.

Incorrect Answers

Answer A is incorrect because This safeguard can be important in a broader production design, but it is a supporting control rather than the primary decision required by this scenario. Selecting it alone would leave the core architecture choice unresolved.

Answer C is incorrect because This is not the best choice because it addresses the adjacent decision ‘choose centralized delivery when shared dependencies dominate’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.

Answer D is incorrect because This is a useful verification step after the primary architecture decision, but it does not by itself resolve the decision the scenario asks for. The design choice must be made first, and this evidence can then confirm that the chosen approach behaves as intended.

Answer E is incorrect because This is not the best choice because it addresses the adjacent decision ‘split agent responsibilities by bounded business capability’ rather than the scenario’s decisive requirement. Although that action can be valid within adoption strategy and enterprise agent architecture, selecting it here would leave the stated constraint unresolved or move the design to the wrong stage.