An enterprise IT department creates a multi-agent operations platform:
• one agent monitors infrastr

Q: What is the correct answer for Claude CCA-F Claude CCA-F?

The correct answer is B. Implementing role-based permissions and scoped action boundaries for each agent is the most effective safeguard to reduce operational risk and prevent cascading failures in an autonomous IT operations platform. This ensures agents only perform actions within their defined responsibilities and authority, preventing unintended or unauthorized system changes, and bounding their operational impact. Th

Q: An enterprise IT department creates a multi-agent operations platform: • one agent monitors infrastructure, • another diagnoses incidents, • and another recommends remediation actions. The company…

The correct answer is B. Implementing role-based permissions and scoped action boundaries for each agent is the most effective safeguard to reduce operational risk and prevent cascading failures in an autonomous IT operations platform. This ensures agents only perform actions within their defined responsibilities and authority, preventing unintended or unauthorized system changes, and bounding their operational impact. Th

Q: What are the options for this Claude CCA-F Claude CCA-F question?

A. Allow all remediation actions to execute automatically without constraints. · B. Implement role-based permissions and scoped action boundaries for each agent. · C. Increase agent autonomy by removing orchestration policies. · D. Disable collaboration between agents.

Question

An enterprise IT department creates a multi-agent operations platform:
• one agent monitors infrastructure,
• another diagnoses incidents,
• and another recommends remediation actions.
The company wants to prevent cascading failures caused by incorrect autonomous actions.
Which orchestration safeguard BEST reduces operational risk?

FirstInTest · Accepted Answer

Implementing role-based permissions and scoped action boundaries for each agent is the most effective safeguard to reduce operational risk and prevent cascading failures in an autonomous IT operations platform. This ensures agents only perform actions within their defined responsibilities and authority, preventing unintended or unauthorized system changes, and bounding their operational impact. This concept of bounded autonomy is critical for enterprise-safe AI deployments. Allowing unrestricted actions (A) would increase risk, increasing autonomy (C) by removing policies would remove guardrails, and disabling collaboration (D) would severely limit the system's overall effectiveness without directly addressing the risk of incorrect actions.

Answer

Allow all remediation actions to execute automatically without constraints.

Answer

Implement role-based permissions and scoped action boundaries for each agent.

Answer

Increase agent autonomy by removing orchestration policies.

Answer

Disable collaboration between agents.

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