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Protected storage restrictions govern data egress through the app. The choice addresses approved document storage only rather than deprovisioned corporate app identity.

App protection can constrain web-link transfer paths. It solves protected corporate hyperlink handling; the actual goal is deprovisioned corporate app identity.

App-protection policies reduce copying outside approved apps. That suits protected work text handoff, whereas this device needs deprovisioned corporate app identity.

Conditional Access requires proof of compatible app protection. It solves resolved app-protection grant; the actual goal is accountable app data removal.

App-level protection does not substitute for system compliance evaluation. Its role is resolved corporate device posture; this case requires accountable app data removal.

Managed app configuration depends on proper account/group scope. This is appropriate for consistent mobile app parameters, not the specified accountable app data removal.

Functional policy testing validates actual blocked data paths. This is appropriate for proven clipboard DLP, not the specified second-layer business data access.

Effective runtime values should be verified beyond mere policy assignment. That suits correct enterprise app endpoint, whereas this device needs second-layer business data access.

Wipe records distinguish pending from completed data removal. The choice addresses visible offboarding completion rather than second-layer business data access.

API requests are limited by both OAuth permissions and applicable RBAC. This is appropriate for authorized management API calls, not the specified repeatable device compliance extraction.

Parameterized scripts automate consistent approved management operations. It solves repeatable fleet policy change; the actual goal is repeatable device compliance extraction.

Interactive details suit isolated cases needing human review. Its role is one-device manual error triage; this case requires repeatable device compliance extraction.

Idempotent operations tolerate safe retries or re-entry. That suits duplicate-resistant management automation, whereas this device needs safe destructive script execution.

Secure credential storage limits leakage from source and logs. The choice addresses protected unattended Graph identity rather than safe destructive script execution.

Read-only scopes prevent accidental management mutation. This is appropriate for nonmutating endpoint reporting, not the specified safe destructive script execution.

Forbidden requests need explicit authorization, not blind repetition. The choice addresses permitted remote action scope rather than responsible API request rate.

Paged APIs require retrieving each result page. It solves complete tenant device enumeration; the actual goal is responsible API request rate.

Automation must handle evolving documented response contracts. Its role is version-safe Graph response mapping; this case requires responsible API request rate.

High-impact actions require operator accountability and precise endpoint targets. Its role is controlled AI-assisted containment; this case requires human-reviewed AI threat triage.

Primary EDR events substantiate assistant summaries. This is appropriate for attributable threat evidence, not the specified human-reviewed AI threat triage.

AI recommendations cannot override authorization boundaries. That suits role-constrained assisted security management, whereas this device needs human-reviewed AI threat triage.

AI-assisted administration requires an explainable evidence trail. It solves accountable recommendation review; the actual goal is evidenced device startup degradation.

Performance improvements cannot bypass required protection. That suits secure performance recommendation filtering, whereas this device needs evidenced device startup degradation.

Before/after telemetry distinguishes actual improvement from proposed benefit. The choice addresses verified performance action outcome rather than evidenced device startup degradation.

Automated fixes need safe change management regardless of their source. Its role is governed AI-generated script rollout; this case requires proportionate AI-guided remediation.

Approval traceability supports accountable security management. This is appropriate for auditable human decision for AI advice, not the specified proportionate AI-guided remediation.

Preview capability must not be assumed universally deployed. It solves version-aware AI recommendation; the actual goal is proportionate AI-guided remediation.

Custom compliance parsing requires structured supported output. This is appropriate for valid compliance discovery data, not the specified service-specific device posture assessment.

Evaluated custom property comparisons can influence compliance state. That suits minimum business-service version policy, whereas this device needs service-specific device posture assessment.

Compliance output is diagnostic data, not a credential store. The choice addresses secret-free posture discovery rather than service-specific device posture assessment.

Assessment can detect deviations without performing a corrective action. The choice addresses observation-only service health rather than automated stopped-service repair.

High-impact system changes require explicit authorization and bounded scope. It solves safe privileged storage operations; the actual goal is automated stopped-service repair.

Remediation completion must be assessed by the actual desired endpoint condition. Its role is validated repair effectiveness; this case requires automated stopped-service repair.