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Custom audit retention rules use priority ordering to choose an applicable policy. That would resolve custom audit policy precedence; the question instead requires a way to fix an audit licensing mismatch.

Eligible custom audit rules can take precedence over default retention settings. That would explain custom-over-default audit retention; the question instead requires a way to fix an audit licensing mismatch.

Audit Premium has workload-specific defaults that may already satisfy the target. That would validate audit retention before adding rules; the question instead requires a way to fix an audit licensing mismatch.

Eligible custom audit rules can take precedence over default retention settings. That would explain custom-over-default audit retention; the question instead requires a way to validate audit retention before adding rules.

A configured duration does not grant retention beyond the user's licensed capability. That would fix an audit licensing mismatch; the question instead requires a way to validate audit retention before adding rules.

Custom audit retention rules use priority ordering to choose an applicable policy. That would resolve custom audit policy precedence; the question instead requires a way to validate audit retention before adding rules.

Alert handling records investigative rationale rather than silently hiding the event. That would close a benign DLP case; the question instead requires a way to explain one DLP alert match.

Ownership and status workflow support accountable DLP response. That would assign DLP alert responsibility; the question instead requires a way to explain one DLP alert match.

Combining relevant events reveals scope beyond any single policy match. That would investigate a multi-signal DLP incident; the question instead requires a way to explain one DLP alert match.

DLP alerts identify the responsible policy and supporting event context. That would explain one DLP alert match; the question instead requires a way to close a benign DLP case.

Combining relevant events reveals scope beyond any single policy match. That would investigate a multi-signal DLP incident; the question instead requires a way to close a benign DLP case.

Ownership and status workflow support accountable DLP response. That would assign DLP alert responsibility; the question instead requires a way to close a benign DLP case.

Combining relevant events reveals scope beyond any single policy match. That would investigate a multi-signal DLP incident; the question instead requires a way to assign DLP alert responsibility.

Alert handling records investigative rationale rather than silently hiding the event. That would close a benign DLP case; the question instead requires a way to assign DLP alert responsibility.

DLP alerts identify the responsible policy and supporting event context. That would explain one DLP alert match; the question instead requires a way to assign DLP alert responsibility.

DLP alerts identify the responsible policy and supporting event context. That would explain one DLP alert match; the question instead requires a way to investigate a multi-signal DLP incident.

Alert handling records investigative rationale rather than silently hiding the event. That would close a benign DLP case; the question instead requires a way to investigate a multi-signal DLP incident.

Ownership and status workflow support accountable DLP response. That would assign DLP alert responsibility; the question instead requires a way to investigate a multi-signal DLP incident.

File-policy alerts contain matched cloud-file and action context. That would analyze a Cloud Apps file alert; the question instead requires a way to correlate DLP with broader security incidents.

eDiscovery identifies responsive content instead of primarily correlating Defender incidents. That would collect evidence-bearing emails; the question instead requires a way to correlate DLP with broader security incidents.

Policy tuning is distinct from incident correlation in Defender XDR. That would change a Purview protection rule; the question instead requires a way to correlate DLP with broader security incidents.

eDiscovery identifies responsive content instead of primarily correlating Defender incidents. That would collect evidence-bearing emails; the question instead requires a way to change a Purview protection rule.

File-policy alerts contain matched cloud-file and action context. That would analyze a Cloud Apps file alert; the question instead requires a way to change a Purview protection rule.

Defender XDR joins eligible security signals and DLP evidence in incident context. That would correlate DLP with broader security incidents; the question instead requires a way to change a Purview protection rule.

Defender XDR joins eligible security signals and DLP evidence in incident context. That would correlate DLP with broader security incidents; the question instead requires a way to analyze a Cloud Apps file alert.

Policy tuning is distinct from incident correlation in Defender XDR. That would change a Purview protection rule; the question instead requires a way to analyze a Cloud Apps file alert.

eDiscovery identifies responsive content instead of primarily correlating Defender incidents. That would collect evidence-bearing emails; the question instead requires a way to analyze a Cloud Apps file alert.

Defender XDR joins eligible security signals and DLP evidence in incident context. That would correlate DLP with broader security incidents; the question instead requires a way to collect evidence-bearing emails.

File-policy alerts contain matched cloud-file and action context. That would analyze a Cloud Apps file alert; the question instead requires a way to collect evidence-bearing emails.

Policy tuning is distinct from incident correlation in Defender XDR. That would change a Purview protection rule; the question instead requires a way to collect evidence-bearing emails.

DLP activities provide operational trends and event details about detected data handling. That would inspect DLP policy activities; the question instead requires a way to investigate sensitivity label downgrades.

Audit searches record supported control-plane changes, not just information-protection file operations. That would trace an audit policy administration event; the question instead requires a way to investigate sensitivity label downgrades.

eDiscovery retrieves responsive content for case review. That would locate evidence files rather than access events; the question instead requires a way to investigate sensitivity label downgrades.