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Investigation rights can be separated from policy-change rights. That would let responders inspect DLP alerts; the question instead requires a way to provide DLP audit visibility.

Alert response can be delegated through service role groups. That would permit DLP case triage; the question instead requires a way to provide DLP audit visibility.

Purview role-based authorization separates DLP policy authoring from tenant superuser access. That would delegate DLP configuration; the question instead requires a way to provide DLP audit visibility.

Purview role-based authorization separates DLP policy authoring from tenant superuser access. That would delegate DLP configuration; the question instead requires a way to permit DLP case triage.

Read-only audit and reporting do not require DLP policy author privileges. That would provide DLP audit visibility; the question instead requires a way to permit DLP case triage.

Investigation rights can be separated from policy-change rights. That would let responders inspect DLP alerts; the question instead requires a way to permit DLP case triage.

Clear rule ordering avoids relying on accidental default behavior for high-risk matches. That would prioritize a targeted strict DLP rule; the question instead requires a way to determine effective rule processing.

Narrow exceptions preserve the main policy for other recipients and content. That would exempt a controlled approved destination; the question instead requires a way to determine effective rule processing.

Applicable DLP policies must be considered together rather than assuming one unrelated rule erases another. That would adjudicate overlapping DLP policies; the question instead requires a way to determine effective rule processing.

Rule priority affects conflict interpretation and evaluation within supported DLP rules. That would determine effective rule processing; the question instead requires a way to prioritize a targeted strict DLP rule.

Narrow exceptions preserve the main policy for other recipients and content. That would exempt a controlled approved destination; the question instead requires a way to prioritize a targeted strict DLP rule.

Applicable DLP policies must be considered together rather than assuming one unrelated rule erases another. That would adjudicate overlapping DLP policies; the question instead requires a way to prioritize a targeted strict DLP rule.

Narrow exceptions preserve the main policy for other recipients and content. That would exempt a controlled approved destination; the question instead requires a way to adjudicate overlapping DLP policies.

Clear rule ordering avoids relying on accidental default behavior for high-risk matches. That would prioritize a targeted strict DLP rule; the question instead requires a way to adjudicate overlapping DLP policies.

Rule priority affects conflict interpretation and evaluation within supported DLP rules. That would determine effective rule processing; the question instead requires a way to adjudicate overlapping DLP policies.

Clear rule ordering avoids relying on accidental default behavior for high-risk matches. That would prioritize a targeted strict DLP rule; the question instead requires a way to exempt a controlled approved destination.

Applicable DLP policies must be considered together rather than assuming one unrelated rule erases another. That would adjudicate overlapping DLP policies; the question instead requires a way to exempt a controlled approved destination.

Rule priority affects conflict interpretation and evaluation within supported DLP rules. That would determine effective rule processing; the question instead requires a way to exempt a controlled approved destination.

Risk level and matching DLP action determine which users experience greater restrictions. That would validate adaptive DLP behavior; the question instead requires a way to adapt DLP restrictions to risk level.

Static DLP conditions apply based on their configured content, user, and location scope. That would enforce a uniform DLP rule; the question instead requires a way to adapt DLP restrictions to risk level.

Adaptive controls depend on an authorized insider-risk signal mapping to risk levels. That would supply risk-level conditions to DLP; the question instead requires a way to adapt DLP restrictions to risk level.

Risk level and matching DLP action determine which users experience greater restrictions. That would validate adaptive DLP behavior; the question instead requires a way to supply risk-level conditions to DLP.

Adaptive Protection can use Insider Risk Management risk levels as conditions for DLP restrictions. That would adapt DLP restrictions to risk level; the question instead requires a way to supply risk-level conditions to DLP.

Static DLP conditions apply based on their configured content, user, and location scope. That would enforce a uniform DLP rule; the question instead requires a way to supply risk-level conditions to DLP.

Adaptive controls depend on an authorized insider-risk signal mapping to risk levels. That would supply risk-level conditions to DLP; the question instead requires a way to validate adaptive DLP behavior.

Adaptive Protection can use Insider Risk Management risk levels as conditions for DLP restrictions. That would adapt DLP restrictions to risk level; the question instead requires a way to validate adaptive DLP behavior.

Static DLP conditions apply based on their configured content, user, and location scope. That would enforce a uniform DLP rule; the question instead requires a way to validate adaptive DLP behavior.

Risk level and matching DLP action determine which users experience greater restrictions. That would validate adaptive DLP behavior; the question instead requires a way to enforce a uniform DLP rule.

Adaptive controls depend on an authorized insider-risk signal mapping to risk levels. That would supply risk-level conditions to DLP; the question instead requires a way to enforce a uniform DLP rule.

Adaptive Protection can use Insider Risk Management risk levels as conditions for DLP restrictions. That would adapt DLP restrictions to risk level; the question instead requires a way to enforce a uniform DLP rule.

Session controls act on the interactive cloud session instead of merely scanning stored content. That would restrict interactive cloud downloads; the question instead requires a way to identify regulated files in cloud apps.

Policy alerts record eligible detected cloud-file conditions for investigation. That would inspect cloud-app file policy violations; the question instead requires a way to identify regulated files in cloud apps.

Cloud Apps supports location-dependent file governance actions after policy matches. That would act on detected cloud files; the question instead requires a way to identify regulated files in cloud apps.