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Location and identity scoping can constrain who a supported DLP policy covers. That would protect a defined mailbox population; the question instead requires a way to exclude an authorized OneDrive pilot group.

Multi-location policies can enforce matching content conditions across eligible workloads. That would protect multiple Microsoft 365 locations; the question instead requires a way to exclude an authorized OneDrive pilot group.

SharePoint DLP scopes can include or exclude specified supported locations. That would target particular SharePoint locations; the question instead requires a way to exclude an authorized OneDrive pilot group.

Location and identity scoping can constrain who a supported DLP policy covers. That would protect a defined mailbox population; the question instead requires a way to protect multiple Microsoft 365 locations.

SharePoint DLP scopes can include or exclude specified supported locations. That would target particular SharePoint locations; the question instead requires a way to protect multiple Microsoft 365 locations.

DLP location exceptions can narrow the affected accounts while retaining broad coverage. That would exclude an authorized OneDrive pilot group; the question instead requires a way to protect multiple Microsoft 365 locations.

Match evidence identifies the detection condition; action-completion status alone would not explain why a file triggered a policy. That would identify which sensitive-file detection condition matched; the question instead requires a way to detect files without changing them.

Supported file governance actions can address externally exposed cloud files, distinct from interactive browser session access. That would revoke public sharing on a matched stored file; the question instead requires a way to detect files without changing them.

Governance actions can remediate detected files where the connected service supports them. That would quarantine eligible cloud files; the question instead requires a way to detect files without changing them.

Supported file governance actions can address externally exposed cloud files, distinct from interactive browser session access. That would revoke public sharing on a matched stored file; the question instead requires a way to quarantine eligible cloud files.

Match evidence identifies the detection condition; action-completion status alone would not explain why a file triggered a policy. That would identify which sensitive-file detection condition matched; the question instead requires a way to quarantine eligible cloud files.

File policies inventory matching cloud-file content under supported connectors. That would detect files without changing them; the question instead requires a way to quarantine eligible cloud files.

File policies inventory matching cloud-file content under supported connectors. That would detect files without changing them; the question instead requires a way to revoke public sharing on a matched stored file.

Governance actions can remediate detected files where the connected service supports them. That would quarantine eligible cloud files; the question instead requires a way to revoke public sharing on a matched stored file.

Match evidence identifies the detection condition; action-completion status alone would not explain why a file triggered a policy. That would identify which sensitive-file detection condition matched; the question instead requires a way to revoke public sharing on a matched stored file.

File policies inventory matching cloud-file content under supported connectors. That would detect files without changing them; the question instead requires a way to identify which sensitive-file detection condition matched.

Supported file governance actions can address externally exposed cloud files, distinct from interactive browser session access. That would revoke public sharing on a matched stored file; the question instead requires a way to identify which sensitive-file detection condition matched.

Governance actions can remediate detected files where the connected service supports them. That would quarantine eligible cloud files; the question instead requires a way to identify which sensitive-file detection condition matched.

Targeted exceptions preserve controls for all other external destinations. That would allow an approved partner destination; the question instead requires a way to reduce single-code false positives.

Simulation detects matches but does not issue the production block action. That would move from simulated detection to enforcement; the question instead requires a way to reduce single-code false positives.

DLP label conditions must target the classification actually applied. That would repair mismatched label conditions; the question instead requires a way to reduce single-code false positives.

Match-count constraints reduce triggers from sparse incidental identifiers. That would reduce single-code false positives; the question instead requires a way to repair mismatched label conditions.

Simulation detects matches but does not issue the production block action. That would move from simulated detection to enforcement; the question instead requires a way to repair mismatched label conditions.

Targeted exceptions preserve controls for all other external destinations. That would allow an approved partner destination; the question instead requires a way to repair mismatched label conditions.

Match-count constraints reduce triggers from sparse incidental identifiers. That would reduce single-code false positives; the question instead requires a way to allow an approved partner destination.

Simulation detects matches but does not issue the production block action. That would move from simulated detection to enforcement; the question instead requires a way to allow an approved partner destination.

DLP label conditions must target the classification actually applied. That would repair mismatched label conditions; the question instead requires a way to allow an approved partner destination.

DLP label conditions must target the classification actually applied. That would repair mismatched label conditions; the question instead requires a way to move from simulated detection to enforcement.

Targeted exceptions preserve controls for all other external destinations. That would allow an approved partner destination; the question instead requires a way to move from simulated detection to enforcement.

Match-count constraints reduce triggers from sparse incidental identifiers. That would reduce single-code false positives; the question instead requires a way to move from simulated detection to enforcement.

Root-cause tuning addresses false positives without ignoring genuine future detections. That would remediate recurring DLP false alerts; the question instead requires a way to trace a DLP alert to its rule.

Operational reporting can measure event counts before and after enforcement. That would assess restriction effectiveness; the question instead requires a way to trace a DLP alert to its rule.

Activity timelines provide context around the same user's associated operations. That would reconstruct a DLP incident timeline; the question instead requires a way to trace a DLP alert to its rule.