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DLP matches describe a policy violation or risk, not automatically the actor's intent. This addresses distinguish approved transfer from malicious exfiltration; it does not directly satisfy investigate possible sensitive-data exfiltration.

Rule-level details identify the detection logic responsible for the incident. That action focuses on explain a Purview DLP policy match rather than the specified need to investigate possible sensitive-data exfiltration.

Override patterns and repeated activity help assess misuse and policy-evasion risk. This addresses investigate repeated DLP override behavior; it does not directly satisfy investigate possible sensitive-data exfiltration.

Known network routing can create geolocation anomalies without credential theft. This addresses adjudicate legitimate sign-in anomalies; it does not directly satisfy respond to suspicious MFA enrollment.

Blocked authentication attempts do not imply a valid session was created. Its intended use is to distinguish attempted from successful account access, whereas this case requires the analyst to respond to suspicious MFA enrollment.

Risk evidence becomes actionable when linked to an affected account and observed activity. This addresses investigate likely compromised cloud sign-in; it does not directly satisfy respond to suspicious MFA enrollment.

Chronological correlation helps identify the likely initial compromise. This addresses reconstruct lateral-movement origin; it does not directly satisfy investigate suspicious Kerberos ticket reuse.

Authentication patterns across hosts can indicate lateral movement using stolen credentials. Its intended use is to investigate on-premises identity lateral movement, whereas this case requires the analyst to investigate suspicious Kerberos ticket reuse.

Known account behavior provides important false-positive context. That action focuses on distinguish normal privileged service authentication rather than the specified need to investigate suspicious Kerberos ticket reuse.

Session controls can monitor or restrict supported in-session activities by risk and device context. Its intended use is to restrict unmanaged browser downloads, whereas this case requires the analyst to identify unsupported cloud session coverage.

Targeted response uses observed activity rather than an unsupported assumption of tenant-wide abuse. That action focuses on contain one risky cloud session rather than the specified need to identify unsupported cloud session coverage.

Access policies and in-session policies can govern different phases of cloud access. This addresses correct a misplaced session policy; it does not directly satisfy identify unsupported cloud session coverage.

Removing the rule alone does not close an active attacker session. This addresses contain mailbox compromise beyond the rule; it does not directly satisfy attribute a suspicious inbox rule.

Change context separates routine routing from newly introduced suspicious destinations. That action focuses on identify unauthorized forwarding changes rather than the specified need to attribute a suspicious inbox rule.

Malicious forwarding rules are a common persistence and data theft mechanism in compromised mailboxes. This addresses remove mailbox forwarding persistence; it does not directly satisfy attribute a suspicious inbox rule.

Network context can reduce benign geolocation anomalies while retaining suspicious cases. This addresses reduce VPN-driven travel false positives; it does not directly satisfy contain ongoing cloud session hijack.

Time-aligned identity and application events connect authentication to potential data access. Its intended use is to identify post-login cloud data access, whereas this case requires the analyst to contain ongoing cloud session hijack.

Travel anomalies can represent compromise or legitimate network routing artifacts. This addresses adjudicate an impossible-travel alert; it does not directly satisfy contain ongoing cloud session hijack.

Failure-only authentication records support attempted intrusion, not proven access. This addresses evaluate blocked malicious login attempts; it does not directly satisfy eliminate cross-service account persistence.

Contextual verification separates authorized security maintenance from persistence. Its intended use is to validate new privileged authentication methods, whereas this case requires the analyst to eliminate cross-service account persistence.

MFA fatigue and unauthorized approvals can permit adversary session establishment. That action focuses on respond to compromised MFA challenge rather than the specified need to eliminate cross-service account persistence.

Browser-proxy session enforcement has client and application limitations. Its intended use is to identify unsupported cloud session coverage, whereas this case requires the analyst to correct a misplaced session policy.

Session controls can monitor or restrict supported in-session activities by risk and device context. That action focuses on restrict unmanaged browser downloads rather than the specified need to correct a misplaced session policy.

Targeted response uses observed activity rather than an unsupported assumption of tenant-wide abuse. This addresses contain one risky cloud session; it does not directly satisfy correct a misplaced session policy.

Password change alone may not immediately invalidate an already active session. This addresses contain ongoing cloud session hijack; it does not directly satisfy reduce VPN-driven travel false positives.

Time-aligned identity and application events connect authentication to potential data access. That action focuses on identify post-login cloud data access rather than the specified need to reduce VPN-driven travel false positives.

Travel anomalies can represent compromise or legitimate network routing artifacts. This addresses adjudicate an impossible-travel alert; it does not directly satisfy reduce VPN-driven travel false positives.

Multi-source evidence strengthens attribution and impact assessment. This addresses correlate insider exfiltration signals; it does not directly satisfy investigate suspicious predeparture downloads.

Insider investigations require designated roles and safeguards against unnecessary exposure. Its intended use is to protect sensitive insider investigation information, whereas this case requires the analyst to investigate suspicious predeparture downloads.

Contextual evidence prevents a benign business action being treated as malicious by default. This addresses adjudicate insider risk false positives; it does not directly satisfy investigate suspicious predeparture downloads.

Shared infrastructure addresses are weak unique identifiers for incident grouping. This addresses avoid false correlation via shared proxies; it does not directly satisfy link multistage Sentinel alert evidence.

Earliest observed activity and initial alert creation are different milestones worth distinguishing. Its intended use is to establish the incident's first detection, whereas this case requires the analyst to link multistage Sentinel alert evidence.

Correlated incident status should not erase distinct alert evidence. That action focuses on adjudicate mixed-quality incident alerts rather than the specified need to link multistage Sentinel alert evidence.