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Endpoint protection depends on active communication, not only historic onboarding. Its role is verified current EDR connectivity; this case requires incident-backed malware investigation.

Endpoint risk becomes an access-relevant compliance signal. That suits threat-informed sign-in restriction, whereas this device needs incident-backed malware investigation.

Sensor onboarding establishes endpoint threat telemetry. The choice addresses managed EDR sensor deployment rather than incident-backed malware investigation.

Rule activity events quantify exploit prevention. Its role is attack surface reduction evidence; this case requires device EDR coverage measurement.

Baseline status identifies configuration gaps by device and setting. That suits granular security baseline compliance, whereas this device needs device EDR coverage measurement.

Encryption reports provide measurable protection coverage. It solves fleet disk-protection measurement; the actual goal is device EDR coverage measurement.

Focused exclusions limit bypass scope while restoring business function. This is appropriate for narrow ASR compatibility exception, not the specified defensible EDR alert triage.

Broad scan exclusions create avoidable malware blind spots. That suits constrained antivirus exception, whereas this device needs defensible EDR alert triage.

Scoped baseline tuning preserves most hardening while fixing verified compatibility. It solves validated baseline deviation; the actual goal is defensible EDR alert triage.

Removing stale exceptions reduces permitted attack surface. This is appropriate for revoked unused execution trust, not the specified compliant supplier signer transition.

Audit mode measures untrusted execution without full blocking. The choice addresses application allowlist pilot evidence rather than compliant supplier signer transition.

Enforcement prevents execution violating the trusted-code rules. It solves active executable allowlisting; the actual goal is compliant supplier signer transition.

Intune policy targeting defines the actual platform and device population. The choice addresses attributable antivirus assignment scope rather than confirmed malware handling.

Tamper protection resists unauthorized local security-setting changes. Its role is persistent managed malware protection; this case requires confirmed malware handling.

Malware definition updates rely on reachable approved update infrastructure. This is appropriate for restored antivirus signature updates, not the specified confirmed malware handling.

Security incident operations can be delegated without broad tenant administrator rights. The choice addresses bounded EDR investigation authority rather than key rotation without wipe rights.

Removing broad policy privileges aligns access with assigned duty. Its role is least-privilege security contractor; this case requires key rotation without wipe rights.

Least-privilege role separation prevents unauthorized device hardening changes. That suits observation-only security review, whereas this device needs key rotation without wipe rights.

Effective EDR onboarding requires both policy and active sensor attachment. It solves active Defender device inventory; the actual goal is separate device data-at-rest protection.

Sensor telemetry requires reachability to configured security cloud services. Its role is branch EDR connectivity restoration; this case requires separate device data-at-rest protection.

Risk may reflect behavior and incident evidence beyond malware definitions. That suits resolved endpoint risk evidence, whereas this device needs separate device data-at-rest protection.

Filtered-traffic logs make deny enforcement observable. It solves auditable outbound policy effect; the actual goal is reduced public-network exposure.

Effective behavior depends on merged policy and local rule precedence. This is appropriate for enforced enterprise RDP restriction, not the specified reduced public-network exposure.

Address and port constraints permit narrowly authorized service traffic. That suits subnet-limited service connectivity, whereas this device needs reduced public-network exposure.

Preventive behavior controls address repeated exploit techniques. This is appropriate for fleet-scale Office exploit mitigation, not the specified defensible false-positive recovery.

Isolation limits endpoint communication while preserving incident response channels. The choice addresses urgent endpoint network containment rather than defensible false-positive recovery.

Recovery-key rotation invalidates credentials that were exposed. It solves replacement of used recovery key; the actual goal is defensible false-positive recovery.

Antivirus profiles configure endpoint malware prevention controls. Its role is centrally enforced real-time scanning; this case requires investigated suspected endpoint compromise.

Path exclusions change scanning scope and must be constrained to necessary locations. This is appropriate for minimal authorized scan exclusion, not the specified investigated suspected endpoint compromise.

Updated signatures give the antivirus engine current detection information. That suits current antivirus intelligence, whereas this device needs investigated suspected endpoint compromise.

Rotation replaces an exposed recovery protector without disabling encryption. It solves invalidation of exposed recovery secret; the actual goal is verified fleet encryption state.

Disk-encryption settings configure BitLocker protection on supported devices. That suits encrypted corporate system drives, whereas this device needs verified fleet encryption state.

Recovery procedures depend on a securely stored, eligible protector. The choice addresses recoverable encryption credentials rather than verified fleet encryption state.