Microsoft MS-102 Exam Dumps, Practice Test Questions

Compare targeted device groups, policy status and actual endpoint protection configuration. is directed at a separate task: A Defender endpoint configuration appears deployed, but the devices are still in an unsafe state. It does not produce the required configuration outcome: The device reports onboarded status and begins sending endpoint telemetry.

Inspect vulnerability details and generate the list of impacted software installations. implements a different mechanism for: A CVE affects one outdated application installed on a subset of corporate laptops. It does not configure the mechanism needed here: Onboard the eligible endpoint using a supported deployment mechanism.

Mark the app sanctioned in Cloud Discovery with the approved governance process. is directed at a separate task: A discovered app is safe for a specific business group and should no longer be treated as shadow IT. It does not produce the required configuration outcome: The device reports onboarded status and begins sending endpoint telemetry.

Endpoint policy reporting shows the selected ASR rule and observed enforcement. would assess a different control. In this case it does not rule out the specific failure: The laptop is managed in Intune but never appears as onboarded in Defender inventory.

The hash indicator appears in applicable Defender policy and matching execution is blocked. is evidence of another system state: A suspicious file hash must be blocked across eligible onboarded devices. The acceptance evidence here instead is: The device reports onboarded status and begins sending endpoint telemetry.

The verified benign file follows an approved exception without opening broad bypasses. would assess a different control. In this case it does not rule out the specific failure: The laptop is managed in Intune but never appears as onboarded in Defender inventory.

Outbound anti-spam monitoring and restrictions were not configured or acted upon. would fit a different circumstance involving: A compromised account starts sending unusually large volumes of outbound spam. Here the actual symptom is: The laptop is managed in Intune but never appears as onboarded in Defender inventory.

Contextual sign-in evidence for an anomaly was not reviewed. is a plausible failure in another case: An alert is closed based only on the distance between cities without evaluating VPN context. It does not explain the current incident: The laptop is managed in Intune but never appears as onboarded in Defender inventory.

The app was not formally marked unsanctioned in Cloud Apps policy workflow. would fit a different circumstance involving: A company wants to mark an investigated cloud app as prohibited for corporate use. Here the actual symptom is: The laptop is managed in Intune but never appears as onboarded in Defender inventory.

Use the Defender for Endpoint software inventory and vulnerability views. can be useful when a tenant wants to reduce risky applications by understanding installed software on managed endpoints. However, it does not specifically achieve: Targeted servers report active Defender onboarding and sensor health.

Use the Defender for Endpoint device timeline to reconstruct event sequence. addresses another administrative need: An endpoint security analyst wants to inspect the processes that executed before a malware incident. This question instead requires the outcome: Targeted servers report active Defender onboarding and sensor health.

Configure training assignment logic in an Attack simulation training campaign. can be useful when a team wants to assign follow-up training to users who fail a controlled phishing simulation. However, it does not specifically achieve: Targeted servers report active Defender onboarding and sensor health.

Open the device timeline and filter around the incident time and event type. is directed at a separate task: An endpoint security analyst wants to inspect the processes that executed before a malware incident. It does not produce the required configuration outcome: Targeted servers report active Defender onboarding and sensor health.

Enable and scope tamper protection according to policy and tenant capabilities. implements a different mechanism for: Endpoint operators want a tamper-resistant Defender configuration to prevent local disabling of protection. It does not configure the mechanism needed here: Use a supported automated server onboarding deployment method.

Configure the protected domain entries and corresponding phishing actions. is directed at a separate task: A global executive is frequently targeted by lookalike sending-domain impersonation. It does not produce the required configuration outcome: Targeted servers report active Defender onboarding and sensor health.

The specific affected devices and fixed-version recommendation are recorded. would assess a different control. In this case it does not rule out the specific failure: Servers remain absent from Defender even though an endpoint policy was written.

Targeted endpoints show the expected protection setting and enforcement state. is evidence of another system state: A Defender endpoint configuration appears deployed, but the devices are still in an unsafe state. The acceptance evidence here instead is: Targeted servers report active Defender onboarding and sensor health.

The verified benign file follows an approved exception without opening broad bypasses. would assess a different control. In this case it does not rule out the specific failure: Servers remain absent from Defender even though an endpoint policy was written.

The file indicator's block action or device applicability was configured incorrectly. would fit a different circumstance involving: A suspicious file hash must be blocked across eligible onboarded devices. Here the actual symptom is: Servers remain absent from Defender even though an endpoint policy was written.

The supported tamper protection setting was not active on the device. is a plausible failure in another case: A local user disables protected endpoint security settings without resistance. It does not explain the current incident: Servers remain absent from Defender even though an endpoint policy was written.

Collaboration workload evidence was not included in the incident investigation. would fit a different circumstance involving: A suspicious Teams collaboration link is reported and security needs the collaboration threat context. Here the actual symptom is: Servers remain absent from Defender even though an endpoint policy was written.

Use Defender tamper protection in the supported endpoint management configuration. can be useful when endpoint operators want a tamper-resistant Defender configuration to prevent local disabling of protection. However, it does not specifically achieve: The device health view identifies the sensor or network communication problem.

Use Microsoft Defender Vulnerability Management recommendations and exposure views. addresses another administrative need: A security owner needs to review software weaknesses reported across managed endpoints. This question instead requires the outcome: The device health view identifies the sensor or network communication problem.

Tune policy conditions based on actual Cloud Apps alert dispositions. can be useful when the security team wants a repeatable review of Cloud Apps policies that produced many false alarms. However, it does not specifically achieve: The device health view identifies the sensor or network communication problem.

Deploy the applicable onboarding package or managed integration to eligible server groups. is directed at a separate task: A large fleet of Windows servers needs consistent Defender endpoint onboarding without manual portal actions. It does not produce the required configuration outcome: The device health view identifies the sensor or network communication problem.

Examine the quarantined evidence and submit a false-positive sample through the supported process. implements a different mechanism for: A legitimate sender's recurring invoices are quarantined as phishing and the team needs a safe review workflow. It does not configure the mechanism needed here: Review endpoint sensor health and connectivity before assuming the device is clean.

Review matching events and adjust narrowly defined rules or exclusions. is directed at a separate task: The security team wants a repeatable review of Cloud Apps policies that produced many false alarms. It does not produce the required configuration outcome: The device health view identifies the sensor or network communication problem.

Targeted servers report active Defender onboarding and sensor health. would assess a different control. In this case it does not rule out the specific failure: The laptop shows no new detections only because the endpoint sensor is inactive.

The hash indicator appears in applicable Defender policy and matching execution is blocked. is evidence of another system state: A suspicious file hash must be blocked across eligible onboarded devices. The acceptance evidence here instead is: The device health view identifies the sensor or network communication problem.

The verified benign file follows an approved exception without opening broad bypasses. would assess a different control. In this case it does not rule out the specific failure: The laptop shows no new detections only because the endpoint sensor is inactive.

The team never reviewed Defender endpoint software inventory and version evidence. would fit a different circumstance involving: A tenant wants to reduce risky applications by understanding installed software on managed endpoints. Here the actual symptom is: The laptop shows no new detections only because the endpoint sensor is inactive.

Defender vulnerability recommendations and affected-asset evidence were not reviewed. is a plausible failure in another case: The team assumes patched devices are safe without reviewing the inventory's remaining vulnerabilities. It does not explain the current incident: The laptop shows no new detections only because the endpoint sensor is inactive.

Policy alert context was not linked to its underlying activity evidence. would fit a different circumstance involving: Investigators must differentiate cloud app file-sharing policy alerts from raw individual user activities. Here the actual symptom is: The laptop shows no new detections only because the endpoint sensor is inactive.