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A managed Windows device has slow business-app launches even though its OS startup report is healthy. An endpoint administrator proposes: Correlate available Endpoint Analytics app performance/reliability insights with the specific application and version before remediating. Which technical explanation most directly supports the proposed action?
Fast Windows startup alone cannot demonstrate acceptable application launch performance; app-specific measurements are required. Repeatable per-app performance measurements identify the slow launch and show improvement after a controlled remediation.
The proposition ‘Overall startup time and per-application reliability and launch timing are the same measured metric’ is not the reason the selected control works. Fast Windows startup alone cannot demonstrate acceptable application launch performance; app-specific measurements are required.
Startup measurements can distinguish slow device startup from unrelated app access or network authentication. The controlling technical behavior here is fast Windows startup alone cannot demonstrate acceptable application launch performance; app-specific measurements are required.
A local configuration regression can resemble a service issue; baseline comparison separates them. The controlling technical behavior here is fast Windows startup alone cannot demonstrate acceptable application launch performance; app-specific measurements are required.
A managed Windows device has slow business-app launches even though its OS startup report is healthy. The approved approach is: Correlate available Endpoint Analytics app performance/reliability insights with the specific application and version before remediating. Which observable test result best confirms the proposed outcome?
Repeatable per-app performance measurements identify the slow launch and show improvement after a controlled remediation. Fast Windows startup alone cannot demonstrate acceptable application launch performance; app-specific measurements are required.
The proposed observation ‘A startup score improved but the affected business app still reports slow launches or crash events’ does not establish the target state. Repeatable per-app performance measurements identify the slow launch and show improvement after a controlled remediation.
The analytics view identifies the slowest measured devices and relevant startup phases. The required observation is repeatable per-app performance measurements identify the slow launch and show improvement after a controlled remediation.
Service health shows the relevant incident and enrollments recover when the service is restored. The required observation is repeatable per-app performance measurements identify the slow launch and show improvement after a controlled remediation.
A managed Windows device has slow business-app launches even though its OS startup report is healthy. After implementing: Correlate available Endpoint Analytics app performance/reliability insights with the specific application and version before remediating. Which continuing safeguard best prevents this problem from recurring?
Track performance regressions after app updates and endpoint policy changes. Fast Windows startup alone cannot demonstrate acceptable application launch performance; app-specific measurements are required. Repeatable per-app performance measurements identify the slow launch and show improvement after a controlled remediation.
The suggested safeguard ‘Approve analytic recommendations without a before/after measurement on affected device cohorts’ would leave the demonstrated risk unresolved. Track performance regressions after app updates and endpoint policy changes.
The alternative ‘Regression-test detection logic and limit remediation frequency’ is not the continuing control for this configuration. The relevant safeguard is ‘Track performance regressions after app updates and endpoint policy changes’.
The alternative ‘Establish a baseline and monitor hardware/OS cohort changes’ is not the continuing control for this configuration. The relevant safeguard is ‘Track performance regressions after app updates and endpoint policy changes’.
A group of laptops has an intermittent registry setting drift that support staff currently fix manually. Which administrative action most directly meets the stated requirement?
Create a Remediations package with separate PowerShell detection and repair scripts. Scheduled detection/repair can correct a recurring device-state issue without waiting for manual tickets. A drifted test endpoint is detected, repaired and reported by the next remediation run.
The alternative ‘Stop the rollout, scope the script to affected devices and add non-destructive preflight tests’ does not implement the required action ‘Create a Remediations package with separate PowerShell detection and repair scripts’. Scheduled detection/repair can correct a recurring device-state issue without waiting for manual tickets.
The proposed ‘Make a remediation detection script return a healthy exit code even when the measured configuration is broken’ does not implement the required change. Scheduled detection/repair can correct a recurring device-state issue without waiting for manual tickets.
The alternative ‘Make the detection script return accurate compliant/noncompliant status and use correct exit behavior’ does not implement the required action ‘Create a Remediations package with separate PowerShell detection and repair scripts’. Scheduled detection/repair can correct a recurring device-state issue without waiting for manual tickets.
A group of laptops has an intermittent registry setting drift that support staff currently fix manually. An endpoint administrator proposes: Create a Remediations package with separate PowerShell detection and repair scripts. Which technical explanation most directly supports the proposed action?
Scheduled detection/repair can correct a recurring device-state issue without waiting for manual tickets. A drifted test endpoint is detected, repaired and reported by the next remediation run.
Remediation automation amplifies a destructive coding defect across many endpoints. The controlling technical behavior here is scheduled detection/repair can correct a recurring device-state issue without waiting for manual tickets.
The remediation execution path should follow detection status rather than running blindly. The controlling technical behavior here is scheduled detection/repair can correct a recurring device-state issue without waiting for manual tickets.
The proposition ‘An Intune Remediations repair script always runs on healthy devices regardless of detection result’ is not the reason the selected control works. Scheduled detection/repair can correct a recurring device-state issue without waiting for manual tickets.
A group of laptops has an intermittent registry setting drift that support staff currently fix manually. The approved approach is: Create a Remediations package with separate PowerShell detection and repair scripts. Which observable test result best confirms the proposed outcome?
A drifted test endpoint is detected, repaired and reported by the next remediation run. Scheduled detection/repair can correct a recurring device-state issue without waiting for manual tickets.
Healthy pilot devices are not modified while drifted devices receive a single fix. The required observation is A drifted test endpoint is detected, repaired and reported by the next remediation run.
The revised test repairs only the intended setting and preserves user files. The required observation is A drifted test endpoint is detected, repaired and reported by the next remediation run.
The proposed observation ‘The remediation package is assigned but detection and postrepair state have not been verified on a drifted endpoint’ does not establish the target state. A drifted test endpoint is detected, repaired and reported by the next remediation run.
A group of laptops has an intermittent registry setting drift that support staff currently fix manually. After implementing: Create a Remediations package with separate PowerShell detection and repair scripts. Which continuing safeguard best prevents this problem from recurring?
Restrict script rights and log each action and rollback strategy. Scheduled detection/repair can correct a recurring device-state issue without waiting for manual tickets. A drifted test endpoint is detected, repaired and reported by the next remediation run.
The alternative ‘Require script peer review and phased deployment approval’ is not the continuing control for this configuration. The relevant safeguard is ‘Restrict script rights and log each action and rollback strategy’.
The suggested safeguard ‘Run the same privileged remediation repeatedly on every endpoint without testing detection or rollback’ would leave the demonstrated risk unresolved. Restrict script rights and log each action and rollback strategy.
The alternative ‘Regression-test detection logic and limit remediation frequency’ is not the continuing control for this configuration. The relevant safeguard is ‘Restrict script rights and log each action and rollback strategy’.
A remediation script fixes an issue once but immediately re-runs unnecessarily on healthy machines. Which administrative action most directly meets the stated requirement?
Make the detection script return accurate compliant/noncompliant status and use correct exit behavior. The remediation execution path should follow detection status rather than running blindly. Healthy pilot devices are not modified while drifted devices receive a single fix.
The alternative ‘Configure supported Intune reports, filters and workbooks with appropriate access’ does not implement the required action ‘Make the detection script return accurate compliant/noncompliant status and use correct exit behavior’. The remediation execution path should follow detection status rather than running blindly.
The proposed ‘Make a remediation detection script return a healthy exit code even when the measured configuration is broken’ does not implement the required change. The remediation execution path should follow detection status rather than running blindly.
The alternative ‘Stop the rollout, scope the script to affected devices and add non-destructive preflight tests’ does not implement the required action ‘Make the detection script return accurate compliant/noncompliant status and use correct exit behavior’. The remediation execution path should follow detection status rather than running blindly.
A remediation script fixes an issue once but immediately re-runs unnecessarily on healthy machines. An endpoint administrator proposes: Make the detection script return accurate compliant/noncompliant status and use correct exit behavior. Which technical explanation most directly supports the proposed action?
The remediation execution path should follow detection status rather than running blindly. Healthy pilot devices are not modified while drifted devices receive a single fix.
Delayed detection allows a configuration issue to block large numbers of new devices. The controlling technical behavior here is the remediation execution path should follow detection status rather than running blindly.
The proposition ‘An Intune Remediations repair script always runs on healthy devices regardless of detection result’ is not the reason the selected control works. The remediation execution path should follow detection status rather than running blindly.
Remediation automation amplifies a destructive coding defect across many endpoints. The controlling technical behavior here is the remediation execution path should follow detection status rather than running blindly.
A remediation script fixes an issue once but immediately re-runs unnecessarily on healthy machines. The approved approach is: Make the detection script return accurate compliant/noncompliant status and use correct exit behavior. Which observable test result best confirms the proposed outcome?
Healthy pilot devices are not modified while drifted devices receive a single fix. The remediation execution path should follow detection status rather than running blindly.
App reliability data shows a reproducible crash tied to the complained-about version. The required observation is healthy pilot devices are not modified while drifted devices receive a single fix.
The proposed observation ‘The remediation package is assigned but detection and postrepair state have not been verified on a drifted endpoint’ does not establish the target state. Healthy pilot devices are not modified while drifted devices receive a single fix.
A drifted test endpoint is detected, repaired and reported by the next remediation run. The required observation is healthy pilot devices are not modified while drifted devices receive a single fix.
A remediation script fixes an issue once but immediately re-runs unnecessarily on healthy machines. After implementing: Make the detection script return accurate compliant/noncompliant status and use correct exit behavior. Which continuing safeguard best prevents this problem from recurring?
Regression-test detection logic and limit remediation frequency. The remediation execution path should follow detection status rather than running blindly. Healthy pilot devices are not modified while drifted devices receive a single fix.
The suggested safeguard ‘Run the same privileged remediation repeatedly on every endpoint without testing detection or rollback’ would leave the demonstrated risk unresolved. Regression-test detection logic and limit remediation frequency.
The alternative ‘Require script peer review and phased deployment approval’ is not the continuing control for this configuration. The relevant safeguard is ‘Regression-test detection logic and limit remediation frequency’.
The alternative ‘Maintain an operational baseline and incident communication process’ is not the continuing control for this configuration. The relevant safeguard is ‘Regression-test detection logic and limit remediation frequency’.
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