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A local administrator password was shared outside the support team during a repair. After implementing: Request Windows LAPS password rotation on the specific managed device. Which continuing safeguard best prevents this problem from recurring?
Audit who retrieved LAPS secrets and rotate after support use. The previously recovered local password should not remain usable after exposure. An authorized test sees a new local admin password and the old password fails.
The suggested safeguard ‘Audit only disk-encryption keys and leave local administrator password retrieval and rotation unmonitored’ would leave the demonstrated risk unresolved. Audit who retrieved LAPS secrets and rotate after support use.
The alternative ‘Use sync sparingly and check last contact before escalating failures’ is not the continuing control for this configuration. The relevant safeguard is ‘Audit who retrieved LAPS secrets and rotate after support use’.
The alternative ‘Set stale-check-in alerts and avoid repeatedly exposing current passwords’ is not the continuing control for this configuration. The relevant safeguard is ‘Audit who retrieved LAPS secrets and rotate after support use’.
A help desk cannot rotate the local admin password on a Windows laptop because the endpoint never checks in. Which administrative action most directly meets the stated requirement?
Diagnose Intune/LAPS management connectivity before retrying the rotation command. Remote password rotation requires the managed endpoint to process the instruction. A new device check-in completes the requested LAPS rotation and directory backup.
The alternative ‘Request Windows LAPS password rotation on the specific managed device’ does not implement the required action ‘Diagnose Intune/LAPS management connectivity before retrying the rotation command’. Remote password rotation requires the managed endpoint to process the instruction.
The proposed ‘Rotate the BitLocker drive recovery protector while retaining the previously disclosed Windows LAPS local administrator secret’ does not implement the required change. Remote password rotation requires the managed endpoint to process the instruction.
The alternative ‘Run a supported Intune device query written in KQL against the eligible devices’ does not implement the required action ‘Diagnose Intune/LAPS management connectivity before retrying the rotation command’. Remote password rotation requires the managed endpoint to process the instruction.
A help desk cannot rotate the local admin password on a Windows laptop because the endpoint never checks in. An endpoint administrator proposes: Diagnose Intune/LAPS management connectivity before retrying the rotation command. Which technical explanation most directly supports the proposed action?
Remote password rotation requires the managed endpoint to process the instruction. A new device check-in completes the requested LAPS rotation and directory backup.
The proposition ‘Changing the BitLocker recovery key also invalidates the separate Windows local Administrator account password’ is not the reason the selected control works. Remote password rotation requires the managed endpoint to process the instruction.
Group targeting is not a substitute for a checked list of affected device IDs. The controlling technical behavior here is remote password rotation requires the managed endpoint to process the instruction.
The previously recovered local password should not remain usable after exposure. The controlling technical behavior here is remote password rotation requires the managed endpoint to process the instruction.
A help desk cannot rotate the local admin password on a Windows laptop because the endpoint never checks in. The approved approach is: Diagnose Intune/LAPS management connectivity before retrying the rotation command. Which observable test result best confirms the proposed outcome?
A new device check-in completes the requested LAPS rotation and directory backup. Remote password rotation requires the managed endpoint to process the instruction.
The proposed observation ‘The LAPS rotation request is queued, but the device has not reported a new backed-up local password’ does not establish the target state. A new device check-in completes the requested LAPS rotation and directory backup.
The new recovery key identifier and escrowed recovery material are recorded for the correct device, and the previous exposed protector is no longer valid. The required observation is A new device check-in completes the requested LAPS rotation and directory backup.
An authorized test sees a new local admin password and the old password fails. The required observation is A new device check-in completes the requested LAPS rotation and directory backup.
A help desk cannot rotate the local admin password on a Windows laptop because the endpoint never checks in. After implementing: Diagnose Intune/LAPS management connectivity before retrying the rotation command. Which continuing safeguard best prevents this problem from recurring?
Set stale-check-in alerts and avoid repeatedly exposing current passwords. Remote password rotation requires the managed endpoint to process the instruction. A new device check-in completes the requested LAPS rotation and directory backup.
The alternative ‘Audit who retrieved LAPS secrets and rotate after support use’ is not the continuing control for this configuration. The relevant safeguard is ‘Set stale-check-in alerts and avoid repeatedly exposing current passwords’.
The suggested safeguard ‘Audit only disk-encryption keys and leave local administrator password retrieval and rotation unmonitored’ would leave the demonstrated risk unresolved. Set stale-check-in alerts and avoid repeatedly exposing current passwords.
The alternative ‘Audit recovery-key viewing and rotate promptly after exposure’ is not the continuing control for this configuration. The relevant safeguard is ‘Set stale-check-in alerts and avoid repeatedly exposing current passwords’.
A fleet engineer needs to identify Windows devices with an outdated OS build using read-only endpoint inventory queries. Which administrative action most directly meets the stated requirement?
Run a supported Intune device query written in KQL against the eligible devices. Device query can inspect managed endpoint attributes without using a general device write policy. The query returns devices that match the specified build predicate.
The alternative ‘Check query scope, supported device properties and device-query prerequisites’ does not implement the required action ‘Run a supported Intune device query written in KQL against the eligible devices’. Device query can inspect managed endpoint attributes without using a general device write policy.
The proposed ‘Run arbitrary unsupported KQL operators against every managed device without testing Device Query prerequisites’ does not implement the required change. Device query can inspect managed endpoint attributes without using a general device write policy.
The alternative ‘Trigger the Intune Sync remote action on the selected device’ does not implement the required action ‘Run a supported Intune device query written in KQL against the eligible devices’. Device query can inspect managed endpoint attributes without using a general device write policy.
A fleet engineer needs to identify Windows devices with an outdated OS build using read-only endpoint inventory queries. An endpoint administrator proposes: Run a supported Intune device query written in KQL against the eligible devices. Which technical explanation most directly supports the proposed action?
Device query can inspect managed endpoint attributes without using a general device write policy. The query returns devices that match the specified build predicate.
The proposition ‘Every Kusto Query Language operator and device property is supported by Intune device query on every platform’ is not the reason the selected control works. Device query can inspect managed endpoint attributes without using a general device write policy.
Not every enrolled device or property is queryable under all circumstances. The controlling technical behavior here is device query can inspect managed endpoint attributes without using a general device write policy.
An update command can fail when network or service prerequisites are unavailable. The controlling technical behavior here is device query can inspect managed endpoint attributes without using a general device write policy.
A fleet engineer needs to identify Windows devices with an outdated OS build using read-only endpoint inventory queries. The approved approach is: Run a supported Intune device query written in KQL against the eligible devices. Which observable test result best confirms the proposed outcome?
The query returns devices that match the specified build predicate. Device query can inspect managed endpoint attributes without using a general device write policy.
The proposed observation ‘The KQL text was saved in a query editor, but no eligible endpoint returned the expected device attributes’ does not establish the target state. The query returns devices that match the specified build predicate.
An eligible pilot returns the known property in a corrected query. The required observation is the query returns devices that match the specified build predicate.
The endpoint reports the expected current intelligence version after update. The required observation is the query returns devices that match the specified build predicate.
A fleet engineer needs to identify Windows devices with an outdated OS build using read-only endpoint inventory queries. After implementing: Run a supported Intune device query written in KQL against the eligible devices. Which continuing safeguard best prevents this problem from recurring?
Limit sensitive inventory query access and validate KQL syntax. Device query can inspect managed endpoint attributes without using a general device write policy. The query returns devices that match the specified build predicate.
The alternative ‘Maintain a query compatibility and data freshness checklist’ is not the continuing control for this configuration. The relevant safeguard is ‘Limit sensitive inventory query access and validate KQL syntax’.
The suggested safeguard ‘Grant broad tenant write authority to analysts who need only read-only device-query results’ would leave the demonstrated risk unresolved. Limit sensitive inventory query access and validate KQL syntax.
The alternative ‘Redact private user information in logs and retain troubleshooting evidence securely’ is not the continuing control for this configuration. The relevant safeguard is ‘Limit sensitive inventory query access and validate KQL syntax’.
A device KQL query returns no matching records even though the device is visibly managed. Which administrative action most directly meets the stated requirement?
Check query scope, supported device properties and device-query prerequisites. Not every enrolled device or property is queryable under all circumstances. An eligible pilot returns the known property in a corrected query.
The proposed ‘Run arbitrary unsupported KQL operators against every managed device without testing Device Query prerequisites’ does not implement the required change. Not every enrolled device or property is queryable under all circumstances.
The alternative ‘Collect Intune device diagnostics and inspect the relevant management extension logs’ does not implement the required action ‘Check query scope, supported device properties and device-query prerequisites’. Not every enrolled device or property is queryable under all circumstances.
The proposed ‘Use a general settings catalog profile to enumerate live OS builds instead of an eligible device query’ does not implement the required change. Not every enrolled device or property is queryable under all circumstances.
A device KQL query returns no matching records even though the device is visibly managed. An endpoint administrator proposes: Check query scope, supported device properties and device-query prerequisites. Which technical explanation most directly supports the proposed action?
Not every enrolled device or property is queryable under all circumstances. An eligible pilot returns the known property in a corrected query.
The proposition ‘Every Kusto Query Language operator and device property is supported by Intune device query on every platform’ is not the reason the selected control works. Not every enrolled device or property is queryable under all circumstances.
User-based troubleshooting joins relevant management context that individual device views can miss. The controlling technical behavior here is not every enrolled device or property is queryable under all circumstances.
Device query can inspect managed endpoint attributes without using a general device write policy. The controlling technical behavior here is not every enrolled device or property is queryable under all circumstances.
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