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Standard users need narrowly controlled administrator elevation for an approved signed maintenance installer, without permanent local Administrators membership. An endpoint administrator proposes: Configure Intune Endpoint Privilege Management elevation rules for the exact executable and business condition. Which technical explanation most directly supports the proposed action?
EPM can elevate approved actions without making users permanent local administrators. The approved installer runs elevated while a different unapproved binary is denied.
The proposition ‘Endpoint Privilege Management grants a user permanent membership in local Administrators whenever one signed installer is elevated’ is not the reason the selected control works. EPM can elevate approved actions without making users permanent local administrators.
An elevation setting can increase attack surface if broad rules authorize more executables than necessary. The controlling technical behavior here is EPM can elevate approved actions without making users permanent local administrators.
Overly rigid executable identity matching can block legitimate new versions while overly loose matching creates risk. The controlling technical behavior here is EPM can elevate approved actions without making users permanent local administrators.
Standard users need narrowly controlled administrator elevation for an approved signed maintenance installer, without permanent local Administrators membership. The approved approach is: Configure Intune Endpoint Privilege Management elevation rules for the exact executable and business condition. Which observable test result best confirms the proposed outcome?
The approved installer runs elevated while a different unapproved binary is denied. EPM can elevate approved actions without making users permanent local administrators.
The proposed observation ‘The elevation policy is assigned, but the approved installer was not tested against an unapproved executable’ does not establish the target state. The approved installer runs elevated while a different unapproved binary is denied.
Reports identify eligible and denied processes after rule refinement. The required observation is the approved installer runs elevated while a different unapproved binary is denied.
The signed update elevates under a reviewed new rule; unknown binaries remain blocked. The required observation is the approved installer runs elevated while a different unapproved binary is denied.
Standard users need narrowly controlled administrator elevation for an approved signed maintenance installer, without permanent local Administrators membership. After implementing: Configure Intune Endpoint Privilege Management elevation rules for the exact executable and business condition. Which continuing safeguard best prevents this problem from recurring?
Review EPM elevation events and tighten overly broad file rules. EPM can elevate approved actions without making users permanent local administrators. The approved installer runs elevated while a different unapproved binary is denied.
The alternative ‘Set periodic privilege-elevation review thresholds and owner approvals’ is not the continuing control for this configuration. The relevant safeguard is ‘Review EPM elevation events and tighten overly broad file rules’.
The suggested safeguard ‘Treat all application publishers as automatically elevated and review no EPM elevation events or false matches’ would leave the demonstrated risk unresolved. Review EPM elevation events and tighten overly broad file rules.
The alternative ‘Manage signed publisher trust and version-specific approval governance’ is not the continuing control for this configuration. The relevant safeguard is ‘Review EPM elevation events and tighten overly broad file rules’.
Elevated app executions grow unexpectedly after deploying an Endpoint Privilege Management policy. Which administrative action most directly meets the stated requirement?
Inspect EPM elevation reports and adjust permissive policies. An elevation setting can increase attack surface if broad rules authorize more executables than necessary. Reports identify eligible and denied processes after rule refinement.
The alternative ‘Choose a suitable package from Intune's Enterprise App Catalog and assign its deployment’ does not implement the required action ‘Inspect EPM elevation reports and adjust permissive policies’. An elevation setting can increase attack surface if broad rules authorize more executables than necessary.
The proposed ‘Give every impacted user permanent local Administrator rights instead of creating a narrow EPM elevation rule’ does not implement the required change. An elevation setting can increase attack surface if broad rules authorize more executables than necessary.
The alternative ‘Update the signed-binary matching policy based on controlled vendor verification’ does not implement the required action ‘Inspect EPM elevation reports and adjust permissive policies’. An elevation setting can increase attack surface if broad rules authorize more executables than necessary.
Elevated app executions grow unexpectedly after deploying an Endpoint Privilege Management policy. An endpoint administrator proposes: Inspect EPM elevation reports and adjust permissive policies. Which technical explanation most directly supports the proposed action?
An elevation setting can increase attack surface if broad rules authorize more executables than necessary. Reports identify eligible and denied processes after rule refinement.
The proposition ‘Endpoint Privilege Management grants a user permanent membership in local Administrators whenever one signed installer is elevated’ is not the reason the selected control works. An elevation setting can increase attack surface if broad rules authorize more executables than necessary.
A catalog app still depends on applicable device prerequisites and successful install detection. The controlling technical behavior here is an elevation setting can increase attack surface if broad rules authorize more executables than necessary.
EPM can elevate approved actions without making users permanent local administrators. The controlling technical behavior here is an elevation setting can increase attack surface if broad rules authorize more executables than necessary.
Elevated app executions grow unexpectedly after deploying an Endpoint Privilege Management policy. The approved approach is: Inspect EPM elevation reports and adjust permissive policies. Which observable test result best confirms the proposed outcome?
Reports identify eligible and denied processes after rule refinement. An elevation setting can increase attack surface if broad rules authorize more executables than necessary.
The proposed observation ‘The elevation policy is assigned, but the approved installer was not tested against an unapproved executable’ does not establish the target state. Reports identify eligible and denied processes after rule refinement.
The signed update elevates under a reviewed new rule; unknown binaries remain blocked. The required observation is reports identify eligible and denied processes after rule refinement.
An enrolled pilot receives the expected certificate and authenticates to the approved network. The required observation is reports identify eligible and denied processes after rule refinement.
Elevated app executions grow unexpectedly after deploying an Endpoint Privilege Management policy. After implementing: Inspect EPM elevation reports and adjust permissive policies. Which continuing safeguard best prevents this problem from recurring?
Set periodic privilege-elevation review thresholds and owner approvals. An elevation setting can increase attack surface if broad rules authorize more executables than necessary. Reports identify eligible and denied processes after rule refinement.
The suggested safeguard ‘Treat all application publishers as automatically elevated and review no EPM elevation events or false matches’ would leave the demonstrated risk unresolved. Set periodic privilege-elevation review thresholds and owner approvals.
The alternative ‘Monitor vendor package revisions and app assignment targeting’ is not the continuing control for this configuration. The relevant safeguard is ‘Set periodic privilege-elevation review thresholds and owner approvals’.
The alternative ‘Manage signed publisher trust and version-specific approval governance’ is not the continuing control for this configuration. The relevant safeguard is ‘Set periodic privilege-elevation review thresholds and owner approvals’.
An EPM rule blocks an approved app update because its file signature or hash changed. Which administrative action most directly meets the stated requirement?
Update the signed-binary matching policy based on controlled vendor verification. Overly rigid executable identity matching can block legitimate new versions while overly loose matching creates risk. The signed update elevates under a reviewed new rule; unknown binaries remain blocked.
The proposed ‘Give every impacted user permanent local Administrator rights instead of creating a narrow EPM elevation rule’ does not implement the required change. Overly rigid executable identity matching can block legitimate new versions while overly loose matching creates risk.
The alternative ‘Configure Intune Endpoint Privilege Management elevation rules for the exact executable and business condition’ does not implement the required action ‘Update the signed-binary matching policy based on controlled vendor verification’. Overly rigid executable identity matching can block legitimate new versions while overly loose matching creates risk.
The alternative ‘Create an appropriately packaged Win32 app rather than assuming every application exists in the catalog’ does not implement the required action ‘Update the signed-binary matching policy based on controlled vendor verification’. Overly rigid executable identity matching can block legitimate new versions while overly loose matching creates risk.
An EPM rule blocks an approved app update because its file signature or hash changed. An endpoint administrator proposes: Update the signed-binary matching policy based on controlled vendor verification. Which technical explanation most directly supports the proposed action?
Overly rigid executable identity matching can block legitimate new versions while overly loose matching creates risk. The signed update elevates under a reviewed new rule; unknown binaries remain blocked.
MAM tunnel provides application-scoped access for eligible unmanaged devices rather than full-device VPN management. The controlling technical behavior here is overly rigid executable identity matching can block legitimate new versions while overly loose matching creates risk.
The proposition ‘Endpoint Privilege Management grants a user permanent membership in local Administrators whenever one signed installer is elevated’ is not the reason the selected control works. Overly rigid executable identity matching can block legitimate new versions while overly loose matching creates risk.
An elevation setting can increase attack surface if broad rules authorize more executables than necessary. The controlling technical behavior here is overly rigid executable identity matching can block legitimate new versions while overly loose matching creates risk.
An EPM rule blocks an approved app update because its file signature or hash changed. The approved approach is: Update the signed-binary matching policy based on controlled vendor verification. Which observable test result best confirms the proposed outcome?
The signed update elevates under a reviewed new rule; unknown binaries remain blocked. Overly rigid executable identity matching can block legitimate new versions while overly loose matching creates risk.
Pilot devices install the catalog app at the required version. The required observation is the signed update elevates under a reviewed new rule; unknown binaries remain blocked.
The proposed observation ‘The elevation policy is assigned, but the approved installer was not tested against an unapproved executable’ does not establish the target state. The signed update elevates under a reviewed new rule; unknown binaries remain blocked.
Reports identify eligible and denied processes after rule refinement. The required observation is the signed update elevates under a reviewed new rule; unknown binaries remain blocked.
An EPM rule blocks an approved app update because its file signature or hash changed. After implementing: Update the signed-binary matching policy based on controlled vendor verification. Which continuing safeguard best prevents this problem from recurring?
Manage signed publisher trust and version-specific approval governance. Overly rigid executable identity matching can block legitimate new versions while overly loose matching creates risk. The signed update elevates under a reviewed new rule; unknown binaries remain blocked.
The suggested safeguard ‘Treat all application publishers as automatically elevated and review no EPM elevation events or false matches’ would leave the demonstrated risk unresolved. Manage signed publisher trust and version-specific approval governance.
The alternative ‘Review false positives and monitor insight thresholds after platform upgrades’ is not the continuing control for this configuration. The relevant safeguard is ‘Manage signed publisher trust and version-specific approval governance’.
The alternative ‘Review EPM elevation events and tighten overly broad file rules’ is not the continuing control for this configuration. The relevant safeguard is ‘Manage signed publisher trust and version-specific approval governance’.
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