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A help-desk assistant cannot request control in Remote Help though screen-sharing works. After implementing: Check helper RBAC permissions and supported Remote Help session capabilities. Which continuing safeguard best prevents this problem from recurring?
Keep least-privileged helper role definitions and log elevated support use. Viewing a session and taking control can require different permitted helper actions. The intended support role performs only the approved session operations.
The alternative ‘Review helper roles, session audits and user-consent requirements’ is not the continuing control for this configuration. The relevant safeguard is ‘Keep least-privileged helper role definitions and log elevated support use’.
The suggested safeguard ‘Give every helper unrestricted session elevation and keep no session or role-permission audit’ would leave the demonstrated risk unresolved. Keep least-privileged helper role definitions and log elevated support use.
The alternative ‘Monitor tunnel gateways and per-app protection policies’ is not the continuing control for this configuration. The relevant safeguard is ‘Keep least-privileged helper role definitions and log elevated support use’.
Employees need device certificates for wireless authentication without maintaining an on-premises issuing CA. Which administrative action most directly meets the stated requirement?
Plan Microsoft Cloud PKI issuing CA and certificate profiles supported by Intune. Cloud PKI supports managed certificate issuance for eligible device authentication scenarios. An enrolled pilot receives the expected certificate and authenticates to the approved network.
The proposed ‘Issue SCEP device certificates without distributing the trusted Cloud PKI CA chain to the relevant relying parties’ does not implement the required change. Cloud PKI supports managed certificate issuance for eligible device authentication scenarios.
The alternative ‘Check helper RBAC permissions and supported Remote Help session capabilities’ does not implement the required action ‘Plan Microsoft Cloud PKI issuing CA and certificate profiles supported by Intune’. Cloud PKI supports managed certificate issuance for eligible device authentication scenarios.
The alternative ‘Deploy the required trusted root certificate and correct issuance/profile chain’ does not implement the required action ‘Plan Microsoft Cloud PKI issuing CA and certificate profiles supported by Intune’. Cloud PKI supports managed certificate issuance for eligible device authentication scenarios.
Employees need device certificates for wireless authentication without maintaining an on-premises issuing CA. An endpoint administrator proposes: Plan Microsoft Cloud PKI issuing CA and certificate profiles supported by Intune. Which technical explanation most directly supports the proposed action?
Cloud PKI supports managed certificate issuance for eligible device authentication scenarios. An enrolled pilot receives the expected certificate and authenticates to the approved network.
The proposition ‘Cloud PKI leaf-certificate issuance automatically makes a certificate trusted by every Wi-Fi or VPN server’ is not the reason the selected control works. Cloud PKI supports managed certificate issuance for eligible device authentication scenarios.
A certificate can be valid yet rejected when its issuing trust chain isn't trusted by the relying service. The controlling technical behavior here is cloud PKI supports managed certificate issuance for eligible device authentication scenarios.
Overly rigid executable identity matching can block legitimate new versions while overly loose matching creates risk. The controlling technical behavior here is cloud PKI supports managed certificate issuance for eligible device authentication scenarios.
Employees need device certificates for wireless authentication without maintaining an on-premises issuing CA. The approved approach is: Plan Microsoft Cloud PKI issuing CA and certificate profiles supported by Intune. Which observable test result best confirms the proposed outcome?
An enrolled pilot receives the expected certificate and authenticates to the approved network. Cloud PKI supports managed certificate issuance for eligible device authentication scenarios.
The proposed observation ‘The endpoint has a leaf certificate, but the relying party rejects its unknown root or issuing CA’ does not establish the target state. An enrolled pilot receives the expected certificate and authenticates to the approved network.
A pilot successfully installs the approved custom package and detection returns success. The required observation is an enrolled pilot receives the expected certificate and authenticates to the approved network.
The authentication server validates a pilot certificate from the intended CA hierarchy. The required observation is an enrolled pilot receives the expected certificate and authenticates to the approved network.
Employees need device certificates for wireless authentication without maintaining an on-premises issuing CA. After implementing: Plan Microsoft Cloud PKI issuing CA and certificate profiles supported by Intune. Which continuing safeguard best prevents this problem from recurring?
Manage issuer lifecycle, renewal and trust chain before certificate expiry. Cloud PKI supports managed certificate issuance for eligible device authentication scenarios. An enrolled pilot receives the expected certificate and authenticates to the approved network.
The suggested safeguard ‘Track only leaf-certificate counts and ignore CA trust chain distribution and renewal requirements’ would leave the demonstrated risk unresolved. Manage issuer lifecycle, renewal and trust chain before certificate expiry.
The alternative ‘Manage signed publisher trust and version-specific approval governance’ is not the continuing control for this configuration. The relevant safeguard is ‘Manage issuer lifecycle, renewal and trust chain before certificate expiry’.
The alternative ‘Audit trusted root distribution and PKI certificate chain health’ is not the continuing control for this configuration. The relevant safeguard is ‘Manage issuer lifecycle, renewal and trust chain before certificate expiry’.
Cloud PKI devices receive certificates but corporate Wi-Fi rejects them because the expected root CA is absent. Which administrative action most directly meets the stated requirement?
Deploy the required trusted root certificate and correct issuance/profile chain. A certificate can be valid yet rejected when its issuing trust chain isn't trusted by the relying service. The authentication server validates a pilot certificate from the intended CA hierarchy.
The proposed ‘Issue SCEP device certificates without distributing the trusted Cloud PKI CA chain to the relevant relying parties’ does not implement the required change. A certificate can be valid yet rejected when its issuing trust chain isn't trusted by the relying service.
The alternative ‘Plan Microsoft Cloud PKI issuing CA and certificate profiles supported by Intune’ does not implement the required action ‘Deploy the required trusted root certificate and correct issuance/profile chain’. A certificate can be valid yet rejected when its issuing trust chain isn't trusted by the relying service.
The alternative ‘Inspect the enterprise app's deployment status, requirements and installation logs’ does not implement the required action ‘Deploy the required trusted root certificate and correct issuance/profile chain’. A certificate can be valid yet rejected when its issuing trust chain isn't trusted by the relying service.
Cloud PKI devices receive certificates but corporate Wi-Fi rejects them because the expected root CA is absent. An endpoint administrator proposes: Deploy the required trusted root certificate and correct issuance/profile chain. Which technical explanation most directly supports the proposed action?
A certificate can be valid yet rejected when its issuing trust chain isn't trusted by the relying service. The authentication server validates a pilot certificate from the intended CA hierarchy.
The proposition ‘Cloud PKI leaf-certificate issuance automatically makes a certificate trusted by every Wi-Fi or VPN server’ is not the reason the selected control works. A certificate can be valid yet rejected when its issuing trust chain isn't trusted by the relying service.
Cloud PKI supports managed certificate issuance for eligible device authentication scenarios. The controlling technical behavior here is A certificate can be valid yet rejected when its issuing trust chain isn't trusted by the relying service.
Anomaly-based fleet trends can reveal emerging problems not obvious in individual device checks. The controlling technical behavior here is A certificate can be valid yet rejected when its issuing trust chain isn't trusted by the relying service.
Cloud PKI devices receive certificates but corporate Wi-Fi rejects them because the expected root CA is absent. The approved approach is: Deploy the required trusted root certificate and correct issuance/profile chain. Which observable test result best confirms the proposed outcome?
The authentication server validates a pilot certificate from the intended CA hierarchy. A certificate can be valid yet rejected when its issuing trust chain isn't trusted by the relying service.
The proposed observation ‘The endpoint has a leaf certificate, but the relying party rejects its unknown root or issuing CA’ does not establish the target state. The authentication server validates a pilot certificate from the intended CA hierarchy.
Pilot devices install the catalog app at the required version. The required observation is the authentication server validates a pilot certificate from the intended CA hierarchy.
An enrolled pilot receives the expected certificate and authenticates to the approved network. The required observation is the authentication server validates a pilot certificate from the intended CA hierarchy.
Cloud PKI devices receive certificates but corporate Wi-Fi rejects them because the expected root CA is absent. After implementing: Deploy the required trusted root certificate and correct issuance/profile chain. Which continuing safeguard best prevents this problem from recurring?
Audit trusted root distribution and PKI certificate chain health. A certificate can be valid yet rejected when its issuing trust chain isn't trusted by the relying service. The authentication server validates a pilot certificate from the intended CA hierarchy.
The alternative ‘Manage issuer lifecycle, renewal and trust chain before certificate expiry’ is not the continuing control for this configuration. The relevant safeguard is ‘Audit trusted root distribution and PKI certificate chain health’.
The alternative ‘Automate certificate expiration alerts and tunnel monitoring’ is not the continuing control for this configuration. The relevant safeguard is ‘Audit trusted root distribution and PKI certificate chain health’.
The suggested safeguard ‘Track only leaf-certificate counts and ignore CA trust chain distribution and renewal requirements’ would leave the demonstrated risk unresolved. Audit trusted root distribution and PKI certificate chain health.
A BYOD mobile application needs protected access to internal resources without requiring full device MDM enrollment. Which administrative action most directly meets the stated requirement?
Configure the supported Microsoft Tunnel for MAM mobile application connectivity path. MAM tunnel provides application-scoped access for eligible unmanaged devices rather than full-device VPN management. The managed app reaches the authorized internal service while unrelated personal apps cannot tunnel.
The alternative ‘Check Tunnel Gateway certificate validity, gateway health and client connection status’ does not implement the required action ‘Configure the supported Microsoft Tunnel for MAM mobile application connectivity path’. MAM tunnel provides application-scoped access for eligible unmanaged devices rather than full-device VPN management.
The proposed ‘Deploy a device-wide MDM-only VPN profile to personal unenrolled phones in place of Microsoft Tunnel for MAM’ does not implement the required change. MAM tunnel provides application-scoped access for eligible unmanaged devices rather than full-device VPN management.
The alternative ‘Use Intune Advanced Analytics insights or anomaly detection on the intended managed population’ does not implement the required action ‘Configure the supported Microsoft Tunnel for MAM mobile application connectivity path’. MAM tunnel provides application-scoped access for eligible unmanaged devices rather than full-device VPN management.
A BYOD mobile application needs protected access to internal resources without requiring full device MDM enrollment. An endpoint administrator proposes: Configure the supported Microsoft Tunnel for MAM mobile application connectivity path. Which technical explanation most directly supports the proposed action?
MAM tunnel provides application-scoped access for eligible unmanaged devices rather than full-device VPN management. The managed app reaches the authorized internal service while unrelated personal apps cannot tunnel.
The proposition ‘Tunnel for MAM always requires enrolling and managing the entire personal Android/iOS device with MDM’ is not the reason the selected control works. MAM tunnel provides application-scoped access for eligible unmanaged devices rather than full-device VPN management.
An application tunnel cannot establish trusted connectivity through an unhealthy or untrusted gateway. The controlling technical behavior here is MAM tunnel provides application-scoped access for eligible unmanaged devices rather than full-device VPN management.
A catalog app still depends on applicable device prerequisites and successful install detection. The controlling technical behavior here is MAM tunnel provides application-scoped access for eligible unmanaged devices rather than full-device VPN management.
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