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A Windows Hello for Business rollout intended for a pilot also prompts users on enrolled nonpilot Windows endpoints. After implementing: Review enrollment and Windows Hello for Business policy scope to target the approved device set. Which continuing operational safeguard MOST directly prevents recurrence of the stated issue?
Test group and filter targeting before broad identity policy publication. Incorrect assignment can trigger unwanted provisioning for users/devices not in the intended rollout.
Audit password retrieval permissions and rotation frequency. The continuing safeguard in this deployment is test group and filter targeting before broad identity policy publication.
Plan recovery and enrollment policies for lost devices and unavailable biometrics. The continuing safeguard in this deployment is test group and filter targeting before broad identity policy publication.
Educate users about device-specific recovery and protect TPM hardware. The continuing safeguard in this deployment is test group and filter targeting before broad identity policy publication.
A user believes the Windows Hello PIN is a cloud password shared between their two laptops. Which administrative change BEST meets the requirement without relying on an unrelated control?
Explain and enforce device-local Hello credentials with approved recovery procedures. A Hello PIN unlocks keys secured to that particular device; it is not an interchangeable account password. Each enrolled laptop authenticates under its own device-bound credential.
The option ‘Review enrollment and Windows Hello for Business policy scope to target the approved device set’ does not by itself establish that each enrolled laptop authenticates under its own device-bound credential. A Hello PIN unlocks keys secured to that particular device; it is not an interchangeable account password.
The option ‘Deploy Windows Hello for Business with supported Intune configuration and identity prerequisites’ does not by itself establish that each enrolled laptop authenticates under its own device-bound credential. A Hello PIN unlocks keys secured to that particular device; it is not an interchangeable account password.
The option ‘Consolidate the authoritative local group policy and resolve assignment conflicts’ does not by itself establish that each enrolled laptop authenticates under its own device-bound credential. A Hello PIN unlocks keys secured to that particular device; it is not an interchangeable account password.
A user believes the Windows Hello PIN is a cloud password shared between their two laptops. An endpoint administrator proposes: Explain and enforce device-local Hello credentials with approved recovery procedures. Which technical reason BEST supports this choice?
A Hello PIN unlocks keys secured to that particular device; it is not an interchangeable account password.
An assigned CA policy may not apply when its conditions and exclusions do not match. The relevant design depends on this fact: A Hello PIN unlocks keys secured to that particular device; it is not an interchangeable account password.
Incorrect assignment can trigger unwanted provisioning for users/devices not in the intended rollout. The relevant design depends on this fact: A Hello PIN unlocks keys secured to that particular device; it is not an interchangeable account password.
Windows Hello for Business uses device-bound cryptographic sign-in rather than reusing a password. The relevant design depends on this fact: A Hello PIN unlocks keys secured to that particular device; it is not an interchangeable account password.
A user believes the Windows Hello PIN is a cloud password shared between their two laptops. The approved approach is: Explain and enforce device-local Hello credentials with approved recovery procedures. Which direct test result BEST establishes that the objective was achieved?
Each enrolled laptop authenticates under its own device-bound credential. A Hello PIN unlocks keys secured to that particular device; it is not an interchangeable account password.
A pilot user enrolls an approved PIN/biometric gesture and signs in successfully. That observation does not verify each enrolled laptop authenticates under its own device-bound credential.
Authorized recovery shows a unique current local admin password for a selected endpoint. That observation does not verify each enrolled laptop authenticates under its own device-bound credential.
An enrolled Windows device outside the pilot no longer receives the rollout while pilot devices provision normally. That observation does not verify each enrolled laptop authenticates under its own device-bound credential.
A user believes the Windows Hello PIN is a cloud password shared between their two laptops. After implementing: Explain and enforce device-local Hello credentials with approved recovery procedures. Which continuing operational safeguard MOST directly prevents recurrence of the stated issue?
Educate users about device-specific recovery and protect TPM hardware. A Hello PIN unlocks keys secured to that particular device; it is not an interchangeable account password.
Plan recovery and enrollment policies for lost devices and unavailable biometrics. The continuing safeguard in this deployment is educate users about device-specific recovery and protect TPM hardware.
Test group and filter targeting before broad identity policy publication. The continuing safeguard in this deployment is educate users about device-specific recovery and protect TPM hardware.
Use platform- and ownership-aware pilot checks for each compliance rollout. The continuing safeguard in this deployment is educate users about device-specific recovery and protect TPM hardware.
A help desk repeatedly uses one shared local administrator password across corporate Windows devices. Which administrative change BEST meets the requirement without relying on an unrelated control?
Configure Windows LAPS password management and backup to an approved directory. Per-device rotating local admin secrets reduce the lateral movement risks of a shared password. Authorized recovery shows a unique current local admin password for a selected endpoint.
The option ‘Review enrollment and Windows Hello for Business policy scope to target the approved device set’ does not by itself establish that authorized recovery shows a unique current local admin password for a selected endpoint. Per-device rotating local admin secrets reduce the lateral movement risks of a shared password.
The option ‘Rotate the managed local administrator password according to the LAPS policy’ does not by itself establish that authorized recovery shows a unique current local admin password for a selected endpoint. Per-device rotating local admin secrets reduce the lateral movement risks of a shared password.
The option ‘Check directory backup configuration, account eligibility, and password-read role permissions’ does not by itself establish that authorized recovery shows a unique current local admin password for a selected endpoint. Per-device rotating local admin secrets reduce the lateral movement risks of a shared password.
A help desk repeatedly uses one shared local administrator password across corporate Windows devices. An endpoint administrator proposes: Configure Windows LAPS password management and backup to an approved directory. Which technical reason BEST supports this choice?
Per-device rotating local admin secrets reduce the lateral movement risks of a shared password.
A credential revealed for support should not remain reusable indefinitely. The relevant design depends on this fact: per-device rotating local admin secrets reduce the lateral movement risks of a shared password.
LAPS retrieval rights and password backup destination are independently configured. The relevant design depends on this fact: per-device rotating local admin secrets reduce the lateral movement risks of a shared password.
Stale local admin membership persists unless managed or remediated explicitly. The relevant design depends on this fact: per-device rotating local admin secrets reduce the lateral movement risks of a shared password.
A help desk repeatedly uses one shared local administrator password across corporate Windows devices. The approved approach is: Configure Windows LAPS password management and backup to an approved directory. Which direct test result BEST establishes that the objective was achieved?
Authorized recovery shows a unique current local admin password for a selected endpoint. Per-device rotating local admin secrets reduce the lateral movement risks of a shared password.
After rotation, the old secret fails and a new protected secret is available to authorized staff. That observation does not verify authorized recovery shows a unique current local admin password for a selected endpoint.
A properly authorized technician can retrieve a backed-up secret while others cannot. That observation does not verify authorized recovery shows a unique current local admin password for a selected endpoint.
A permitted test user can sign in remotely without obtaining local Administrator membership or unrestricted elevation. That observation does not verify authorized recovery shows a unique current local admin password for a selected endpoint.
A help desk repeatedly uses one shared local administrator password across corporate Windows devices. After implementing: Configure Windows LAPS password management and backup to an approved directory. Which continuing operational safeguard MOST directly prevents recurrence of the stated issue?
Audit password retrieval permissions and rotation frequency. Per-device rotating local admin secrets reduce the lateral movement risks of a shared password.
Control policy ownership and run change reviews for sensitive local groups. The continuing safeguard in this deployment is audit password retrieval permissions and rotation frequency.
Rotation status monitoring without limiting and auditing who can retrieve credentials fails to address repeated shared-password exposure.
Test role-scoped LAPS recovery with both allowed and denied identities. The continuing safeguard in this deployment is audit password retrieval permissions and rotation frequency.
A technician uses a recovered Windows LAPS secret for a repair and wants to limit its future exposure. Which administrative change BEST meets the requirement without relying on an unrelated control?
Rotate the managed local administrator password according to the LAPS policy. A credential revealed for support should not remain reusable indefinitely. After rotation, the old secret fails and a new protected secret is available to authorized staff.
The option ‘Create a Windows device compliance policy requiring encryption and assign it to the correct population’ does not by itself establish that after rotation, the old secret fails and a new protected secret is available to authorized staff. A credential revealed for support should not remain reusable indefinitely.
The option ‘Configure Windows LAPS password management and backup to an approved directory’ does not by itself establish that after rotation, the old secret fails and a new protected secret is available to authorized staff. A credential revealed for support should not remain reusable indefinitely.
The option ‘Check directory backup configuration, account eligibility, and password-read role permissions’ does not by itself establish that after rotation, the old secret fails and a new protected secret is available to authorized staff. A credential revealed for support should not remain reusable indefinitely.
A technician uses a recovered Windows LAPS secret for a repair and wants to limit its future exposure. An endpoint administrator proposes: Rotate the managed local administrator password according to the LAPS policy. Which technical reason BEST supports this choice?
A credential revealed for support should not remain reusable indefinitely.
A Hello PIN unlocks keys secured to that particular device; it is not an interchangeable account password. The relevant design depends on this fact: A credential revealed for support should not remain reusable indefinitely.
LAPS retrieval rights and password backup destination are independently configured. The relevant design depends on this fact: A credential revealed for support should not remain reusable indefinitely.
Per-device rotating local admin secrets reduce the lateral movement risks of a shared password. The relevant design depends on this fact: A credential revealed for support should not remain reusable indefinitely.
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