Device compliance translates measured security posture into a policy status. The relevant design depends on this fact: an assigned CA policy may not apply when its conditions and exclusions do not match.

Compliance status must be enforced at the app access decision, not only viewed in the Intune portal. The relevant design depends on this fact: an assigned CA policy may not apply when its conditions and exclusions do not match.

An overly broad grant requirement can block unexpected user/device combinations. The relevant design depends on this fact: an assigned CA policy may not apply when its conditions and exclusions do not match.

Sign-in logs show which policy caused denial and the corrected scope permits intended users. That observation does not verify the sign-in details identify the applied compliant-device control and result.

A noncompliant test endpoint is denied and a compliant authorized endpoint succeeds. That observation does not verify the sign-in details identify the applied compliant-device control and result.

Each enrolled laptop authenticates under its own device-bound credential. That observation does not verify the sign-in details identify the applied compliant-device control and result.

Deploy CA rules in report-only mode first and maintain emergency access exclusions. The continuing safeguard in this deployment is record representative sign-in diagnostics for every protected app.

Audit password retrieval permissions and rotation frequency. The continuing safeguard in this deployment is record representative sign-in diagnostics for every protected app.

Pilot high-impact CA rules and retain break-glass recovery paths. The continuing safeguard in this deployment is record representative sign-in diagnostics for every protected app.

The option ‘Explain and enforce device-local Hello credentials with approved recovery procedures’ does not by itself establish that A pilot user enrolls an approved PIN/biometric gesture and signs in successfully. Windows Hello for Business uses device-bound cryptographic sign-in rather than reusing a password.

The option ‘Review enrollment and Windows Hello for Business policy scope to target the approved device set’ does not by itself establish that A pilot user enrolls an approved PIN/biometric gesture and signs in successfully. Windows Hello for Business uses device-bound cryptographic sign-in rather than reusing a password.

The option ‘Rotate the managed local administrator password according to the LAPS policy’ does not by itself establish that A pilot user enrolls an approved PIN/biometric gesture and signs in successfully. Windows Hello for Business uses device-bound cryptographic sign-in rather than reusing a password.

Stale local admin membership persists unless managed or remediated explicitly. The relevant design depends on this fact: windows Hello for Business uses device-bound cryptographic sign-in rather than reusing a password.

Incorrect assignment can trigger unwanted provisioning for users/devices not in the intended rollout. The relevant design depends on this fact: windows Hello for Business uses device-bound cryptographic sign-in rather than reusing a password.

A Hello PIN unlocks keys secured to that particular device; it is not an interchangeable account password. The relevant design depends on this fact: windows Hello for Business uses device-bound cryptographic sign-in rather than reusing a password.

An enrolled Windows device outside the pilot no longer receives the rollout while pilot devices provision normally. That observation does not verify A pilot user enrolls an approved PIN/biometric gesture and signs in successfully.

A permitted test user can sign in remotely without obtaining local Administrator membership or unrestricted elevation. That observation does not verify A pilot user enrolls an approved PIN/biometric gesture and signs in successfully.

Each enrolled laptop authenticates under its own device-bound credential. That observation does not verify A pilot user enrolls an approved PIN/biometric gesture and signs in successfully.

Audit Remote Desktop Users membership and remote access controls and remove identities when support access ends. The continuing safeguard in this deployment is plan recovery and enrollment policies for lost devices and unavailable biometrics.

Educate users about device-specific recovery and protect TPM hardware. The continuing safeguard in this deployment is plan recovery and enrollment policies for lost devices and unavailable biometrics.

Test group and filter targeting before broad identity policy publication. The continuing safeguard in this deployment is plan recovery and enrollment policies for lost devices and unavailable biometrics.

The option ‘Explain and enforce device-local Hello credentials with approved recovery procedures’ does not by itself establish that an enrolled Windows device outside the pilot no longer receives the rollout while pilot devices provision normally. Incorrect assignment can trigger unwanted provisioning for users/devices not in the intended rollout.

The option ‘Deploy Windows Hello for Business with supported Intune configuration and identity prerequisites’ does not by itself establish that an enrolled Windows device outside the pilot no longer receives the rollout while pilot devices provision normally. Incorrect assignment can trigger unwanted provisioning for users/devices not in the intended rollout.

The option ‘Create a Windows device compliance policy requiring encryption and assign it to the correct population’ does not by itself establish that an enrolled Windows device outside the pilot no longer receives the rollout while pilot devices provision normally. Incorrect assignment can trigger unwanted provisioning for users/devices not in the intended rollout.

Remote Desktop Users grants remote sign-in rights distinct from broad local Administrator privileges, subject to device and network configuration. The relevant design depends on this fact: incorrect assignment can trigger unwanted provisioning for users/devices not in the intended rollout.

A Hello PIN unlocks keys secured to that particular device; it is not an interchangeable account password. The relevant design depends on this fact: incorrect assignment can trigger unwanted provisioning for users/devices not in the intended rollout.

Windows Hello for Business uses device-bound cryptographic sign-in rather than reusing a password. The relevant design depends on this fact: incorrect assignment can trigger unwanted provisioning for users/devices not in the intended rollout.

After policy sync, the unauthorized account is absent from the local Administrators group. That observation does not verify an enrolled Windows device outside the pilot no longer receives the rollout while pilot devices provision normally.

Each enrolled laptop authenticates under its own device-bound credential. That observation does not verify an enrolled Windows device outside the pilot no longer receives the rollout while pilot devices provision normally.

A pilot user enrolls an approved PIN/biometric gesture and signs in successfully. That observation does not verify an enrolled Windows device outside the pilot no longer receives the rollout while pilot devices provision normally.

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.