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This diagnosis fits a separate disable compromised account and sessions incident: A blocked user cannot start a new sign-in but an already issued access token still works temporarily in an app. It does not explain this case's observed failure; the passkey authentication method is not enabled or the pilot group is excluded from its policy.

This diagnosis fits a separate phishing-resistant authentication strength incident: An administrator with SMS MFA is still allowed into the portal despite a claimed phishing-resistant requirement. It does not explain this case's observed failure; the passkey authentication method is not enabled or the pilot group is excluded from its policy.

This diagnosis fits a separate single-use tap enrollment timing incident: The device enrollment succeeds but the subsequent FIDO2 registration fails after the original single-use TAP and registration window have expired. It does not explain this case's observed failure; the passkey authentication method is not enabled or the pilot group is excluded from its policy.

This control manages future phishing-resistant authentication strength drift, but it does not reduce the continuing exposure in the described passkey fido2 registration policy case. The correct safeguard is: restrict approved authentication-key types and validate registration policies when expanding to new groups.

This control manages future sspr user eligibility drift, but it does not reduce the continuing exposure in the described passkey fido2 registration policy case. The correct safeguard is: restrict approved authentication-key types and validate registration policies when expanding to new groups.

This control manages future certificate-based authentication drift, but it does not reduce the continuing exposure in the described passkey fido2 registration policy case. The correct safeguard is: restrict approved authentication-key types and validate registration policies when expanding to new groups.

That action implements the separate microsoft entra kerberos for hybrid authentication decision. It is appropriate when hybrid users need supported cloud Kerberos-based access to an approved on-premises resource without prompting for a second password in the planned scenario. The present case instead requires the specific certificate-based authentication change: configure Microsoft Entra certificate-based authentication with appropriate trust chain, user binding and policy scope.

That action implements the separate windows hello for business enrollment decision. It is appropriate when company Windows devices should use per-device, key-based Windows Hello for Business sign-in rather than a shared reusable PIN across accounts. The present case instead requires the specific certificate-based authentication change: configure Microsoft Entra certificate-based authentication with appropriate trust chain, user binding and policy scope.

That action implements the separate passkey fido2 registration policy decision. It is appropriate when a pilot group has physical security keys but the Entra security-info portal does not offer key registration to its members. The present case instead requires the specific certificate-based authentication change: configure Microsoft Entra certificate-based authentication with appropriate trust chain, user binding and policy scope.

The proposed observation checks the different microsoft entra kerberos for hybrid authentication scenario. Even a successful test would not establish the requested outcome here: attempt sign-in using a mapped certificate and confirm the resulting authentication method in the sign-in details.

The proposed observation checks the different temporary access pass bootstrap scenario. Even a successful test would not establish the requested outcome here: attempt sign-in using a mapped certificate and confirm the resulting authentication method in the sign-in details.

The proposed observation checks the different single-use tap enrollment timing scenario. Even a successful test would not establish the requested outcome here: attempt sign-in using a mapped certificate and confirm the resulting authentication method in the sign-in details.

This diagnosis fits a separate entra password protection on premises incident: A prohibited word is rejected by cloud password changes but still accepted by on-premises AD DS domain controllers. It does not explain this case's observed failure; certificate user binding or trusted issuer configuration does not align with the presented credential.

This diagnosis fits a separate temporary access pass bootstrap incident: A TAP is created for a user but the user gets a method-not-allowed error when trying to sign in with it. It does not explain this case's observed failure; certificate user binding or trusted issuer configuration does not align with the presented credential.

This diagnosis fits a separate phishing-resistant authentication strength incident: An administrator with SMS MFA is still allowed into the portal despite a claimed phishing-resistant requirement. It does not explain this case's observed failure; certificate user binding or trusted issuer configuration does not align with the presented credential.

This control manages future temporary access pass bootstrap drift, but it does not reduce the continuing exposure in the described certificate-based authentication case. The correct safeguard is: manage certificate issuance and revocation and validate identity mapping after certificate authority changes.

This control manages future disable compromised account and sessions drift, but it does not reduce the continuing exposure in the described certificate-based authentication case. The correct safeguard is: manage certificate issuance and revocation and validate identity mapping after certificate authority changes.

This control manages future entra password protection on premises drift, but it does not reduce the continuing exposure in the described certificate-based authentication case. The correct safeguard is: manage certificate issuance and revocation and validate identity mapping after certificate authority changes.

That action implements the separate microsoft entra kerberos for hybrid authentication decision. It is appropriate when hybrid users need supported cloud Kerberos-based access to an approved on-premises resource without prompting for a second password in the planned scenario. The present case instead requires the specific sspr user eligibility change: enable SSPR for the intended eligible users and configure authentication methods and registration requirements.

That action implements the separate phishing-resistant authentication strength decision. It is appropriate when a privileged portal must accept only phishing-resistant sign-in methods rather than any SMS or push-based multifactor completion. The present case instead requires the specific sspr user eligibility change: enable SSPR for the intended eligible users and configure authentication methods and registration requirements.

That action implements the separate certificate-based authentication decision. It is appropriate when field technicians have managed smart-card certificates and must authenticate with their certificate identity rather than a password. The present case instead requires the specific sspr user eligibility change: enable SSPR for the intended eligible users and configure authentication methods and registration requirements.

The proposed observation checks the different disable compromised account and sessions scenario. Even a successful test would not establish the requested outcome here: test password reset for an included employee and exclusion for an out-of-scope account.

The proposed observation checks the different entra password protection on premises scenario. Even a successful test would not establish the requested outcome here: test password reset for an included employee and exclusion for an out-of-scope account.

The proposed observation checks the different windows hello for business enrollment scenario. Even a successful test would not establish the requested outcome here: test password reset for an included employee and exclusion for an out-of-scope account.

This diagnosis fits a separate entra password protection on premises incident: A prohibited word is rejected by cloud password changes but still accepted by on-premises AD DS domain controllers. It does not explain this case's observed failure; the self-service password reset policy scope excludes the user or is disabled.

This diagnosis fits a separate temporary access pass bootstrap incident: A TAP is created for a user but the user gets a method-not-allowed error when trying to sign in with it. It does not explain this case's observed failure; the self-service password reset policy scope excludes the user or is disabled.

This diagnosis fits a separate microsoft entra kerberos for hybrid authentication incident: Cloud sign-in succeeds but users cannot obtain the expected Kerberos ticket for the on-premises target. It does not explain this case's observed failure; the self-service password reset policy scope excludes the user or is disabled.

This control manages future phishing-resistant authentication strength drift, but it does not reduce the continuing exposure in the described sspr user eligibility case. The correct safeguard is: audit who can use SSPR and avoid treating registration alone as proof of eligibility.

This control manages future passkey fido2 registration policy drift, but it does not reduce the continuing exposure in the described sspr user eligibility case. The correct safeguard is: audit who can use SSPR and avoid treating registration alone as proof of eligibility.

This control manages future microsoft entra kerberos for hybrid authentication drift, but it does not reduce the continuing exposure in the described sspr user eligibility case. The correct safeguard is: audit who can use SSPR and avoid treating registration alone as proof of eligibility.

That action implements the separate microsoft entra kerberos for hybrid authentication decision. It is appropriate when hybrid users need supported cloud Kerberos-based access to an approved on-premises resource without prompting for a second password in the planned scenario. The present case instead requires the specific windows hello for business enrollment change: deploy a supported Windows Hello for Business policy and ensure identity/device prerequisites are met for the pilot.

That action implements the separate phishing-resistant authentication strength decision. It is appropriate when a privileged portal must accept only phishing-resistant sign-in methods rather than any SMS or push-based multifactor completion. The present case instead requires the specific windows hello for business enrollment change: deploy a supported Windows Hello for Business policy and ensure identity/device prerequisites are met for the pilot.

That action implements the separate certificate-based authentication decision. It is appropriate when field technicians have managed smart-card certificates and must authenticate with their certificate identity rather than a password. The present case instead requires the specific windows hello for business enrollment change: deploy a supported Windows Hello for Business policy and ensure identity/device prerequisites are met for the pilot.