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SMS OTP does not satisfy phishing-resistant strength.

Registration is not equivalent to device compliance assessment.

This creates a tenant lockout hazard.

That assessment refers to the separate proposal 'Require the untested new policy on every account including both emergency administrators.' not to the recommendation under review. Here, SMS-based one-time passwords do not meet phishing-resistant strength criteria.

This concern applies to Treat every eligible assignment as permanently active when auditing privilege. in another design authentication and authorization solutions design. The current proposal specifically fails because sMS-based one-time passwords do not meet phishing-resistant strength criteria.

That assessment refers to the separate proposal 'Permit access based solely on a device being merely registered.' not to the recommendation under review. Here, SMS-based one-time passwords do not meet phishing-resistant strength criteria.

That verification addresses the different requirement: Administrators must maintain emergency access if a new Conditional Access rule misconfigures. It does not directly establish policy and sign-in evidence confirms the intended methods satisfy the grant.

That verification addresses the different requirement: Only managed compliant devices should reach a confidential SaaS app. It does not directly establish policy and sign-in evidence confirms the intended methods satisfy the grant.

This is a test for A user claims PIM eligibility itself grants immediate permission to delete production resources. The requirement here is instead demonstrated by use Conditional Access What If and a controlled strong-method sign-in.

SMS-based one-time passwords do not meet phishing-resistant strength criteria. In the present requirement, administrators must maintain emergency access if a new Conditional Access rule misconfigures. The needed design instead works because exclusions and report-only trials reduce tenant-wide lockout risk.

A blanket untested block can remove all recovery access. This proposal contradicts the stated architecture constraint.

Registration is not proof that a management compliance policy passed. In the present requirement, administrators must maintain emergency access if a new Conditional Access rule misconfigures. The needed design instead works because exclusions and report-only trials reduce tenant-wide lockout risk.

That assessment refers to the separate proposal 'Assign one weak SMS-only method to every privileged sign-in and declare it phishing resistant.' not to the recommendation under review. Here, A blanket untested block can remove all recovery access.

That assessment refers to the separate proposal 'Permit access based solely on a device being merely registered.' not to the recommendation under review. Here, A blanket untested block can remove all recovery access.

This concern applies to Hardcode the secret in the compiled application binary. in another design authentication and authorization solutions design. The current proposal specifically fails because a blanket untested block can remove all recovery access.

That verification addresses the different requirement: A banking app must require phishing-resistant MFA while ordinary lower-risk services remain accessible. It does not directly establish pre-enforcement validation exposes policy gaps before activation.

This is a test for A web app rotates a database credential monthly with no application redeployment. The requirement here is instead demonstrated by simulate affected users and confirm monitored emergency exceptions.

That verification addresses the different requirement: Only managed compliant devices should reach a confidential SaaS app. It does not directly establish pre-enforcement validation exposes policy gaps before activation.

A blanket untested block can remove all recovery access. In the present requirement, only managed compliant devices should reach a confidential SaaS app. The needed design instead works because device compliance claims are evaluated during supported sign-ins to the protected app.

SMS-based one-time passwords do not meet phishing-resistant strength criteria. In the present requirement, only managed compliant devices should reach a confidential SaaS app. The needed design instead works because device compliance claims are evaluated during supported sign-ins to the protected app.

Registration is not proof that a management compliance policy passed. This proposal contradicts the stated architecture constraint.

That assessment refers to the separate proposal 'Require the untested new policy on every account including both emergency administrators.' not to the recommendation under review. Here, Registration is not proof that a management compliance policy passed.

That assessment refers to the separate proposal 'Assign one weak SMS-only method to every privileged sign-in and declare it phishing resistant.' not to the recommendation under review. Here, Registration is not proof that a management compliance policy passed.

This concern applies to Assume a Key Vault secret automatically replaces every service's encryption key. in another design authentication and authorization solutions design. The current proposal specifically fails because registration is not proof that a management compliance policy passed.

That verification addresses the different requirement: Administrators must maintain emergency access if a new Conditional Access rule misconfigures. It does not directly establish differential results validate the grant restriction and exclusions.

This is a test for An organization needs customer-managed encryption keys for a supported Azure data service. The requirement here is instead demonstrated by compare sign-in outcomes for compliant and noncompliant test devices.

That verification addresses the different requirement: A banking app must require phishing-resistant MFA while ordinary lower-risk services remain accessible. It does not directly establish differential results validate the grant restriction and exclusions.

Data replication status cannot remediate suspicious authentication. This proposal contradicts the stated architecture constraint.

Turning off detections hides future real attacks rather than resolving the specific incident. In the present requirement, a stolen session produces high sign-in risk despite valid password and device information. The needed design instead works because sign-in risk evaluates the current authentication event rather than only account history.

Compute telemetry does not clear compromised identity credentials. In the present requirement, a stolen session produces high sign-in risk despite valid password and device information. The needed design instead works because sign-in risk evaluates the current authentication event rather than only account history.

This concern applies to Publish the app directly on public HTTP with no identity preauthentication. in another design authentication and authorization solutions design. The current proposal specifically fails because data replication status cannot remediate suspicious authentication.

That assessment refers to the separate proposal 'Disable tenant-wide Identity Protection alerts for all employees.' not to the recommendation under review. Here, Data replication status cannot remediate suspicious authentication.

That assessment refers to the separate proposal 'Mark only a single device CPU metric alert as the account's remediation.' not to the recommendation under review. Here, Data replication status cannot remediate suspicious authentication.