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Azure Virtual Desktop Insights can expose connection reliability data for supported sessions. This is relevant when the task is to investigate whether redundant paths are improving continuity for a mobile user; it does not directly meet the requirement to distinguish whether a user's live connection uses TCP, direct UDP or relayed UDP.

Multipath maintains redundant eligible transport paths. This is relevant when the task is to reduce session interruption when one supported network route drops during a session; it does not directly meet the requirement to distinguish whether a user's live connection uses TCP, direct UDP or relayed UDP.

Each active session can consume several transport paths and outbound ports. This is relevant when the task is to prevent port exhaustion when thousands of simultaneous Multipath sessions use UDP and TCP paths; it does not directly meet the requirement to distinguish whether a user's live connection uses TCP, direct UDP or relayed UDP.

Separate app logs reveal broker versus session authentication failures. This is relevant when the task is to determine which of the two Entra authentication stages rejected a connection; it does not directly meet the requirement to preserve passwordless reconnection policy by disconnecting when a remote session is locked.

The Cloud Login service principal controls RDP token authentication. This is relevant when the task is to allow the required Microsoft Entra authentication protocol for remote Windows sign-in; it does not directly meet the requirement to preserve passwordless reconnection policy by disconnecting when a remote session is locked.

This RDP property turns on supported Entra authentication. This is relevant when the task is to enable the RDP property needed for Entra-based single sign-on on eligible session hosts; it does not directly meet the requirement to preserve passwordless reconnection policy by disconnecting when a remote session is locked.

Windows App is a supported Azure Virtual Desktop client. This is relevant when the task is to give corporate Windows staff the current supported desktop client for subscribed AVD resources; it does not directly meet the requirement to connect a supported endpoint to the correct published workspace feed rather than a different tenant.

Web client supports browser-based remote sessions. This is relevant when the task is to give occasional users an approved browser-based session when installing a native client is impractical; it does not directly meet the requirement to connect a supported endpoint to the correct published workspace feed rather than a different tenant.

Advanced connection features depend on supported client versions. This is relevant when the task is to resolve a new client feature not working on an older installed release; it does not directly meet the requirement to connect a supported endpoint to the correct published workspace feed rather than a different tenant.

Recovery requires published app groups and user access. This is relevant when the task is to give workers a discoverable alternative desktop resource when switching to a backup region; it does not directly meet the requirement to verify the most recent profile data available after recovery meets the approved maximum data-loss interval.

Image artifact distribution is a DR prerequisite. This is relevant when the task is to ensure approved session host image artifacts are available in the disaster recovery region before a primary region failure; it does not directly meet the requirement to verify the most recent profile data available after recovery meets the approved maximum data-loss interval.

Failback needs data and access reconciliation. This is relevant when the task is to safely return staff to primary-region desktops after services recover without losing recent profile changes; it does not directly meet the requirement to verify the most recent profile data available after recovery meets the approved maximum data-loss interval.

CMK configuration ties storage encryption to a managed customer key. This is relevant when the task is to meet a policy requiring an organization-controlled key lifecycle for encrypted profile data; it does not directly meet the requirement to require encrypted file share data in flight between session host and Azure Files.

Azure Policy can audit or deny resource configuration that breaches rules. This is relevant when the task is to detect a profile-storage account created with prohibited public access settings; it does not directly meet the requirement to require encrypted file share data in flight between session host and Azure Files.

A backup policy formalizes repeatable Azure Files protection. This is relevant when the task is to ensure share recovery points are created on an audited schedule with approved retention; it does not directly meet the requirement to require encrypted file share data in flight between session host and Azure Files.

AD DS membership enables domain-backed Windows sign-in. This is relevant when the task is to keep Windows desktop hosts authenticating with an existing corporate Active Directory domain; it does not directly meet the requirement to find the root cause of Windows domain join failures after an incorrect VM DNS configuration.

Entra join supports modern cloud-managed devices. This is relevant when the task is to avoid a full domain join for a supported cloud-first Windows desktop deployment; it does not directly meet the requirement to find the root cause of Windows domain join failures after an incorrect VM DNS configuration.

Cross-domain authentication needs an appropriate trust relationship. This is relevant when the task is to support session hosts and users from two approved AD domains where cross-domain Kerberos needs a trust; it does not directly meet the requirement to find the root cause of Windows domain join failures after an incorrect VM DNS configuration.

App Attach staging may require machine/system access to package files. This is relevant when the task is to diagnose staging failure when a user can browse the file share but the session-host system context cannot mount its package image; it does not directly meet the requirement to correct a packaged application that fails to stage because its code-signing certificate chain isn't trusted.

App Attach package assignments scope delivery to pools. This is relevant when the task is to keep a GPU-intensive application visible only on the pool whose session hosts have appropriate graphics resources; it does not directly meet the requirement to correct a packaged application that fails to stage because its code-signing certificate chain isn't trusted.

App Attach delivery observes supported regional requirements. This is relevant when the task is to ensure a package can be assigned to session hosts in the supported Azure region required by that package and pool; it does not directly meet the requirement to correct a packaged application that fails to stage because its code-signing certificate chain isn't trusted.

Regional failover requires a usable secondary desktop platform. This is relevant when the task is to provide an alternative region with preprovisioned session capacity for a regional desktop outage; it does not directly meet the requirement to prevent failover hosts from starting without access to required directory, storage and name-resolution services.

Failback needs data and access reconciliation. This is relevant when the task is to safely return staff to primary-region desktops after services recover without losing recent profile changes; it does not directly meet the requirement to prevent failover hosts from starting without access to required directory, storage and name-resolution services.

RTO requires tested recovery duration. This is relevant when the task is to prove the team can restore user session access within its contractual recovery time objective; it does not directly meet the requirement to prevent failover hosts from starting without access to required directory, storage and name-resolution services.

AD DS join binds a Windows host to the directory domain. This is relevant when the task is to join a new Windows VM to an existing corporate AD domain for hybrid authenticated desktop access; it does not directly meet the requirement to deploy approved modern cloud identity session hosts without a traditional domain join.

Registration tokens authorize AVD agent association with a pool. This is relevant when the task is to register newly provisioned session hosts to the intended AVD host pool using a time-scoped registration token; it does not directly meet the requirement to deploy approved modern cloud identity session hosts without a traditional domain join.

The AVD agent registers and manages session-host connectivity. This is relevant when the task is to turn a supported Windows VM into a session host managed by AVD control plane; it does not directly meet the requirement to deploy approved modern cloud identity session hosts without a traditional domain join.

Intune configuration profiles centrally manage eligible Windows device settings. This is relevant when the task is to apply required Windows endpoint hardening settings consistently to supported AVD multi-session VMs; it does not directly meet the requirement to prevent untrusted processes from modifying protected user folders on a session host.

Allowed apps make narrow CFA exceptions. This is relevant when the task is to permit a vetted line-of-business application to write to a protected folder without globally disabling protection; it does not directly meet the requirement to prevent untrusted processes from modifying protected user folders on a session host.

Windows audit policies record local guest sign-ins. This is relevant when the task is to record administrator authentication attempts on session-host Windows rather than relying only on AVD service sign-in logs; it does not directly meet the requirement to prevent untrusted processes from modifying protected user folders on a session host.