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Teams optimization depends on compatible client and server integration. This is relevant when the task is to confirm Teams in AVD uses its supported optimized media path for voice and video instead of unoptimized host rendering; it does not directly meet the requirement to avoid breaking a line-of-business browser extension in all AVD hosts with an untested upgrade.

Application and device privacy controls affect media input. This is relevant when the task is to permit a named communications app to use redirected mic audio only under approved endpoint settings; it does not directly meet the requirement to avoid breaking a line-of-business browser extension in all AVD hosts with an untested upgrade.

Multimedia redirection targets supported browser media. This is relevant when the task is to improve playback for supported browser video content without forcing general desktop sessions to process the bitstream; it does not directly meet the requirement to avoid breaking a line-of-business browser extension in all AVD hosts with an untested upgrade.

Feed refresh retrieves current application entitlements. This is relevant when the task is to ensure a user sees a newly published remote application after it was assigned to their group; it does not directly meet the requirement to publish a full Windows desktop from a specific AVD host pool to entitled users.

App-group host pool reference determines where the application runs. This is relevant when the task is to fix a RemoteApp published against the wrong host pool despite correct user assignment; it does not directly meet the requirement to publish a full Windows desktop from a specific AVD host pool to entitled users.

Preferred app-group type records the default delivery mode. This is relevant when the task is to let a newly created AVD host pool default to full-desktop delivery rather than RemoteApp; it does not directly meet the requirement to publish a full Windows desktop from a specific AVD host pool to entitled users.

That evidence concerns Azure Files private endpoint, used to keep user-profile SMB traffic on a private endpoint rather than public storage service routing. It does not establish whether Storage availability-zone redundancy planning satisfies the current requirement to avoid a single datacenter outage interrupting a supported zone-redundant share workload.

That evidence concerns Azure Files share soft delete, used to recover a mistakenly deleted entire SMB file share within its configured retention interval. It does not establish whether Storage availability-zone redundancy planning satisfies the current requirement to avoid a single datacenter outage interrupting a supported zone-redundant share workload.

That evidence concerns Customer-managed key for storage account, used to meet a policy requiring an organization-controlled key lifecycle for encrypted profile data. It does not establish whether Storage availability-zone redundancy planning satisfies the current requirement to avoid a single datacenter outage interrupting a supported zone-redundant share workload.

That evidence concerns File-level restore from Azure Files backup, used to recover a user's accidentally deleted folder without reverting all staff profile disks to a prior state. It does not establish whether Storage share snapshot before change satisfies the current requirement to preserve the exact pre-update share content for a short rollback window before modifying profile settings.

That evidence concerns Backup recovery access RBAC review, used to prevent ordinary desktop users from deleting recovery points while allowing delegated restoration to approved operators. It does not establish whether Storage share snapshot before change satisfies the current requirement to preserve the exact pre-update share content for a short rollback window before modifying profile settings.

That evidence concerns Encrypted backup recovery test, used to ensure restored profile data remains accessible when an approved storage encryption key is rotated. It does not establish whether Storage share snapshot before change satisfies the current requirement to preserve the exact pre-update share content for a short rollback window before modifying profile settings.

Domain joins depend on AD DNS discovery. This is relevant when the task is to find the root cause of Windows domain join failures after an incorrect VM DNS configuration; it does not directly meet the requirement to keep Windows desktop hosts authenticating with an existing corporate Active Directory domain.

Join OU targeting controls policy hierarchy. This is relevant when the task is to place newly provisioned session hosts in the correct Active Directory OU for desktop policy application; it does not directly meet the requirement to keep Windows desktop hosts authenticating with an existing corporate Active Directory domain.

Hybrid identity sync aligns on-premises and cloud principals. This is relevant when the task is to ensure a legacy AD DS user maps to the intended Entra account for AVD service entitlement; it does not directly meet the requirement to keep Windows desktop hosts authenticating with an existing corporate Active Directory domain.

That evidence concerns Drain mode and active session evacuation, used to stop initial placements on a host while allowing current workers to finish before a patch. It does not establish whether Power-on fault versus AVD agent fault distinction satisfies the current requirement to decide whether a connection incident is caused by a stopped VM or an unhealthy agent in a running guest.

That evidence concerns Autoscale log collection for pooled host pools, used to explain why a scaling plan didn't start enough VMs after a morning user surge. It does not establish whether Power-on fault versus AVD agent fault distinction satisfies the current requirement to decide whether a connection incident is caused by a stopped VM or an unhealthy agent in a running guest.

That evidence concerns AVD app-group launch health test, used to verify assigned users can actually start published applications rather than relying solely on resource existence. It does not establish whether Power-on fault versus AVD agent fault distinction satisfies the current requirement to decide whether a connection incident is caused by a stopped VM or an unhealthy agent in a running guest.

WebRTC media optimization shifts media work toward the client. This is relevant when the task is to lower session-host media workload during a two-person Teams video conference on eligible endpoints; it does not directly meet the requirement to preserve browser settings and relevant profile state as users roam across host VMs without sharing accounts.

Unoptimized media processing can consume host CPU. This is relevant when the task is to distinguish missing media optimization from a broad Azure networking outage; it does not directly meet the requirement to preserve browser settings and relevant profile state as users roam across host VMs without sharing accounts.

Multimedia redirection targets supported browser media. This is relevant when the task is to improve playback for supported browser video content without forcing general desktop sessions to process the bitstream; it does not directly meet the requirement to preserve browser settings and relevant profile state as users roam across host VMs without sharing accounts.

More restrictive device policy can take precedence. This is relevant when the task is to determine which Intune or local policy prevents user USB mapping despite a permissive AVD hostpool configuration; it does not directly meet the requirement to enforce a maximum period of user inactivity before a desktop session is disconnected or ended.

The feature starts compute on an authorized sign-in path. This is relevant when the task is to permit an entitled user to start a stopped eligible session host through their normal AVD connection request; it does not directly meet the requirement to enforce a maximum period of user inactivity before a desktop session is disconnected or ended.

Reconnections preserve session affinity independent of initial balancing. This is relevant when the task is to return a user to their disconnected session even though breadth-first placement would choose another less-used VM; it does not directly meet the requirement to enforce a maximum period of user inactivity before a desktop session is disconnected or ended.

That evidence concerns User removal from published app group, used to revoke application access after a role change while keeping other unrelated assigned desktop resources. It does not establish whether App group host pool compatibility review satisfies the current requirement to prevent assigning an application group to a host pool whose OS image lacks the required software.

That evidence concerns Separated desktop and app entitlement groups, used to provide different access levels to groups sharing one hostpool but not sharing the same set of published programs. It does not establish whether App group host pool compatibility review satisfies the current requirement to prevent assigning an application group to a host pool whose OS image lacks the required software.

That evidence concerns App group assignment to Entra security group, used to give a department access to its authorized applications through group-based entitlement. It does not establish whether App group host pool compatibility review satisfies the current requirement to prevent assigning an application group to a host pool whose OS image lacks the required software.

That evidence concerns User-defined route to network virtual appliance, used to steer session-host subnet traffic through the organization's approved inspection appliance. It does not establish whether Domain-controller DNS lookup from session-host subnet satisfies the current requirement to resolve corporate AD domain services before trying to join hosts to the domain.

That evidence concerns Domain-controller routing verification, used to restore a routed path from AVD session hosts to private AD DS domain controllers. It does not establish whether Domain-controller DNS lookup from session-host subnet satisfies the current requirement to resolve corporate AD domain services before trying to join hosts to the domain.

That evidence concerns Azure Firewall network rule for session-host egress, used to permit necessary broker and service endpoints while keeping a default-deny egress posture. It does not establish whether Domain-controller DNS lookup from session-host subnet satisfies the current requirement to resolve corporate AD domain services before trying to join hosts to the domain.

That evidence concerns DNS resolution of Azure Files private endpoint, used to resolve the SMB storage hostname to the private endpoint address instead of a public service address. It does not establish whether User-defined route to network virtual appliance satisfies the current requirement to steer session-host subnet traffic through the organization's approved inspection appliance.

That evidence concerns Network security group outbound service rule, used to correct an NSG rule that blocks approved session-host communication with identity or AVD services. It does not establish whether User-defined route to network virtual appliance satisfies the current requirement to steer session-host subnet traffic through the organization's approved inspection appliance.

That evidence concerns Azure VNet-to-VNet peering, used to connect AVD host subnets to corporate service subnets hosted in a separate Azure virtual network. It does not establish whether User-defined route to network virtual appliance satisfies the current requirement to steer session-host subnet traffic through the organization's approved inspection appliance.