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App virtualization separates packaged application contents from guest image. This is relevant when the task is to evaluate whether a supported virtualized application package can be delivered without installing its binaries into the base Windows image; it does not directly meet the requirement to recover a broken shared app installation by replacing the host with a tested image rather than modifying dozens of VMs ad hoc.

App compatibility needs real multiuser testing. This is relevant when the task is to stop a problematic app update from spreading to all multi-session users without a tested rollback option; it does not directly meet the requirement to recover a broken shared app installation by replacing the host with a tested image rather than modifying dozens of VMs ad hoc.

RemoteApp publishes installed Windows executable applications. This is relevant when the task is to expose an existing tested desktop application from a Windows session host without rebuilding the infrastructure; it does not directly meet the requirement to recover a broken shared app installation by replacing the host with a tested image rather than modifying dozens of VMs ad hoc.

Shared activation supports pooled Office clients. This is relevant when the task is to allow multiple entitled users to activate Microsoft 365 Apps on the same AVD Windows multi-session VM; it does not directly meet the requirement to redirect approved Desktop/Documents/Pictures content to each user's OneDrive cloud storage.

Per-machine setup is a common multi-user deployment model. This is relevant when the task is to ensure OneDrive is available to each user of a pooled Windows session host without relying on per-user manual installs; it does not directly meet the requirement to redirect approved Desktop/Documents/Pictures content to each user's OneDrive cloud storage.

The deployment tool configures Office installation parameters. This is relevant when the task is to install a specified Office channel and selected apps to an AVD image through controlled deployment XML; it does not directly meet the requirement to redirect approved Desktop/Documents/Pictures content to each user's OneDrive cloud storage.

That evidence concerns Windows 11 Enterprise multi-session host, used to consolidate several interactive users on one supported Windows client VM in an AVD pooled deployment. It does not establish whether Session host OS version baseline satisfies the current requirement to prevent fleet drift across Windows cumulative update levels in one pooled host pool.

That evidence concerns Eligible Microsoft 365 user license for Windows client AVD, used to authorize an entitled employee to access an AVD Windows client session with an eligible subscription. It does not establish whether Session host OS version baseline satisfies the current requirement to prevent fleet drift across Windows cumulative update levels in one pooled host pool.

That evidence concerns GPU-supported session-host Windows image, used to satisfy a design requiring validated remote graphics acceleration for a visualization application. It does not establish whether Session host OS version baseline satisfies the current requirement to prevent fleet drift across Windows cumulative update levels in one pooled host pool.

That evidence concerns Immutable image-version pinning, used to keep production hosts on an explicitly approved image while later builds are still being tested. It does not establish whether Golden-image scheduled build run satisfies the current requirement to automatically rebuild the desktop image when approved baseline patches are released.

That evidence concerns Image-version rollback selection, used to recover from a new image's application regression by deploying replacement hosts from the last approved version. It does not establish whether Golden-image scheduled build run satisfies the current requirement to automatically rebuild the desktop image when approved baseline patches are released.

That evidence concerns Image version promotion ring, used to test a new desktop image with a small pilot host pool before production-wide rollout. It does not establish whether Golden-image scheduled build run satisfies the current requirement to automatically rebuild the desktop image when approved baseline patches are released.

MDE onboarding enables device telemetry and response capabilities. This is relevant when the task is to enroll newly deployed session hosts into endpoint detection and response monitoring; it does not directly meet the requirement to ensure hosts created from a new golden image enroll into the correct security tenant at first launch.

MDE correlates endpoint security detections to devices. This is relevant when the task is to triage an endpoint incident affecting one pooled host without assuming all users' desktops are infected; it does not directly meet the requirement to ensure hosts created from a new golden image enroll into the correct security tenant at first launch.

Detection signatures require updates to identify new threats. This is relevant when the task is to keep the malware detection engine on the approved current signature baseline across a pooled VM fleet; it does not directly meet the requirement to ensure hosts created from a new golden image enroll into the correct security tenant at first launch.

Provisioned SSD files capacity can address demanding profile workloads. This is relevant when the task is to provide predictable high IOPS and low latency for large logon bursts with heavy profile traffic; it does not directly meet the requirement to give a dedicated personal desktop VM its bootable system volume instead of a shared SMB profile share.

Azure NetApp Files supports managed SMB volumes for profile storage. This is relevant when the task is to use managed high-performance enterprise file storage for FSLogix profile shares with strict service requirements; it does not directly meet the requirement to give a dedicated personal desktop VM its bootable system volume instead of a shared SMB profile share.

Azure Files supplies managed SMB storage suitable for FSLogix profiles. This is relevant when the task is to store thousands of pooled-user FSLogix VHDX profile containers on shared SMB storage; it does not directly meet the requirement to give a dedicated personal desktop VM its bootable system volume instead of a shared SMB profile share.

Mismatched session controls cause repeat authentication loops. This is relevant when the task is to stop repeated MFA prompts when an AVD resource feed and its session-host SSO app use inconsistent session policies; it does not directly meet the requirement to restrict AVD access to organization-approved compliant endpoints where device identity permits evaluation.

Narrow emergency exclusions reduce account lockout risk. This is relevant when the task is to preserve a documented break-glass path when a broad Conditional Access policy breaks routine access; it does not directly meet the requirement to restrict AVD access to organization-approved compliant endpoints where device identity permits evaluation.

Sign-in frequency governs token reuse rather than force-closing active sessions. This is relevant when the task is to require a new authentication after an approved session-age interval on a new connection; it does not directly meet the requirement to restrict AVD access to organization-approved compliant endpoints where device identity permits evaluation.

Transport verification reveals fallback instead of Shortpath operation. This is relevant when the task is to detect a case where clients still connect over TCP because a UDP rule was omitted; it does not directly meet the requirement to confirm a blocked outbound TLS path is preventing a registered session host from contacting required service endpoints.

Connection diagnostics isolate service handshake failures. This is relevant when the task is to find the failed service-side connection stage when a user never reaches a session host; it does not directly meet the requirement to confirm a blocked outbound TLS path is preventing a registered session host from contacting required service endpoints.

NSGs use priority-ordered allow/deny rules. This is relevant when the task is to identify a higher priority deny rule overriding a proposed allow rule for storage access; it does not directly meet the requirement to confirm a blocked outbound TLS path is preventing a registered session host from contacting required service endpoints.

Direct assignment is administrator-managed mapping to a personal desktop. This is relevant when the task is to map a designated desktop VM to one named staff member instead of using an automatic allocation; it does not directly meet the requirement to return a user who was disconnected back to their existing pooled session rather than starting a second unrelated session.

Automatic assignment chooses an unallocated personal session host. This is relevant when the task is to give newly entitled users an unused personal VM on initial connection without manual per-user binding; it does not directly meet the requirement to return a user who was disconnected back to their existing pooled session rather than starting a second unrelated session.

Depth-first increases density to enable cost-efficient shutdown. This is relevant when the task is to pack new sessions onto already busy hosts up to an approved session limit to keep other VMs idle; it does not directly meet the requirement to return a user who was disconnected back to their existing pooled session rather than starting a second unrelated session.

Capacity planning accounts for user count and media use rather than VM size alone. This is relevant when the task is to estimate adequate network throughput for concurrent multimedia and desktop sessions before deployment; it does not directly meet the requirement to apply RDP UDP traffic classifications through a supported PowerShell network QoS policy.

End-to-end QoS depends on intermediate infrastructure honoring the markings. This is relevant when the task is to find a switch or gateway that strips desktop media priority tags downstream; it does not directly meet the requirement to apply RDP UDP traffic classifications through a supported PowerShell network QoS policy.

Extra proxy and packet-inspection devices can add delay to desktop traffic. This is relevant when the task is to remove an interfering traffic-inspection hop from latency-sensitive remote desktop flow; it does not directly meet the requirement to apply RDP UDP traffic classifications through a supported PowerShell network QoS policy.

That evidence concerns Remove unused public IP addresses from session hosts, used to reduce direct external attack surface when AVD clients use service reverse connect. It does not establish whether Azure Bastion administrative access satisfies the current requirement to let authorized engineers open secure VM management sessions through the Azure portal without exposing public RDP on the VM.

That evidence concerns Just-in-time VM access via Defender for Cloud, used to open restricted management ports only for approved identities and limited time windows. It does not establish whether Azure Bastion administrative access satisfies the current requirement to let authorized engineers open secure VM management sessions through the Azure portal without exposing public RDP on the VM.

That evidence concerns NSG source and port restriction, used to permit approved administration traffic only from a defined management subnet while denying broader lateral access. It does not establish whether Azure Bastion administrative access satisfies the current requirement to let authorized engineers open secure VM management sessions through the Azure portal without exposing public RDP on the VM.