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Insights exposes session network telemetry that can validate latency improvements. This is relevant when the task is to compare user session latency before and after relocating a host pool; it does not directly meet the requirement to find the failed service-side connection stage when a user never reaches a session host.

AD DS discovery requires appropriate domain DNS records. This is relevant when the task is to resolve a host-registration failure caused by unavailable AD DS SRV records; it does not directly meet the requirement to find the failed service-side connection stage when a user never reaches a session host.

DNS tests distinguish resolution failures from transport reachability. This is relevant when the task is to separate name-resolution failure from inaccessible directory servers after a host image update; it does not directly meet the requirement to find the failed service-side connection stage when a user never reaches a session host.

Host pool defaults influence app group creation and user experience. This is relevant when the task is to specify the intended Desktop or RemoteApp default experience when creating the hostpool; it does not directly meet the requirement to give newly entitled users an unused personal VM on initial connection without manual per-user binding.

Max-session-limit constrains session placement for depth-first balancing. This is relevant when the task is to enforce a supported occupancy ceiling before the pooled load balancer places sessions on another host; it does not directly meet the requirement to give newly entitled users an unused personal VM on initial connection without manual per-user binding.

Personal host pools maintain persistent user-to-VM association. This is relevant when the task is to keep one designated virtual desktop linked to an individual user across reconnects; it does not directly meet the requirement to give newly entitled users an unused personal VM on initial connection without manual per-user binding.

That evidence concerns OneDrive sync client multi-session readiness, used to verify the approved OneDrive version and policies are included for a pooled Windows environment. It does not establish whether Preinstall supported Microsoft 365 Apps for pooled images satisfies the current requirement to deliver a consistent tested Office application baseline before users start multi-session desktops.

That evidence concerns Install the FSLogix agent in golden image, used to ensure profile redirection is ready on newly created nonpersistent session hosts. It does not establish whether Preinstall supported Microsoft 365 Apps for pooled images satisfies the current requirement to deliver a consistent tested Office application baseline before users start multi-session desktops.

That evidence concerns Configure multi-session Office shared computer activation, used to avoid user activation errors when several licensed workers share one Windows session host. It does not establish whether Preinstall supported Microsoft 365 Apps for pooled images satisfies the current requirement to deliver a consistent tested Office application baseline before users start multi-session desktops.

Immutable rebuilds improve fleet consistency. This is relevant when the task is to replace a drifted pooled VM with an approved current image rather than apply undocumented custom patches; it does not directly meet the requirement to ensure a new OS update has not broken a critical remote line-of-business app before broad deployment.

Drivers must be compatible with the selected host VM and Windows build. This is relevant when the task is to validate image updates against GPU, printer and peripheral drivers required by user workloads; it does not directly meet the requirement to ensure a new OS update has not broken a critical remote line-of-business app before broad deployment.

Retained versions are essential for image recovery. This is relevant when the task is to retain the last known good image version in protected storage for rollback if the newest build fails; it does not directly meet the requirement to ensure a new OS update has not broken a critical remote line-of-business app before broad deployment.

That evidence concerns Cloud Cache profile performance test, used to identify whether extra remote write replication creates unacceptable logoff latency for a demanding group. It does not establish whether Cloud Cache storage location failover architecture satisfies the current requirement to choose provider locations in distinct failure domains to support a genuine continuity objective.

That evidence concerns Cloud Cache first-login cache creation check, used to identify whether a new user's profile fails before the local Cloud Cache VHD is created. It does not establish whether Cloud Cache storage location failover architecture satisfies the current requirement to choose provider locations in distinct failure domains to support a genuine continuity objective.

That evidence concerns Cloud Cache local disk free-space monitoring, used to prevent profiles from failing to attach because local Cache directory grew beyond planned VM disk capacity. It does not establish whether Cloud Cache storage location failover architecture satisfies the current requirement to choose provider locations in distinct failure domains to support a genuine continuity objective.

That evidence concerns SSD provisioned Azure Files share, used to provide predictable high IOPS and low latency for large logon bursts with heavy profile traffic. It does not establish whether FSLogix ODFC container alongside separate profile solution satisfies the current requirement to roam Outlook and selected Office app data when another product already roams the base Windows profile.

That evidence concerns FSLogix Cloud Cache with two providers, used to tolerate an intermittent remote storage interruption while users work with locally cached profile data. It does not establish whether FSLogix ODFC container alongside separate profile solution satisfies the current requirement to roam Outlook and selected Office app data when another product already roams the base Windows profile.

That evidence concerns FSLogix Profile Container VHDX on SMB, used to roam the whole Windows user profile instead of rebuilding a local profile each login. It does not establish whether FSLogix ODFC container alongside separate profile solution satisfies the current requirement to roam Outlook and selected Office app data when another product already roams the base Windows profile.

That evidence concerns Microsoft Entra joined session hosts, used to avoid a full domain join for a supported cloud-first Windows desktop deployment. It does not establish whether AD join organizational unit targeting satisfies the current requirement to place newly provisioned session hosts in the correct Active Directory OU for desktop policy application.

That evidence concerns Domain controller reachability for AD hosts, used to prevent Windows login failures when domain-joined session hosts cannot reach a required private controller. It does not establish whether AD join organizational unit targeting satisfies the current requirement to place newly provisioned session hosts in the correct Active Directory OU for desktop policy application.

That evidence concerns Microsoft Entra device registration status audit, used to identify a host registered in Entra but not actually joined as required by the deployment design. It does not establish whether AD join organizational unit targeting satisfies the current requirement to place newly provisioned session hosts in the correct Active Directory OU for desktop policy application.

That evidence concerns Maximum session limit for depth-first, used to enforce a supported occupancy ceiling before the pooled load balancer places sessions on another host. It does not establish whether Personal host automatic assignment satisfies the current requirement to give newly entitled users an unused personal VM on initial connection without manual per-user binding.

That evidence concerns Preferred application group type on host pool, used to specify the intended Desktop or RemoteApp default experience when creating the hostpool. It does not establish whether Personal host automatic assignment satisfies the current requirement to give newly entitled users an unused personal VM on initial connection without manual per-user binding.

That evidence concerns Personal host direct assignment, used to map a designated desktop VM to one named staff member instead of using an automatic allocation. It does not establish whether Personal host automatic assignment satisfies the current requirement to give newly entitled users an unused personal VM on initial connection without manual per-user binding.

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 Image Builder customizer script satisfies the current requirement to install a required security agent into the image as an audited build stage.

That evidence concerns Image replication status check, used to prevent host rollout in a remote region before gallery replication finishes. It does not establish whether Image Builder customizer script satisfies the current requirement to install a required security agent into the image as an audited build stage.

That evidence concerns Image Builder failure log inspection, used to identify a failed provisioner rather than silently promoting an incomplete golden image. It does not establish whether Image Builder customizer script satisfies the current requirement to install a required security agent into the image as an audited build stage.

NetApp volume quota constrains the profile data that can be stored. This is relevant when the task is to avoid a profile-volume capacity overrun as more users join the environment; it does not directly meet the requirement to test use of a second Cloud Cache profile backend while the first is intentionally unavailable.

NetApp snapshots capture prior volume contents. This is relevant when the task is to preserve point-in-time volume snapshots under an approved profile recovery schedule; it does not directly meet the requirement to test use of a second Cloud Cache profile backend while the first is intentionally unavailable.

Local Cloud Cache consumption affects session host disk requirements. This is relevant when the task is to diagnose sign-in errors when the VM cache volume fills with profile container data; it does not directly meet the requirement to test use of a second Cloud Cache profile backend while the first is intentionally unavailable.

QoS policies mark the intended UDP traffic for network prioritization. This is relevant when the task is to prioritize real-time RDP UDP packets over background transfer traffic on a congested managed network; it does not directly meet the requirement to verify the required UDP network route exists before enabling QoS for media.

Round-trip time directly reflects network transport delay. This is relevant when the task is to quantify user-perceived interaction latency before changing transport settings; it does not directly meet the requirement to verify the required UDP network route exists before enabling QoS for media.

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 verify the required UDP network route exists before enabling QoS for media.