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FSLogix supports container sizing controls. This is relevant when the task is to limit unusually large user profile disks without deleting legitimate profile content unexpectedly; it does not directly meet the requirement to distinguish service throttling from a profile path typo during peak sign-in hour.

Storage latency directly affects SMB profile operations. This is relevant when the task is to determine whether elevated storage latency rather than session-host CPU is delaying login; it does not directly meet the requirement to distinguish service throttling from a profile path typo during peak sign-in hour.

IOPS capacity is important for profile-heavy sign-in traffic. This is relevant when the task is to size a profile share for bursts of numerous small metadata and file operations; it does not directly meet the requirement to distinguish service throttling from a profile path typo during peak sign-in hour.

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

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 Configure multi-session Office shared computer activation satisfies the current requirement to avoid user activation errors when several licensed workers share one Windows session host.

That evidence concerns Install line-of-business application in reference VM, used to make a required legacy app available to all hosts launched from the standard image. It does not establish whether Configure multi-session Office shared computer activation satisfies the current requirement to avoid user activation errors when several licensed workers share one Windows session host.

Real-time Antivirus scans active file and process access. This is relevant when the task is to prevent known malware from executing on session-host Windows guest VMs during user sessions; it does not directly meet the requirement to keep the malware detection engine on the approved current signature baseline across a pooled VM fleet.

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 keep the malware detection engine on the approved current signature baseline across a pooled VM fleet.

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 keep the malware detection engine on the approved current signature baseline across a pooled VM fleet.

That evidence concerns Storage account Azure Policy compliance, used to detect a profile-storage account created with prohibited public access settings. It does not establish whether Customer-managed key for storage account satisfies the current requirement to meet a policy requiring an organization-controlled key lifecycle for encrypted profile data.

That evidence concerns Azure Files snapshots, used to retain point-in-time versions of a share for an operational file-level rollback. It does not establish whether Customer-managed key for storage account satisfies the current requirement to meet a policy requiring an organization-controlled key lifecycle for encrypted profile data.

That evidence concerns Azure Files backup protection policy, used to ensure share recovery points are created on an audited schedule with approved retention. It does not establish whether Customer-managed key for storage account satisfies the current requirement to meet a policy requiring an organization-controlled key lifecycle for encrypted profile data.

That evidence concerns RDS licensing validation for Windows Server, used to check whether using Windows Server in Azure Virtual Desktop changes existing licensing assumptions for staff. It does not establish whether Eligible Microsoft 365 user license for Windows client AVD satisfies the current requirement to authorize an entitled employee to access an AVD Windows client session with an eligible subscription.

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 Eligible Microsoft 365 user license for Windows client AVD satisfies the current requirement to authorize an entitled employee to access an AVD Windows client session with an eligible subscription.

That evidence concerns Enterprise application multi-session compatibility test, used to determine whether a line-of-business app behaves correctly with two independent users on one Windows host. It does not establish whether Eligible Microsoft 365 user license for Windows client AVD satisfies the current requirement to authorize an entitled employee to access an AVD Windows client session with an eligible subscription.

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 Windows 11 Enterprise multi-session host satisfies the current requirement to consolidate several interactive users on one supported Windows client VM in an AVD pooled deployment.

That evidence concerns RDS licensing validation for Windows Server, used to check whether using Windows Server in Azure Virtual Desktop changes existing licensing assumptions for staff. It does not establish whether Windows 11 Enterprise multi-session host satisfies the current requirement to consolidate several interactive users on one supported Windows client VM in an AVD pooled deployment.

That evidence concerns Enterprise application multi-session compatibility test, used to determine whether a line-of-business app behaves correctly with two independent users on one Windows host. It does not establish whether Windows 11 Enterprise multi-session host satisfies the current requirement to consolidate several interactive users on one supported Windows client VM in an AVD pooled deployment.

Pooled session memory needs grow with active session processes. This is relevant when the task is to prevent a shared host from paging during simultaneous office application use; it does not directly meet the requirement to reduce local operating-system and application I/O bottlenecks unrelated to FSLogix remote SMB profiles.

GPU-backed VM SKUs support specialized graphical workloads. This is relevant when the task is to provide accelerated rendering to design applications that require graphics APIs unavailable on a general-purpose host; it does not directly meet the requirement to reduce local operating-system and application I/O bottlenecks unrelated to FSLogix remote SMB profiles.

Zone distribution reduces correlated datacenter-failure exposure. This is relevant when the task is to reduce the risk that one Azure datacenter-zone failure removes all hosts from a critical pool; it does not directly meet the requirement to reduce local operating-system and application I/O bottlenecks unrelated to FSLogix remote SMB profiles.

Feed diagnostics cover workspace feed operations. This is relevant when the task is to troubleshoot a missing application feed after an app group is published to a workspace; it does not directly meet the requirement to audit changes to hostpool configuration performed during scheduled operations.

AVD diagnostic settings can forward connection events to Log Analytics. This is relevant when the task is to collect service-side user connection events to investigate failed desktop launches; it does not directly meet the requirement to audit changes to hostpool configuration performed during scheduled operations.

AgentHealthStatus tracks session-host agent status. This is relevant when the task is to monitor AVD agent health changes on registered session hosts; it does not directly meet the requirement to audit changes to hostpool configuration performed during scheduled operations.

ARM templates declaratively describe Azure resource deployments. This is relevant when the task is to define repeatable AVD resource dependencies declaratively for audited environments; it does not directly meet the requirement to manage reusable AVD host pool resource definitions with typed declarative modules.

Declarative ARM deployments reconcile specified resources. This is relevant when the task is to reapply a valid declarative hostpool definition without manually duplicating an existing resource; it does not directly meet the requirement to manage reusable AVD host pool resource definitions with typed declarative modules.

Deployment what-if previews resource configuration differences. This is relevant when the task is to identify proposed destructive hostpool resource changes before deploying an updated infrastructure template; it does not directly meet the requirement to manage reusable AVD host pool resource definitions with typed declarative modules.

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 measure the effect of a proposed user access rule without first blocking production employees.

Named locations enable conditional location decisions. This is relevant when the task is to apply a stronger access rule to sessions initiated from untrusted networks rather than all sign-ins; it does not directly meet the requirement to measure the effect of a proposed user access rule without first blocking production employees.

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 measure the effect of a proposed user access rule without first blocking production employees.

That evidence concerns Azure NetApp Files volume quota monitoring, used to avoid a profile-volume capacity overrun as more users join the environment. It does not establish whether Cloud Cache provider failover validation satisfies the current requirement to test use of a second Cloud Cache profile backend while the first is intentionally unavailable.

That evidence concerns FSLogix container storage redundancy selection, used to match a storage platform's documented zone/region resilience to the profile availability objective. It does not establish whether Cloud Cache provider failover validation satisfies the current requirement to test use of a second Cloud Cache profile backend while the first is intentionally unavailable.

That evidence concerns Azure NetApp Files SMB volume deployment, used to present a managed SMB path to domain-joined AVD session hosts for shared profiles. It does not establish whether Cloud Cache provider failover validation satisfies the current requirement to test use of a second Cloud Cache profile backend while the first is intentionally unavailable.