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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.

That evidence concerns ExpressRoute private connectivity, used to carry sustained hybrid directory and storage traffic over a dedicated private circuit. It does not establish whether Azure VNet-to-VNet peering satisfies the current requirement to connect AVD host subnets to corporate service subnets hosted in a separate Azure virtual network.

That evidence concerns Domain-controller DNS lookup from session-host subnet, used to resolve corporate AD domain services before trying to join hosts to the domain. It does not establish whether Azure VNet-to-VNet peering satisfies the current requirement to connect AVD host subnets to corporate service subnets hosted in a separate Azure virtual network.

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 Azure VNet-to-VNet peering satisfies the current requirement to connect AVD host subnets to corporate service subnets hosted in a separate Azure virtual network.

RemoteApp entries need a valid application executable on host VMs. This is relevant when the task is to publish a program from its installed application path for a targeted hostpool; it does not directly meet the requirement to fix a RemoteApp published against the wrong host pool despite correct user assignment.

Application group assignment controls who is entitled to the resource. This is relevant when the task is to entitle a department's security group to a previously created desktop or RemoteApp group; it does not directly meet the requirement to fix a RemoteApp published against the wrong host pool despite correct user assignment.

Workspace association makes app groups discoverable. This is relevant when the task is to connect the app group to a workspace so the clients can discover it through feed subscription; it does not directly meet the requirement to fix a RemoteApp published against the wrong host pool despite correct user assignment.

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 prove intermittent wireless network drops rather than FSLogix storage faults are causing disconnects.

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 prove intermittent wireless network drops rather than FSLogix storage faults are causing disconnects.

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 prove intermittent wireless network drops rather than FSLogix storage faults are causing disconnects.

That evidence concerns Disable legacy per-user MFA with Entra SSO, used to prevent conflicting legacy MFA behavior after moving AVD sign-ins under dedicated Conditional Access policies. It does not establish whether Named-location Conditional Access targeting satisfies the current requirement to apply a stronger access rule to sessions initiated from untrusted networks rather than all sign-ins.

That evidence concerns Conditional Access exclusion for emergency access accounts, used to preserve a documented break-glass path when a broad Conditional Access policy breaks routine access. It does not establish whether Named-location Conditional Access targeting satisfies the current requirement to apply a stronger access rule to sessions initiated from untrusted networks rather than all sign-ins.

That evidence concerns Windows Cloud Login Conditional Access rule, used to govern the Windows session-host SSO authentication stage rather than just the initial resource feed. It does not establish whether Named-location Conditional Access targeting satisfies the current requirement to apply a stronger access rule to sessions initiated from untrusted networks rather than all sign-ins.

Local write buffering requires successful later provider synchronization. This is relevant when the task is to verify changes made during temporary network isolation eventually reach approved remote storage providers; it does not directly meet the requirement to demonstrate that an alternate profile provider can support continuation after a planned primary storage fault.

Distinct failure domains reduce correlated provider loss. This is relevant when the task is to choose provider locations in distinct failure domains to support a genuine continuity objective; it does not directly meet the requirement to demonstrate that an alternate profile provider can support continuation after a planned primary storage fault.

Cache storage consumes local session-host disk capacity. This is relevant when the task is to prevent profiles from failing to attach because local Cache directory grew beyond planned VM disk capacity; it does not directly meet the requirement to demonstrate that an alternate profile provider can support continuation after a planned primary storage fault.

That evidence concerns Controlled Folder Access audit mode, used to identify planned app compatibility problems before a protected folder policy is enforced. It does not establish whether Controlled Folder Access enabled policy satisfies the current requirement to prevent untrusted processes from modifying protected user folders on a session host.

That evidence concerns App Control for Business audit mode, used to measure which line-of-business binaries would be blocked before enforcing a new policy fleet-wide. It does not establish whether Controlled Folder Access enabled policy satisfies the current requirement to prevent untrusted processes from modifying protected user folders on a session host.

That evidence concerns Group Policy Object security baseline, used to apply Windows security rules to all domain-joined session hosts in a designated OU. It does not establish whether Controlled Folder Access enabled policy satisfies the current requirement to prevent untrusted processes from modifying protected user folders on a session host.

Most supported Office cache content can be reconstructed from remote services. This is relevant when the task is to rebuild disposable Office cache after a corrupted ODFC disk rather than assume cached Outlook mail is the only copy; it does not directly meet the requirement to confirm OneDrive and Outlook state follow a user while other local machine settings remain controlled by another roaming system.

ODFC is optional when using the complete Profile Container. This is relevant when the task is to avoid maintaining a separate Office container when a single full FSLogix profile design meets all requirements; it does not directly meet the requirement to confirm OneDrive and Outlook state follow a user while other local machine settings remain controlled by another roaming system.

Separate containers allow distinct capacity and storage policies. This is relevant when the task is to allocate a larger capacity tier for Office cache while keeping normal profile data in a smaller separate container; it does not directly meet the requirement to confirm OneDrive and Outlook state follow a user while other local machine settings remain controlled by another roaming system.

That evidence concerns Autoscaling cost model for idle capacity, used to reduce idle VM runtime expense while keeping minimum hosts available for login bursts. It does not establish whether Session-host per-user application resource measurement satisfies the current requirement to estimate whether a browser-heavy cohort can share hosts with CPU-heavy analytics users.

That evidence concerns GPU VM size for graphics-intensive RemoteApp, used to provide accelerated rendering to design applications that require graphics APIs unavailable on a general-purpose host. It does not establish whether Session-host per-user application resource measurement satisfies the current requirement to estimate whether a browser-heavy cohort can share hosts with CPU-heavy analytics users.

That evidence concerns Session per-host maximum from workload testing, used to cap concurrent user placements at the session count sustained by a tested shared VM. It does not establish whether Session-host per-user application resource measurement satisfies the current requirement to estimate whether a browser-heavy cohort can share hosts with CPU-heavy analytics users.

That evidence concerns Cloud Cache provider failover drill, used to demonstrate that an alternate profile provider can support continuation after a planned primary storage fault. It does not establish whether Cloud Cache ClearCacheOnLogoff policy satisfies the current requirement to reduce stale cache accumulation after clean profile sessions without unnecessarily deleting remote profile storage.

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 ClearCacheOnLogoff policy satisfies the current requirement to reduce stale cache accumulation after clean profile sessions without unnecessarily deleting remote profile storage.

That evidence concerns Cloud Cache write synchronization monitor, used to verify changes made during temporary network isolation eventually reach approved remote storage providers. It does not establish whether Cloud Cache ClearCacheOnLogoff policy satisfies the current requirement to reduce stale cache accumulation after clean profile sessions without unnecessarily deleting remote profile storage.

That evidence concerns Image rollback after failed quality gate, used to restore new host provision to a previously approved gallery image when the latest baseline breaks logon. It does not establish whether Endpoint security agent health after patch satisfies the current requirement to ensure defender service and endpoint telemetry remain functional following an in-guest OS update.

That evidence concerns Azure Update Manager patch assessment, used to identify which session-host VMs are missing approved OS updates before scheduling installation. It does not establish whether Endpoint security agent health after patch satisfies the current requirement to ensure defender service and endpoint telemetry remain functional following an in-guest OS update.

That evidence concerns RemoteApp regression test after update, used to verify a critical packaged program still starts from a patched desktop host. It does not establish whether Endpoint security agent health after patch satisfies the current requirement to ensure defender service and endpoint telemetry remain functional following an in-guest OS update.