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Windows App is available on supported macOS clients. This is relevant when the task is to enable supported Apple laptop users to reach a Windows desktop without replacing their devices; it does not directly meet the requirement to resolve a new client feature not working on an older installed release.

Azure Virtual Desktop clients include supported Android platforms. This is relevant when the task is to allow a managed Android device to access supported remote Windows applications; it does not directly meet the requirement to resolve a new client feature not working on an older installed release.

Client feed refresh updates resource entitlements. This is relevant when the task is to display newly assigned AVD application groups without re-creating the user's Windows profile; it does not directly meet the requirement to resolve a new client feature not working on an older installed release.

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 Cloud Cache with two providers satisfies the current requirement to tolerate an intermittent remote storage interruption while users work with locally cached profile data.

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 Cloud Cache with two providers satisfies the current requirement to tolerate an intermittent remote storage interruption while users work with locally cached profile data.

That evidence concerns Azure Files SMB share for roaming profiles, used to store thousands of pooled-user FSLogix VHDX profile containers on shared SMB storage. It does not establish whether FSLogix Cloud Cache with two providers satisfies the current requirement to tolerate an intermittent remote storage interruption while users work with locally cached profile data.

The full profile container includes Office and OneDrive user-profile state. This is relevant when the task is to avoid adding a redundant separate ODFC disk when the full FSLogix Profile Container is already selected; it does not directly meet the requirement to roam Office-specific caches while a different solution already handles the main Windows user profile.

ODFC focuses on Office data rather than the complete Windows profile. This is relevant when the task is to confirm OneDrive and Outlook state follow a user while other local machine settings remain controlled by another roaming system; it does not directly meet the requirement to roam Office-specific caches while a different solution already handles the main Windows user profile.

Dual-roam solutions require exclusions to prevent data duplication. This is relevant when the task is to stop a second profile system from racing to synchronize files already captured by the ODFC disk; it does not directly meet the requirement to roam Office-specific caches while a different solution already handles the main Windows user profile.

Regional image version readiness affects deployment reliability. This is relevant when the task is to prevent host rollout in a remote region before gallery replication finishes; it does not directly meet the requirement to test a new desktop image with a small pilot host pool before production-wide rollout.

Build pipelines require scoped permissions for output artifacts. This is relevant when the task is to let the build service write its finished image to a private gallery without broad Owner permissions; it does not directly meet the requirement to test a new desktop image with a small pilot host pool before production-wide rollout.

Version retention enables controlled rollback. This is relevant when the task is to recover from a new image's application regression by deploying replacement hosts from the last approved version; it does not directly meet the requirement to test a new desktop image with a small pilot host pool before production-wide rollout.

The VM domain-join extension automates Windows directory membership. This is relevant when the task is to automate a Windows VM's supported domain join as part of its infrastructure deployment; it does not directly meet the requirement to register newly provisioned session hosts to the intended AVD host pool using a time-scoped registration token.

Expired tokens cannot be used to enroll new hosts. This is relevant when the task is to restore failed fleet enrollment after a registration token expired during provisioning; it does not directly meet the requirement to register newly provisioned session hosts to the intended AVD host pool using a time-scoped registration token.

Microsoft Entra join enables a cloud identity host model. This is relevant when the task is to deploy approved modern cloud identity session hosts without a traditional domain join; it does not directly meet the requirement to register newly provisioned session hosts to the intended AVD host pool using a time-scoped registration token.

That evidence concerns Scaling plan hostpool assignment, used to make an approved scaling plan actually govern a specified target pooled hostpool rather than remain unassigned. It does not establish whether Off-peak autoscale phase satisfies the current requirement to deallocate unused session hosts late at night while preserving service access under the approved schedule.

That evidence concerns Autoscale session-aware deallocation test, used to ensure scaling doesn't shut down a host with active users contrary to the approved schedule settings. It does not establish whether Off-peak autoscale phase satisfies the current requirement to deallocate unused session hosts late at night while preserving service access under the approved schedule.

That evidence concerns Autoscale phase timezone verification, used to prevent pooled capacity being started an hour late after a schedule's wrong timezone was selected. It does not establish whether Off-peak autoscale phase satisfies the current requirement to deallocate unused session hosts late at night while preserving service access under the approved schedule.

That evidence concerns Azure Compute Gallery image definition, used to describe the operating-system type, state and distribution metadata shared by related image versions. It does not establish whether Image retirement after replacement validation satisfies the current requirement to stop new hosts from launching an obsolete desktop image while preserving required historical recovery evidence.

That evidence concerns Regional image replication, used to make an approved desktop image deployable in a separate Azure region before a recovery exercise. It does not establish whether Image retirement after replacement validation satisfies the current requirement to stop new hosts from launching an obsolete desktop image while preserving required historical recovery evidence.

That evidence concerns Manual customized image from reference VM, used to capture an organization-approved guest OS and installed baseline applications after hardening. It does not establish whether Image retirement after replacement validation satisfies the current requirement to stop new hosts from launching an obsolete desktop image while preserving required historical recovery evidence.

That evidence concerns Trusted Launch virtual TPM, used to give supported Windows session host VMs a virtual trusted platform module for measured boot and key protection. It does not establish whether Azure confidential VM protection satisfies the current requirement to choose a supported protected-compute VM architecture for a workload requiring hardware-backed guest-memory confidentiality.

That evidence concerns Privileged Identity Management activation for admin roles, used to require time-limited just-in-time elevation before an operator changes AVD hostpool settings. It does not establish whether Azure confidential VM protection satisfies the current requirement to choose a supported protected-compute VM architecture for a workload requiring hardware-backed guest-memory confidentiality.

That evidence concerns Customer-managed disk encryption key, used to meet a policy demanding organizational control over encryption key lifecycle for sensitive desktop disks. It does not establish whether Azure confidential VM protection satisfies the current requirement to choose a supported protected-compute VM architecture for a workload requiring hardware-backed guest-memory confidentiality.

Compute Gallery distributes image versions to chosen regions. This is relevant when the task is to make an approved desktop image deployable in a separate Azure region before a recovery exercise; it does not directly meet the requirement to prepare a Windows reference VM for generalized re-use without duplicating its machine-specific identity.

Marketplace images provide maintained starting points for supported session hosts. This is relevant when the task is to provision a supported pooled desktop without creating a custom image before the first deployment; it does not directly meet the requirement to prepare a Windows reference VM for generalized re-use without duplicating its machine-specific identity.

Scoped RBAC controls private gallery image consumption. This is relevant when the task is to let approved host-deployment automation read a private gallery image without making the gallery publicly accessible; it does not directly meet the requirement to prepare a Windows reference VM for generalized re-use without duplicating its machine-specific identity.

Workload profiling identifies distinct resource footprints. This is relevant when the task is to estimate whether a browser-heavy cohort can share hosts with CPU-heavy analytics users; it does not directly meet the requirement to cap concurrent user placements at the session count sustained by a tested shared VM.

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 cap concurrent user placements at the session count sustained by a tested shared VM.

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 cap concurrent user placements at the session count sustained by a tested shared VM.

Blob object storage fits log retention rather than ordinary FSLogix SMB attachment. This is relevant when the task is to retain exported diagnostic log objects rather than attempting to mount an SMB VHDX profile directly; it does not directly meet the requirement to tolerate an intermittent remote storage interruption while users work with locally cached profile data.

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 tolerate an intermittent remote storage interruption while users work with locally cached profile data.

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 tolerate an intermittent remote storage interruption while users work with locally cached profile data.