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Reverse-connect TCP provides compatibility when UDP cannot be established. This is relevant when the task is to retain remote access in a network where all permitted UDP transports are blocked; it does not directly meet the requirement to use direct public-network UDP where NAT traversal succeeds.

Reverse connect creates its secure initial path over TCP 443. This is relevant when the task is to establish the initial broker-mediated desktop connection without allowing inbound RDP ports to the VM; it does not directly meet the requirement to use direct public-network UDP where NAT traversal succeeds.

Multipath maintains redundant eligible transport paths. This is relevant when the task is to reduce session interruption when one supported network route drops during a session; it does not directly meet the requirement to use direct public-network UDP where NAT traversal succeeds.

That evidence concerns Encrypted backup recovery test, used to ensure restored profile data remains accessible when an approved storage encryption key is rotated. It does not establish whether File-level restore from Azure Files backup satisfies the current requirement to recover a user's accidentally deleted folder without reverting all staff profile disks to a prior state.

That evidence concerns Storage share snapshot before change, used to preserve the exact pre-update share content for a short rollback window before modifying profile settings. It does not establish whether File-level restore from Azure Files backup satisfies the current requirement to recover a user's accidentally deleted folder without reverting all staff profile disks to a prior state.

That evidence concerns Backup recovery access RBAC review, used to prevent ordinary desktop users from deleting recovery points while allowing delegated restoration to approved operators. It does not establish whether File-level restore from Azure Files backup satisfies the current requirement to recover a user's accidentally deleted folder without reverting all staff profile disks to a prior state.

Windows App is a supported Azure Virtual Desktop client. This is relevant when the task is to give corporate Windows staff the current supported desktop client for subscribed AVD resources; it does not directly meet the requirement to display newly assigned AVD application groups without re-creating the user's Windows profile.

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 display newly assigned AVD application groups without re-creating the user's Windows profile.

Web client supports browser-based remote sessions. This is relevant when the task is to give occasional users an approved browser-based session when installing a native client is impractical; it does not directly meet the requirement to display newly assigned AVD application groups without re-creating the user's Windows profile.

Profile continuity depends on storage authorization. This is relevant when the task is to prevent successful VM failover from ending in temporary profiles because SMB security was not reproduced; it does not directly meet the requirement to capture the restored desktop region, profile recovery timestamp, user validation and outstanding issues after an outage.

Pooled hosts can be recreated from an approved image. This is relevant when the task is to recover a failed pooled VM without attempting to salvage unsupported guest OS modifications; it does not directly meet the requirement to capture the restored desktop region, profile recovery timestamp, user validation and outstanding issues after an outage.

Personal desktop recovery needs persistent VM/disk restore. This is relevant when the task is to recover an assigned user's persistent VM after destructive disk corruption; it does not directly meet the requirement to capture the restored desktop region, profile recovery timestamp, user validation and outstanding issues after an outage.

That evidence concerns Golden-image application regression test, used to ensure a new OS update has not broken a critical remote line-of-business app before broad deployment. It does not establish whether Guest driver compatibility test satisfies the current requirement to validate image updates against GPU, printer and peripheral drivers required by user workloads.

That evidence concerns Image recovery gallery version retention, used to retain the last known good image version in protected storage for rollback if the newest build fails. It does not establish whether Guest driver compatibility test satisfies the current requirement to validate image updates against GPU, printer and peripheral drivers required by user workloads.

That evidence concerns Azure Monitor patch-failure alert, used to notify the fleet team after a scheduled maintenance ring fails to install a required security update. It does not establish whether Guest driver compatibility test satisfies the current requirement to validate image updates against GPU, printer and peripheral drivers required by user workloads.

That evidence concerns File-level restore from Azure Files backup, used to recover a user's accidentally deleted folder without reverting all staff profile disks to a prior state. It does not establish whether Azure Backup protection of Azure Files share satisfies the current requirement to create scheduled recovery points for an eligible file share storing FSLogix profiles.

That evidence concerns Cloud Cache versus backup distinction, used to explain why two synchronized live FSLogix providers cannot replace a versioned historical backup after accidental data deletion. It does not establish whether Azure Backup protection of Azure Files share satisfies the current requirement to create scheduled recovery points for an eligible file share storing FSLogix profiles.

That evidence concerns Personal desktop VM backup policy, used to protect a persistent user's VM OS and data disks according to the desktop RPO/RTO plan. It does not establish whether Azure Backup protection of Azure Files share satisfies the current requirement to create scheduled recovery points for an eligible file share storing FSLogix profiles.

A DR closeout must document measured recovery outcomes. This is relevant when the task is to capture the restored desktop region, profile recovery timestamp, user validation and outstanding issues after an outage; it does not directly meet the requirement to avoid equating successful scheduled backup jobs with an actually usable recovery state.

Personal desktop recovery needs persistent VM/disk restore. This is relevant when the task is to recover an assigned user's persistent VM after destructive disk corruption; it does not directly meet the requirement to avoid equating successful scheduled backup jobs with an actually usable recovery state.

Pooled hosts can be recreated from an approved image. This is relevant when the task is to recover a failed pooled VM without attempting to salvage unsupported guest OS modifications; it does not directly meet the requirement to avoid equating successful scheduled backup jobs with an actually usable recovery state.

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 Autoscale phase timezone verification satisfies the current requirement to prevent pooled capacity being started an hour late after a schedule's wrong timezone was selected.

That evidence concerns Ramp-up minimum active hosts setting, used to ensure enough session host capacity is started before the morning sign-in surge. It does not establish whether Autoscale phase timezone verification satisfies the current requirement to prevent pooled capacity being started an hour late after a schedule's wrong timezone was selected.

That evidence concerns Scaling plan identity permissions, used to fix a schedule that cannot start or stop session hosts because the service identity lacks required VM permissions. It does not establish whether Autoscale phase timezone verification satisfies the current requirement to prevent pooled capacity being started an hour late after a schedule's wrong timezone was selected.

Off-peak schedule reduces idle compute spending. This is relevant when the task is to deallocate unused session hosts late at night while preserving service access under the approved schedule; it does not directly meet the requirement to reduce active capacity after users have been disconnected for the configured safe interval.

Autoscale phase times depend on schedule time zone. This is relevant when the task is to prevent pooled capacity being started an hour late after a schedule's wrong timezone was selected; it does not directly meet the requirement to reduce active capacity after users have been disconnected for the configured safe interval.

Autoscale requires permission to operate assigned VMs. This is relevant when the task is to fix a schedule that cannot start or stop session hosts because the service identity lacks required VM permissions; it does not directly meet the requirement to reduce active capacity after users have been disconnected for the configured safe interval.

That evidence concerns Microsoft Defender Antivirus signature updates, used to keep the malware detection engine on the approved current signature baseline across a pooled VM fleet. It does not establish whether Microsoft Defender for Endpoint onboarding satisfies the current requirement to enroll newly deployed session hosts into endpoint detection and response monitoring.

That evidence concerns Defender for Endpoint alert investigation, used to triage an endpoint incident affecting one pooled host without assuming all users' desktops are infected. It does not establish whether Microsoft Defender for Endpoint onboarding satisfies the current requirement to enroll newly deployed session hosts into endpoint detection and response monitoring.

That evidence concerns Defender for Cloud vulnerability recommendation, used to locate session hosts with critically exposed software packages before a patching wave. It does not establish whether Microsoft Defender for Endpoint onboarding satisfies the current requirement to enroll newly deployed session hosts into endpoint detection and response monitoring.

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 fix a published app that loads but cannot locate its relative resource files when started from a different default directory.

Management deployment can target host device groups. This is relevant when the task is to deploy an updated app package to selected session-host maintenance rings using enterprise endpoint policy; it does not directly meet the requirement to fix a published app that loads but cannot locate its relative resource files when started from a different default directory.

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 fix a published app that loads but cannot locate its relative resource files when started from a different default directory.