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The host needs matching redirection components for supported Teams configurations. This is relevant when the task is to ensure compatible Teams/media redirection features have required host-side runtime components; it does not directly meet the requirement to apply a device configuration policy to supported Azure Virtual Desktop multi-session hosts.

Linked GPOs enforce Windows guest configuration on domain-joined machines. This is relevant when the task is to deploy approved remote desktop experience settings to all session hosts in one organizational unit; it does not directly meet the requirement to apply a device configuration policy to supported Azure Virtual Desktop multi-session hosts.

Windows browser enterprise policy can be applied across hosts. This is relevant when the task is to enforce approved enterprise browser extension and home page settings in a pooled desktop; it does not directly meet the requirement to apply a device configuration policy to supported Azure Virtual Desktop multi-session hosts.

Conditional Access applies MFA at AVD service authentication. This is relevant when the task is to require strong second-factor authentication at AVD service login for eligible employees; it does not directly meet the requirement to prevent conflicting legacy MFA behavior after moving AVD sign-ins under dedicated Conditional Access policies.

Mismatched session controls cause repeat authentication loops. This is relevant when the task is to stop repeated MFA prompts when an AVD resource feed and its session-host SSO app use inconsistent session policies; it does not directly meet the requirement to prevent conflicting legacy MFA behavior after moving AVD sign-ins under dedicated Conditional Access policies.

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 prevent conflicting legacy MFA behavior after moving AVD sign-ins under dedicated Conditional Access policies.

AD DS join binds a Windows host to the directory domain. This is relevant when the task is to join a new Windows VM to an existing corporate AD domain for hybrid authenticated desktop access; it does not directly meet the requirement to automate a Windows VM's supported domain join as part of its infrastructure deployment.

Hybrid join combines AD DS membership with Entra device registration. This is relevant when the task is to connect existing AD DS domain-joined VMs to Entra device identity as part of a hybrid session strategy; it does not directly meet the requirement to automate a Windows VM's supported domain join as part of its infrastructure deployment.

Azure compute power state alone does not prove AVD session readiness. This is relevant when the task is to distinguish a running but unregistered guest from a complete usable AVD session host; it does not directly meet the requirement to automate a Windows VM's supported domain join as part of its infrastructure deployment.

That evidence concerns FSLogix Profiles Enabled registry value, used to activate FSLogix profile container functionality on an approved pooled session-host image. It does not establish whether FSLogix Profile Container VHDX format satisfies the current requirement to retain a portable Windows user profile on a share to follow a user among pooled VMs.

That evidence concerns FSLogix VolumeType setting, used to select the supported VHDX disk type for new profile containers instead of a legacy VHD format. It does not establish whether FSLogix Profile Container VHDX format satisfies the current requirement to retain a portable Windows user profile on a share to follow a user among pooled VMs.

That evidence concerns User sign-out profile-detach verification, used to verify a completed sign-out flushes and releases the user's roaming VHDX for another pooled host. It does not establish whether FSLogix Profile Container VHDX format satisfies the current requirement to retain a portable Windows user profile on a share to follow a user among pooled VMs.

That evidence concerns Workspace URL subscription in client, used to connect a supported endpoint to the correct published workspace feed rather than a different tenant. It does not establish whether Windows App for managed Windows endpoints satisfies the current requirement to give corporate Windows staff the current supported desktop client for subscribed AVD resources.

That evidence concerns Windows App on macOS, used to enable supported Apple laptop users to reach a Windows desktop without replacing their devices. It does not establish whether Windows App for managed Windows endpoints satisfies the current requirement to give corporate Windows staff the current supported desktop client for subscribed AVD resources.

That evidence concerns Client connection diagnostics export, used to collect evidence for a specific failed AVD client connection before modifying the hostpool. It does not establish whether Windows App for managed Windows endpoints satisfies the current requirement to give corporate Windows staff the current supported desktop client for subscribed AVD resources.

Administrative logoff ends an actual Windows user session. This is relevant when the task is to release a stuck session and its resources after notifying the affected user; it does not directly meet the requirement to retire a VM's AVD registration after it has been drained and its users moved.

AVD health checks report registration and service prerequisites. This is relevant when the task is to distinguish failed agent health from a generic Windows guest boot problem; it does not directly meet the requirement to retire a VM's AVD registration after it has been drained and its users moved.

Registration associates a session host with one host pool. This is relevant when the task is to identify a VM that was accidentally enrolled into a test host pool rather than the production one; it does not directly meet the requirement to retire a VM's AVD registration after it has been drained and its users moved.

That evidence concerns RDP session reconnect policy test, used to check whether a temporary Wi-Fi interruption preserves the user's active applications after reconnection. It does not establish whether Disconnected-session timeout policy satisfies the current requirement to release resources from remote sessions left disconnected longer than the approved idle period.

That evidence concerns Start VM on Connect feature, used to permit an entitled user to start a stopped eligible session host through their normal AVD connection request. It does not establish whether Disconnected-session timeout policy satisfies the current requirement to release resources from remote sessions left disconnected longer than the approved idle period.

That evidence concerns Session host maintenance drain and user notification, used to clear active sessions responsibly before rebooting a pooled host without surprising users. It does not establish whether Disconnected-session timeout policy satisfies the current requirement to release resources from remote sessions left disconnected longer than the approved idle period.

That evidence concerns AVD Insights workbook customization, used to create an operator view limited to a specific department's host pool and session-host performance. It does not establish whether Azure Monitor Agent for VM guest performance satisfies the current requirement to collect CPU, memory and other guest performance counters not available from hostpool diagnostics alone.

That evidence concerns Session-host memory pressure investigation, used to distinguish a login slowdown caused by guest paging from one caused by the profile SMB share. It does not establish whether Azure Monitor Agent for VM guest performance satisfies the current requirement to collect CPU, memory and other guest performance counters not available from hostpool diagnostics alone.

That evidence concerns AVD Insights connection performance view, used to compare network RTT and session reliability across desktop host pools and regions. It does not establish whether Azure Monitor Agent for VM guest performance satisfies the current requirement to collect CPU, memory and other guest performance counters not available from hostpool diagnostics alone.

That evidence concerns Rebuild pooled session hosts from approved image, used to recover a failed pooled VM without attempting to salvage unsupported guest OS modifications. It does not establish whether Verify DR storage identity and ACLs satisfies the current requirement to prevent successful VM failover from ending in temporary profiles because SMB security was not reproduced.

That evidence concerns Record independent backup restore proof, used to avoid equating successful scheduled backup jobs with an actually usable recovery state. It does not establish whether Verify DR storage identity and ACLs satisfies the current requirement to prevent successful VM failover from ending in temporary profiles because SMB security was not reproduced.

That evidence concerns Validate backup-region app entitlement, used to ensure the disaster recovery desktop's app group is assigned to the intended users before an actual outage. It does not establish whether Verify DR storage identity and ACLs satisfies the current requirement to prevent successful VM failover from ending in temporary profiles because SMB security was not reproduced.

Logon-blocking registration prioritizes app readiness over login latency. This is relevant when the task is to ensure a critical assigned app completes full package registration before the user's desktop sign-in finishes; it does not directly meet the requirement to keep a GPU-intensive application visible only on the pool whose session hosts have appropriate graphics resources.

Package trust is required for signed app attachment. This is relevant when the task is to correct a packaged application that fails to stage because its code-signing certificate chain isn't trusted; it does not directly meet the requirement to keep a GPU-intensive application visible only on the pool whose session hosts have appropriate graphics resources.

App Attach entitlements can vary by user and group. This is relevant when the task is to deliver a licensed application only to an approved Entra security group in the same pooled desktop fleet; it does not directly meet the requirement to keep a GPU-intensive application visible only on the pool whose session hosts have appropriate graphics resources.

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 App Control for Business allow policy satisfies the current requirement to restrict execution on session hosts to approved applications and trusted publishers.

That evidence concerns Security baseline deployment with Intune, used to apply required Windows endpoint hardening settings consistently to supported AVD multi-session VMs. It does not establish whether App Control for Business allow policy satisfies the current requirement to restrict execution on session hosts to approved applications and trusted publishers.

That evidence concerns Windows audit policy for privileged sign-ins, used to record administrator authentication attempts on session-host Windows rather than relying only on AVD service sign-in logs. It does not establish whether App Control for Business allow policy satisfies the current requirement to restrict execution on session hosts to approved applications and trusted publishers.