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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 deploy a straightforward pooled host pool with initial settings through the graphical Azure management interface.

Bicep dependencies express resource creation ordering. This is relevant when the task is to ensure an app group is deployed only after the host pool it references exists; it does not directly meet the requirement to deploy a straightforward pooled host pool with initial settings through the graphical Azure management interface.

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 deploy a straightforward pooled host pool with initial settings through the graphical Azure management interface.

Session time-limit policies manage abandoned sessions. This is relevant when the task is to release resources from remote sessions left disconnected longer than the approved idle period; it does not directly meet the requirement to direct an employee to a particular personal VM instead of allocating an arbitrary pooled desktop.

Maintenance combines communication and controlled session placement. This is relevant when the task is to clear active sessions responsibly before rebooting a pooled host without surprising users; it does not directly meet the requirement to direct an employee to a particular personal VM instead of allocating an arbitrary pooled desktop.

Reconnections preserve session affinity independent of initial balancing. This is relevant when the task is to return a user to their disconnected session even though breadth-first placement would choose another less-used VM; it does not directly meet the requirement to direct an employee to a particular personal VM instead of allocating an arbitrary pooled desktop.

That evidence concerns Desktop application group creation, used to publish the full session-host desktop rather than a single specified program to entitled staff. It does not establish whether Separated desktop and app entitlement groups satisfies the current requirement to provide different access levels to groups sharing one hostpool but not sharing the same set of published programs.

That evidence concerns App group association to workspace, used to make an app group visible through the correct Azure Virtual Desktop workspace feed. It does not establish whether Separated desktop and app entitlement groups satisfies the current requirement to provide different access levels to groups sharing one hostpool but not sharing the same set of published programs.

That evidence concerns App-group role assignment least privilege, used to allow helpdesk staff to manage permitted user app-group assignments without full session-host VM administrator permissions. It does not establish whether Separated desktop and app entitlement groups satisfies the current requirement to provide different access levels to groups sharing one hostpool but not sharing the same set of published programs.

Endpoint enrollment must be compatible with cloned VM provisioning. This is relevant when the task is to ensure hosts created from a new golden image enroll into the correct security tenant at first launch; it does not directly meet the requirement to forward guest OS audit events to the organization's security monitoring platform.

Endpoint isolation contains a detected compromised host. This is relevant when the task is to temporarily restrict a confirmed compromised desktop VM's network traffic under an approved response procedure; it does not directly meet the requirement to forward guest OS audit events to the organization's security monitoring platform.

Defender for Cloud evaluates security posture of enrolled Azure servers. This is relevant when the task is to identify session-host VMs missing the organization's recommended security controls; it does not directly meet the requirement to forward guest OS audit events to the organization's security monitoring platform.

Action groups deliver configured alert notifications. This is relevant when the task is to route a severe AVD connection failure alert to an on-call notification channel; it does not directly meet the requirement to diagnose a blank workbook caused by missing agent data rather than nonexistent user sessions.

Profile logon timing is an AVD user-experience metric. This is relevant when the task is to compare roaming profile sign-in duration across different host images after an agent update; it does not directly meet the requirement to diagnose a blank workbook caused by missing agent data rather than nonexistent user sessions.

Workbooks support filtered and customized visualizations. This is relevant when the task is to create an operator view limited to a specific department's host pool and session-host performance; it does not directly meet the requirement to diagnose a blank workbook caused by missing agent data rather than nonexistent user sessions.

Cloud Cache uses local caching across configured providers to improve resilience. This is relevant when the task is to tolerate an intermittent remote storage interruption while users work with locally cached profile data; it does not directly meet the requirement to roam Outlook and selected Office app data when another product already roams the base Windows profile.

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 roam Outlook and selected Office app data when another product already roams the base Windows profile.

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 roam Outlook and selected Office app data when another product already roams the base Windows profile.

Multi-session compatibility must be tested for applications that assume exclusive machine use. This is relevant when the task is to determine whether a line-of-business app behaves correctly with two independent users on one Windows host; it does not directly meet the requirement to authorize an entitled employee to access an AVD Windows client session with an eligible subscription.

RemoteApp can publish an individual Windows program. This is relevant when the task is to verify a single legacy application can be delivered without exposing a full remote desktop; it does not directly meet the requirement to authorize an entitled employee to access an AVD Windows client session with an eligible subscription.

Windows Enterprise multi-session supports pooled Azure Virtual Desktop. This is relevant when the task is to consolidate several interactive users on one supported Windows client VM in an AVD pooled deployment; it does not directly meet the requirement to authorize an entitled employee to access an AVD Windows client session with an eligible subscription.

Multi-provider Cloud Cache improves profile resilience. This is relevant when the task is to demonstrate that an alternate profile provider can support continuation after a planned primary storage fault; it does not directly meet the requirement to verify changes made during temporary network isolation eventually reach approved remote storage providers.

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 verify changes made during temporary network isolation eventually reach approved remote storage providers.

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 verify changes made during temporary network isolation eventually reach approved remote storage providers.

That evidence concerns Host pool registration mismatch diagnosis, used to identify a VM that was accidentally enrolled into a test host pool rather than the production one. It does not establish whether Session host remove-from-pool operation satisfies the current requirement to retire a VM's AVD registration after it has been drained and its users moved.

That evidence concerns Session host allow-new-connections switch, used to keep a problematic VM registered but stop it from receiving fresh user connections while engineers investigate. It does not establish whether Session host remove-from-pool operation satisfies the current requirement to retire a VM's AVD registration after it has been drained and its users moved.

That evidence concerns Controlled pooled session draining, used to reduce impact of a rolling maintenance operation by removing one host at a time from new session placement. It does not establish whether Session host remove-from-pool operation satisfies the current requirement to retire a VM's AVD registration after it has been drained and its users moved.

That evidence concerns Hybrid public discovery with private session transport, used to leave initial discovery public but keep feed and session connections private to meet a scoped requirement. It does not establish whether Private endpoint network policy inspection satisfies the current requirement to diagnose blocked private endpoint flows due to network or security policy restrictions.

That evidence concerns Private-link per-workspace feed coverage, used to ensure a new workspace's feeds remain private after workspace expansion. It does not establish whether Private endpoint network policy inspection satisfies the current requirement to diagnose blocked private endpoint flows due to network or security policy restrictions.

That evidence concerns Public network access restriction on hostpool, used to prevent disallowed public connections after private session access has been validated. It does not establish whether Private endpoint network policy inspection satisfies the current requirement to diagnose blocked private endpoint flows due to network or security policy restrictions.

Documented recovery dependency sequencing reduces failover errors. This is relevant when the task is to bring back identity, profile storage, session hosts and AVD application delivery in a tested order; it does not directly meet the requirement to safely return staff to primary-region desktops after services recover without losing recent profile changes.

Image artifact distribution is a DR prerequisite. This is relevant when the task is to ensure approved session host image artifacts are available in the disaster recovery region before a primary region failure; it does not directly meet the requirement to safely return staff to primary-region desktops after services recover without losing recent profile changes.

Regional failover requires a usable secondary desktop platform. This is relevant when the task is to provide an alternative region with preprovisioned session capacity for a regional desktop outage; it does not directly meet the requirement to safely return staff to primary-region desktops after services recover without losing recent profile changes.