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Files On-Demand reduces unnecessary local synchronization. This is relevant when the task is to reduce local VHDX capacity pressure by hydrating files only when a user opens cloud-backed content; it does not directly meet the requirement to block personal consumer OneDrive accounts on regulated pooled desktops while allowing organizational accounts.

Known Folder Move moves selected profile folders into OneDrive. This is relevant when the task is to redirect approved Desktop/Documents/Pictures content to each user's OneDrive cloud storage; it does not directly meet the requirement to block personal consumer OneDrive accounts on regulated pooled desktops while allowing organizational accounts.

Per-machine setup is a common multi-user deployment model. This is relevant when the task is to ensure OneDrive is available to each user of a pooled Windows session host without relying on per-user manual installs; it does not directly meet the requirement to block personal consumer OneDrive accounts on regulated pooled desktops while allowing organizational accounts.

Peak phase controls planned host availability. This is relevant when the task is to sustain sufficient available VM capacity during expected working-hour utilization peaks; it does not directly meet the requirement to prevent pooled capacity being started an hour late after a schedule's wrong timezone was selected.

Depth-first aids consolidation under autoscale. This is relevant when the task is to pack active user sessions onto fewer pooled hosts when scaling down under a cost optimization objective; it does not directly meet the requirement to prevent pooled capacity being started an hour late after a schedule's wrong timezone was selected.

Session-aware controls protect users during deallocation. This is relevant when the task is to ensure scaling doesn't shut down a host with active users contrary to the approved schedule settings; it does not directly meet the requirement to prevent pooled capacity being started an hour late after a schedule's wrong timezone was selected.

App Attach mounts supported packaged application images. This is relevant when the task is to create a supported disk-image form of an existing signed MSIX package for App Attach use; it does not directly meet the requirement to make a package image reachable to every session host in the allowed pool through shared file storage.

Package version replacement is independent from host image lifecycle. This is relevant when the task is to release a new version of one app without rebuilding golden images across the pool; it does not directly meet the requirement to make a package image reachable to every session host in the allowed pool through shared file storage.

App Attach delivery observes supported regional requirements. This is relevant when the task is to ensure a package can be assigned to session hosts in the supported Azure region required by that package and pool; it does not directly meet the requirement to make a package image reachable to every session host in the allowed pool through shared file storage.

Azure Backup can protect supported Azure Files shares. This is relevant when the task is to protect a supported Azure Files profile share using a managed backup policy and restore points; it does not directly meet the requirement to store thousands of pooled-user FSLogix VHDX profile containers on shared SMB storage.

Profile Container redirects the Windows profile into a portable disk file. This is relevant when the task is to roam the whole Windows user profile instead of rebuilding a local profile each login; it does not directly meet the requirement to store thousands of pooled-user FSLogix VHDX profile containers on shared SMB storage.

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 store thousands of pooled-user FSLogix VHDX profile containers on shared SMB storage.

Hybrid join preserves both device identities. This is relevant when the task is to retain local AD DS join while registering devices in Microsoft Entra for hybrid policies; it does not directly meet the requirement to use a managed AD-compatible domain for a supported legacy LDAP/Kerberos application requirement.

Registered and joined device states are distinct. This is relevant when the task is to identify a host registered in Entra but not actually joined as required by the deployment design; it does not directly meet the requirement to use a managed AD-compatible domain for a supported legacy LDAP/Kerberos application requirement.

Domain connectivity is required for traditional AD-backed sign-in. This is relevant when the task is to prevent Windows login failures when domain-joined session hosts cannot reach a required private controller; it does not directly meet the requirement to use a managed AD-compatible domain for a supported legacy LDAP/Kerberos application requirement.

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 Hybrid public discovery with private session transport satisfies the current requirement to leave initial discovery public but keep feed and session connections private to meet a scoped requirement.

That evidence concerns Private-link per-hostpool connection coverage, used to avoid missing session traffic when a second host pool is added to a private AVD environment. It does not establish whether Hybrid public discovery with private session transport satisfies the current requirement to leave initial discovery public but keep feed and session connections private to meet a scoped requirement.

That evidence concerns Private-only AVD end-to-end connectivity test, used to demonstrate that feed discovery, feed subscription and session launch remain functional without an approved public path. It does not establish whether Hybrid public discovery with private session transport satisfies the current requirement to leave initial discovery public but keep feed and session connections private to meet a scoped requirement.

STUN enables discovery of a usable direct transport across NAT. This is relevant when the task is to use direct public-network UDP where NAT traversal succeeds; it does not directly meet the requirement to prioritize direct UDP transport across routed corporate connectivity to a session host.

Azure Virtual Desktop Insights can expose connection reliability data for supported sessions. This is relevant when the task is to investigate whether redundant paths are improving continuity for a mobile user; it does not directly meet the requirement to prioritize direct UDP transport across routed corporate connectivity to a session host.

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 prioritize direct UDP transport across routed corporate connectivity to a session host.

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 reduce the risk that one Azure datacenter-zone failure removes all hosts from a critical pool.

Geographic placement affects interactive desktop latency. This is relevant when the task is to lower network delay for a large remote workforce by hosting desktops closer to their expected access region; it does not directly meet the requirement to reduce the risk that one Azure datacenter-zone failure removes all hosts from a critical pool.

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 reduce the risk that one Azure datacenter-zone failure removes all hosts from a critical pool.

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 reduce session-host CPU use by decoding supported browser video on the local client instead of on the remote VM.

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 reduce session-host CPU use by decoding supported browser video on the local client instead of on the remote VM.

Teams VDI optimization uses coordinated client and host support. This is relevant when the task is to offload supported Microsoft Teams audio and video processing to a compatible endpoint rather than render everything on a shared host; it does not directly meet the requirement to reduce session-host CPU use by decoding supported browser video on the local client instead of on the remote VM.

Session-aware controls protect users during deallocation. This is relevant when the task is to ensure scaling doesn't shut down a host with active users contrary to the approved schedule settings; it does not directly meet the requirement to sustain sufficient available VM capacity during expected working-hour utilization peaks.

Scaling plans automate pooled host capacity scheduling. This is relevant when the task is to control VM availability throughout ramp-up, peak and off-peak phases according to a defined weekly schedule; it does not directly meet the requirement to sustain sufficient available VM capacity during expected working-hour utilization peaks.

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 sustain sufficient available VM capacity during expected working-hour utilization peaks.

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 Local Administrators group restrictions satisfies the current requirement to prevent ordinary pooled desktop users from escalating to local admin privileges on shared hosts.

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 Local Administrators group restrictions satisfies the current requirement to prevent ordinary pooled desktop users from escalating to local admin privileges on shared hosts.

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 Local Administrators group restrictions satisfies the current requirement to prevent ordinary pooled desktop users from escalating to local admin privileges on shared hosts.