Pass Your Microsoft AZ-140 Exam Easy!

Resource access settings control whether public session paths remain usable. This is relevant when the task is to prevent disallowed public connections after private session access has been validated; it does not directly meet the requirement to diagnose blocked private endpoint flows due to network or security policy restrictions.

A partial Private Link pattern can use public discovery and private remaining phases. This is relevant when the task is to leave initial discovery public but keep feed and session connections private to meet a scoped requirement; it does not directly meet the requirement to diagnose blocked private endpoint flows due to network or security policy restrictions.

The connection subresource scopes private access to that host pool. This is relevant when the task is to keep remote session connection traffic to one host pool on private endpoint routes; it does not directly meet the requirement to diagnose blocked private endpoint flows due to network or security policy restrictions.

Maintenance capacity needs explicit headroom rather than average load alone. This is relevant when the task is to retain enough live pooled host capacity while a maintenance ring is drained; it does not directly meet the requirement to ensure a scheduled regional rollout can access the planned VM size when supply is constrained.

Azure resource locks can protect critical deployment artifacts. This is relevant when the task is to block accidental removal or mutation of a production image repository during a maintenance freeze; it does not directly meet the requirement to ensure a scheduled regional rollout can access the planned VM size when supply is constrained.

Scoped RBAC lowers the risk of image supply-chain changes. This is relevant when the task is to allow only approved engineers to create new gallery image versions without broad subscription Owner privileges; it does not directly meet the requirement to ensure a scheduled regional rollout can access the planned VM size when supply is constrained.

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 expose an existing tested desktop application from a Windows session host without rebuilding the infrastructure.

RemoteApp can start configured executables with arguments. This is relevant when the task is to publish an application with an approved startup document or argument without writing a duplicate binary; it does not directly meet the requirement to expose an existing tested desktop application from a Windows session host without rebuilding the infrastructure.

Image-based rebuilds preserve shared app consistency. This is relevant when the task is to recover a broken shared app installation by replacing the host with a tested image rather than modifying dozens of VMs ad hoc; it does not directly meet the requirement to expose an existing tested desktop application from a Windows session host without rebuilding the infrastructure.

That evidence concerns Application repair via controlled host rebuild, used to recover a broken shared app installation by replacing the host with a tested image rather than modifying dozens of VMs ad hoc. It does not establish whether RemoteApp session window test satisfies the current requirement to distinguish a RemoteApp launch failure from a full desktop rendering issue for the same user.

That evidence concerns App-V style application isolation planning, used to evaluate whether a supported virtualized application package can be delivered without installing its binaries into the base Windows image. It does not establish whether RemoteApp session window test satisfies the current requirement to distinguish a RemoteApp launch failure from a full desktop rendering issue for the same user.

That evidence concerns Installed Win32 application RemoteApp publish, used to expose an existing tested desktop application from a Windows session host without rebuilding the infrastructure. It does not establish whether RemoteApp session window test satisfies the current requirement to distinguish a RemoteApp launch failure from a full desktop rendering issue for the same user.

Update Manager coordinates patch schedules. This is relevant when the task is to install approved Windows security updates in a controlled maintenance window; it does not directly meet the requirement to preserve enough pooled session capacity during a rolling OS patch sequence.

Image-based updates avoid per-host configuration drift. This is relevant when the task is to keep nonpersistent desktop fleet consistent by deploying replacement hosts from a patched approved image; it does not directly meet the requirement to preserve enough pooled session capacity during a rolling OS patch sequence.

Staged rollout limits patching blast radius. This is relevant when the task is to test an OS security patch on a small representative AVD host subset before production fleet rollout; it does not directly meet the requirement to preserve enough pooled session capacity during a rolling OS patch sequence.

That evidence concerns Network security group outbound service rule, used to correct an NSG rule that blocks approved session-host communication with identity or AVD services. It does not establish whether Azure Firewall network rule for session-host egress satisfies the current requirement to permit necessary broker and service endpoints while keeping a default-deny egress posture.

That evidence concerns Domain-controller routing verification, used to restore a routed path from AVD session hosts to private AD DS domain controllers. It does not establish whether Azure Firewall network rule for session-host egress satisfies the current requirement to permit necessary broker and service endpoints while keeping a default-deny egress posture.

That evidence concerns Subnet region alignment for session-host VMs, used to ensure a new AVD session host VM joins a virtual network in the VM's Azure region. It does not establish whether Azure Firewall network rule for session-host egress satisfies the current requirement to permit necessary broker and service endpoints while keeping a default-deny egress posture.

SMB encryption protects profile traffic during transfer. This is relevant when the task is to require encrypted file share data in flight between session host and Azure Files; it does not directly meet the requirement to meet a policy requiring an organization-controlled key lifecycle for encrypted profile data.

Private endpoints expose the storage service on private IP addresses. This is relevant when the task is to keep user-profile SMB traffic on a private endpoint rather than public storage service routing; it does not directly meet the requirement to meet a policy requiring an organization-controlled key lifecycle for encrypted profile data.

Storage services encrypt persisted data at rest. This is relevant when the task is to ensure filesystem data on a managed storage service is encrypted while avoiding customer key management; it does not directly meet the requirement to meet a policy requiring an organization-controlled key lifecycle for encrypted profile data.

Deprecation separates new deployment eligibility from retention history. This is relevant when the task is to stop new hosts from launching an obsolete desktop image while preserving required historical recovery evidence; it does not directly meet the requirement to capture an organization-approved guest OS and installed baseline applications after hardening.

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 capture an organization-approved guest OS and installed baseline applications after hardening.

Generalized and specialized image artifacts have different provisioning semantics. This is relevant when the task is to preserve machine-specific image characteristics when the chosen supported deployment scenario requires a specialized image; it does not directly meet the requirement to capture an organization-approved guest OS and installed baseline applications after hardening.

That evidence concerns Align sign-in frequency between AVD and Cloud Login apps, used to stop repeated MFA prompts when an AVD resource feed and its session-host SSO app use inconsistent session policies. It does not establish whether Disable legacy per-user MFA with Entra SSO satisfies the current requirement to prevent conflicting legacy MFA behavior after moving AVD sign-ins under dedicated Conditional Access policies.

That evidence concerns User group-scoped Conditional Access assignment, used to apply a new authentication rule only to a pilot group of AVD workers. It does not establish whether Disable legacy per-user MFA with Entra SSO satisfies the current requirement to prevent conflicting legacy MFA behavior after moving AVD sign-ins under dedicated Conditional Access policies.

That evidence concerns Sign-in frequency Conditional Access control, used to require a new authentication after an approved session-age interval on a new connection. It does not establish whether Disable legacy per-user MFA with Entra SSO satisfies the current requirement to prevent conflicting legacy MFA behavior after moving AVD sign-ins under dedicated Conditional Access policies.

That evidence concerns Install line-of-business application in reference VM, used to make a required legacy app available to all hosts launched from the standard image. It does not establish whether Remove temporary build credentials from image satisfies the current requirement to prevent secrets and temporary build tokens from being copied onto every future session host.

That evidence concerns Separate App Attach packages from OS image, used to deliver frequently changing applications without rebuilding the entire session-host image for each release. It does not establish whether Remove temporary build credentials from image satisfies the current requirement to prevent secrets and temporary build tokens from being copied onto every future session host.

That evidence concerns Microsoft Teams optimization readiness image test, used to confirm a new pooled image includes supported components for client-side Teams media optimization. It does not establish whether Remove temporary build credentials from image satisfies the current requirement to prevent secrets and temporary build tokens from being copied onto every future session host.

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 Guest OS security-patch rollout satisfies the current requirement to install an approved cumulative update to a maintenance ring before the whole desktop fleet.

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 Guest OS security-patch rollout satisfies the current requirement to install an approved cumulative update to a maintenance ring before the whole desktop fleet.

That evidence concerns Session host replace-from-image procedure, used to recover a damaged pooled VM by building a clean instance from the approved immutable image. It does not establish whether Guest OS security-patch rollout satisfies the current requirement to install an approved cumulative update to a maintenance ring before the whole desktop fleet.