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Microsoft AZ-140 Bundle

Exam Code: AZ-140

Exam Name Configuring and Operating Microsoft Azure Virtual Desktop

Certification Provider: Microsoft

Corresponding Certification: Microsoft Certified: Azure Virtual Desktop Specialty

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Configuring and Operating Microsoft Azure Virtual Desktop (AZ-140) Practice Tests

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Microsoft AZ-140 Practice Test 37

Question 360

The AVD reviewer evaluates: A change manager needs canary validation of allow rules before enforcing them on all hosts. Select TWO complementary choices: the recommended response AND the evidence that confirms it worked.

  1. Design session-host subnet network security groups, user-defined routes and Azure Firewall egress rules using approved AVD endpoint requirements and least privilege.
  2. A security flag cannot compensate for an unsupported image generation or size and might stop VM provisioning.
  3. Use supported Windows App Control for Business policies and Controlled Folder Access with tested allow rules to reduce unauthorized executable and data modification risk.
  4. Approved business apps launch and a controlled unauthorized executable or folder-write test is denied as expected.
  5. A known control failure appears in Defender for Cloud findings and the scoped remediation clears the finding.

Explanation

Correct Answers

C:

The AVD operational observation is: A change manager needs canary validation of allow rules before enforcing them on all hosts. The most targeted response is: Use supported Windows App Control for Business policies and Controlled Folder Access with tested allow rules to reduce unauthorized executable and data modification risk. This addresses the specific failure mechanism: An untested restrictive allowlist can block legitimate published RemoteApps and profile software after rollout. Verify the outcome by checking: Approved business apps launch and a controlled unauthorized executable or folder-write test is denied as expected. The chosen response directly resolves the stated requirement, rather than changing another Azure Virtual Desktop configuration area.

D:

The test concerns: A change manager needs canary validation of allow rules before enforcing them on all hosts. Decisive evidence is: Approved business apps launch and a controlled unauthorized executable or folder-write test is denied as expected. This confirms the intended correction (Use supported Windows App Control for Business policies and Controlled Folder Access with tested allow rules to reduce unauthorized executable and data modification risk.) and tests the failure risk: An untested restrictive allowlist can block legitimate published RemoteApps and profile software after rollout. Other healthy Azure resources or unrelated service telemetry would not, by themselves, establish success for this case.

Incorrect Answers

A:

This option relates to NSGs, user-defined routes and Azure Firewall controls under AZ-140 objective group 2.2. It addresses a different failure risk: A deny-all outbound policy without exceptions for required AVD control-plane endpoints can cause widespread registration failures. But the observed requirement is: A change manager needs canary validation of allow rules before enforcing them on all hosts. For the targeted topic (App Control for Business and Controlled Folder Access), the directly relevant paired response and evidence is: Approved business apps launch and a controlled unauthorized executable or folder-write test is denied as expected. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

B:

This option relates to Trusted Launch and confidential VM protections under AZ-140 objective group 2.2. It addresses a different failure risk: A security flag cannot compensate for an unsupported image generation or size and might stop VM provisioning. But the observed requirement is: A change manager needs canary validation of allow rules before enforcing them on all hosts. For the targeted topic (App Control for Business and Controlled Folder Access), the directly relevant paired response and evidence is: Approved business apps launch and a controlled unauthorized executable or folder-write test is denied as expected. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

E:

This option relates to Defender for Cloud security posture for session hosts under AZ-140 objective group 2.2. It addresses a different failure risk: Ignoring cloud security posture alerts can leave exposed management ports or unpatched configurations undetected. But the observed requirement is: A change manager needs canary validation of allow rules before enforcing them on all hosts. For the targeted topic (App Control for Business and Controlled Folder Access), the directly relevant paired response and evidence is: Approved business apps launch and a controlled unauthorized executable or folder-write test is denied as expected. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

Question 361

An AVD infrastructure administrator reports: An AVD deployment requires Secure Boot and virtual TPM to protect supported Windows hosts. Which response BEST addresses the specific AZ-140 operational requirement?

  1. Onboard supported AVD session hosts to Microsoft Defender for Endpoint with appropriate policies and verify sensor reporting and investigation coverage.
  2. Choose supported Trusted Launch secure boot and virtual TPM protections or confidential VM capability after checking image, guest OS and VM-size compatibility.
  3. Design session-host subnet network security groups, user-defined routes and Azure Firewall egress rules using approved AVD endpoint requirements and least privilege.
  4. Configure Defender Antivirus real-time protection, updates and Microsoft-documented FSLogix or AVD exclusions only when justified by specific product guidance.

Explanation

Correct Answer

B:

The AVD operational observation is: An AVD deployment requires Secure Boot and virtual TPM to protect supported Windows hosts. The most targeted response is: Choose supported Trusted Launch secure boot and virtual TPM protections or confidential VM capability after checking image, guest OS and VM-size compatibility. This addresses the specific failure mechanism: A security flag cannot compensate for an unsupported image generation or size and might stop VM provisioning. Verify the outcome by checking: A compatible test VM boots with intended attestation or virtual TPM properties and can register as an AVD host. The chosen response directly resolves the stated requirement, rather than changing another Azure Virtual Desktop configuration area.

Incorrect Answers

A:

This option relates to Defender for Endpoint device onboarding and incident response under AZ-140 objective group 2.2. It addresses a different failure risk: Golden images with incorrect onboarding or duplicate device identity artifacts may create blind spots or duplicate records. But the observed requirement is: An AVD deployment requires Secure Boot and virtual TPM to protect supported Windows hosts. For the targeted topic (Trusted Launch and confidential VM protections), the directly relevant action is: Choose supported Trusted Launch secure boot and virtual TPM protections or confidential VM capability after checking image, guest OS and VM-size compatibility. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

C:

This option relates to NSGs, user-defined routes and Azure Firewall controls under AZ-140 objective group 2.2. It addresses a different failure risk: A deny-all outbound policy without exceptions for required AVD control-plane endpoints can cause widespread registration failures. But the observed requirement is: An AVD deployment requires Secure Boot and virtual TPM to protect supported Windows hosts. For the targeted topic (Trusted Launch and confidential VM protections), the directly relevant action is: Choose supported Trusted Launch secure boot and virtual TPM protections or confidential VM capability after checking image, guest OS and VM-size compatibility. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

D:

This option relates to Microsoft Defender Antivirus protection and exclusions under AZ-140 objective group 2.2. It addresses a different failure risk: Disabling broad antivirus directories to troubleshoot one profile issue can leave user sessions unprotected. But the observed requirement is: An AVD deployment requires Secure Boot and virtual TPM to protect supported Windows hosts. For the targeted topic (Trusted Launch and confidential VM protections), the directly relevant action is: Choose supported Trusted Launch secure boot and virtual TPM protections or confidential VM capability after checking image, guest OS and VM-size compatibility. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

Question 362

The acceptance test asks: An AVD deployment requires Secure Boot and virtual TPM to protect supported Windows hosts. Which observation MOST DIRECTLY verifies the appropriate corrective approach succeeded?

  1. Approved business apps launch and a controlled unauthorized executable or folder-write test is denied as expected.
  2. A compatible test VM boots with intended attestation or virtual TPM properties and can register as an AVD host.
  3. New and replaced session hosts report as distinct healthy devices and an authorized test alert reaches the security team.
  4. A known control failure appears in Defender for Cloud findings and the scoped remediation clears the finding.

Explanation

Correct Answer

B:

The test concerns: An AVD deployment requires Secure Boot and virtual TPM to protect supported Windows hosts. Decisive evidence is: A compatible test VM boots with intended attestation or virtual TPM properties and can register as an AVD host. This confirms the intended correction (Choose supported Trusted Launch secure boot and virtual TPM protections or confidential VM capability after checking image, guest OS and VM-size compatibility.) and tests the failure risk: A security flag cannot compensate for an unsupported image generation or size and might stop VM provisioning. Other healthy Azure resources or unrelated service telemetry would not, by themselves, establish success for this case.

Incorrect Answers

A:

This option relates to App Control for Business and Controlled Folder Access under AZ-140 objective group 2.2. It addresses a different failure risk: An untested restrictive allowlist can block legitimate published RemoteApps and profile software after rollout. But the observed requirement is: An AVD deployment requires Secure Boot and virtual TPM to protect supported Windows hosts. For the targeted topic (Trusted Launch and confidential VM protections), the directly relevant verification is: A compatible test VM boots with intended attestation or virtual TPM properties and can register as an AVD host. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

C:

This option relates to Defender for Endpoint device onboarding and incident response under AZ-140 objective group 2.2. It addresses a different failure risk: Golden images with incorrect onboarding or duplicate device identity artifacts may create blind spots or duplicate records. But the observed requirement is: An AVD deployment requires Secure Boot and virtual TPM to protect supported Windows hosts. For the targeted topic (Trusted Launch and confidential VM protections), the directly relevant verification is: A compatible test VM boots with intended attestation or virtual TPM properties and can register as an AVD host. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

D:

This option relates to Defender for Cloud security posture for session hosts under AZ-140 objective group 2.2. It addresses a different failure risk: Ignoring cloud security posture alerts can leave exposed management ports or unpatched configurations undetected. But the observed requirement is: An AVD deployment requires Secure Boot and virtual TPM to protect supported Windows hosts. For the targeted topic (Trusted Launch and confidential VM protections), the directly relevant verification is: A compatible test VM boots with intended attestation or virtual TPM properties and can register as an AVD host. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

Question 363

A virtual desktop service ticket states: A custom image is incompatible with an intended Trusted Launch VM security type. Which response BEST addresses the specific AZ-140 operational requirement?

  1. Use supported Windows App Control for Business policies and Controlled Folder Access with tested allow rules to reduce unauthorized executable and data modification risk.
  2. Onboard supported AVD session hosts to Microsoft Defender for Endpoint with appropriate policies and verify sensor reporting and investigation coverage.
  3. Choose supported Trusted Launch secure boot and virtual TPM protections or confidential VM capability after checking image, guest OS and VM-size compatibility.
  4. Use Azure Bastion or approved just-in-time VM access to administer session hosts without permanently exposing management ports to the public internet.

Explanation

Correct Answer

C:

The AVD operational observation is: A custom image is incompatible with an intended Trusted Launch VM security type. The most targeted response is: Choose supported Trusted Launch secure boot and virtual TPM protections or confidential VM capability after checking image, guest OS and VM-size compatibility. This addresses the specific failure mechanism: A security flag cannot compensate for an unsupported image generation or size and might stop VM provisioning. Verify the outcome by checking: A compatible test VM boots with intended attestation or virtual TPM properties and can register as an AVD host. The chosen response directly resolves the stated requirement, rather than changing another Azure Virtual Desktop configuration area.

Incorrect Answers

A:

This option relates to App Control for Business and Controlled Folder Access under AZ-140 objective group 2.2. It addresses a different failure risk: An untested restrictive allowlist can block legitimate published RemoteApps and profile software after rollout. But the observed requirement is: A custom image is incompatible with an intended Trusted Launch VM security type. For the targeted topic (Trusted Launch and confidential VM protections), the directly relevant action is: Choose supported Trusted Launch secure boot and virtual TPM protections or confidential VM capability after checking image, guest OS and VM-size compatibility. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

B:

This option relates to Defender for Endpoint device onboarding and incident response under AZ-140 objective group 2.2. It addresses a different failure risk: Golden images with incorrect onboarding or duplicate device identity artifacts may create blind spots or duplicate records. But the observed requirement is: A custom image is incompatible with an intended Trusted Launch VM security type. For the targeted topic (Trusted Launch and confidential VM protections), the directly relevant action is: Choose supported Trusted Launch secure boot and virtual TPM protections or confidential VM capability after checking image, guest OS and VM-size compatibility. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

D:

This option relates to Azure Bastion and just-in-time management access under AZ-140 objective group 2.2. It addresses a different failure risk: Leaving inbound RDP open permanently to all sources increases exposure of privileged session-host management. But the observed requirement is: A custom image is incompatible with an intended Trusted Launch VM security type. For the targeted topic (Trusted Launch and confidential VM protections), the directly relevant action is: Choose supported Trusted Launch secure boot and virtual TPM protections or confidential VM capability after checking image, guest OS and VM-size compatibility. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

Question 364

A post-change operational risk review considers: A custom image is incompatible with an intended Trusted Launch VM security type. Which risk MOST DIRECTLY explains the need for the proposed AVD control?

  1. A security flag cannot compensate for an unsupported image generation or size and might stop VM provisioning.
  2. Disabling broad antivirus directories to troubleshoot one profile issue can leave user sessions unprotected.
  3. Golden images with incorrect onboarding or duplicate device identity artifacts may create blind spots or duplicate records.
  4. An untested restrictive allowlist can block legitimate published RemoteApps and profile software after rollout.

Explanation

Correct Answer

A:

The condition is: A custom image is incompatible with an intended Trusted Launch VM security type. The directly related risk is: A security flag cannot compensate for an unsupported image generation or size and might stop VM provisioning. The corrective control is: Choose supported Trusted Launch secure boot and virtual TPM protections or confidential VM capability after checking image, guest OS and VM-size compatibility. Its test of effectiveness is: A compatible test VM boots with intended attestation or virtual TPM properties and can register as an AVD host. This issue is specific to the observed AVD behavior, not to a separate administration concern.

Incorrect Answers

B:

This option relates to Microsoft Defender Antivirus protection and exclusions under AZ-140 objective group 2.2. It addresses a different failure risk: Disabling broad antivirus directories to troubleshoot one profile issue can leave user sessions unprotected. But the observed requirement is: A custom image is incompatible with an intended Trusted Launch VM security type. For the targeted topic (Trusted Launch and confidential VM protections), the directly relevant risk is: A security flag cannot compensate for an unsupported image generation or size and might stop VM provisioning. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

C:

This option relates to Defender for Endpoint device onboarding and incident response under AZ-140 objective group 2.2. It addresses a different failure risk: Golden images with incorrect onboarding or duplicate device identity artifacts may create blind spots or duplicate records. But the observed requirement is: A custom image is incompatible with an intended Trusted Launch VM security type. For the targeted topic (Trusted Launch and confidential VM protections), the directly relevant risk is: A security flag cannot compensate for an unsupported image generation or size and might stop VM provisioning. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

D:

This option relates to App Control for Business and Controlled Folder Access under AZ-140 objective group 2.2. It addresses a different failure risk: An untested restrictive allowlist can block legitimate published RemoteApps and profile software after rollout. But the observed requirement is: A custom image is incompatible with an intended Trusted Launch VM security type. For the targeted topic (Trusted Launch and confidential VM protections), the directly relevant risk is: A security flag cannot compensate for an unsupported image generation or size and might stop VM provisioning. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

Question 365

An AVD design review identifies: A highly sensitive workload considers confidential VMs but its chosen SKU does not support them. Which response BEST addresses the specific AZ-140 operational requirement?

  1. Choose supported Trusted Launch secure boot and virtual TPM protections or confidential VM capability after checking image, guest OS and VM-size compatibility.
  2. Onboard supported AVD session hosts to Microsoft Defender for Endpoint with appropriate policies and verify sensor reporting and investigation coverage.
  3. Use supported Windows App Control for Business policies and Controlled Folder Access with tested allow rules to reduce unauthorized executable and data modification risk.
  4. Enable and review Microsoft Defender for Cloud recommendations appropriate to Azure Virtual Desktop session hosts, remediation ownership and security policies.

Explanation

Correct Answer

A:

The AVD operational observation is: A highly sensitive workload considers confidential VMs but its chosen SKU does not support them. The most targeted response is: Choose supported Trusted Launch secure boot and virtual TPM protections or confidential VM capability after checking image, guest OS and VM-size compatibility. This addresses the specific failure mechanism: A security flag cannot compensate for an unsupported image generation or size and might stop VM provisioning. Verify the outcome by checking: A compatible test VM boots with intended attestation or virtual TPM properties and can register as an AVD host. The chosen response directly resolves the stated requirement, rather than changing another Azure Virtual Desktop configuration area.

Incorrect Answers

B:

This option relates to Defender for Endpoint device onboarding and incident response under AZ-140 objective group 2.2. It addresses a different failure risk: Golden images with incorrect onboarding or duplicate device identity artifacts may create blind spots or duplicate records. But the observed requirement is: A highly sensitive workload considers confidential VMs but its chosen SKU does not support them. For the targeted topic (Trusted Launch and confidential VM protections), the directly relevant action is: Choose supported Trusted Launch secure boot and virtual TPM protections or confidential VM capability after checking image, guest OS and VM-size compatibility. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

C:

This option relates to App Control for Business and Controlled Folder Access under AZ-140 objective group 2.2. It addresses a different failure risk: An untested restrictive allowlist can block legitimate published RemoteApps and profile software after rollout. But the observed requirement is: A highly sensitive workload considers confidential VMs but its chosen SKU does not support them. For the targeted topic (Trusted Launch and confidential VM protections), the directly relevant action is: Choose supported Trusted Launch secure boot and virtual TPM protections or confidential VM capability after checking image, guest OS and VM-size compatibility. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

D:

This option relates to Defender for Cloud security posture for session hosts under AZ-140 objective group 2.2. It addresses a different failure risk: Ignoring cloud security posture alerts can leave exposed management ports or unpatched configurations undetected. But the observed requirement is: A highly sensitive workload considers confidential VMs but its chosen SKU does not support them. For the targeted topic (Trusted Launch and confidential VM protections), the directly relevant action is: Choose supported Trusted Launch secure boot and virtual TPM protections or confidential VM capability after checking image, guest OS and VM-size compatibility. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

Question 366

A desktop service validation exercise records: A highly sensitive workload considers confidential VMs but its chosen SKU does not support them. Which observation MOST DIRECTLY verifies the appropriate corrective approach succeeded?

  1. New and replaced session hosts report as distinct healthy devices and an authorized test alert reaches the security team.
  2. EICAR-style safe test detection and profile attach testing both pass with approved targeted exclusions.
  3. A compatible test VM boots with intended attestation or virtual TPM properties and can register as an AVD host.
  4. A known control failure appears in Defender for Cloud findings and the scoped remediation clears the finding.

Explanation

Correct Answer

C:

The test concerns: A highly sensitive workload considers confidential VMs but its chosen SKU does not support them. Decisive evidence is: A compatible test VM boots with intended attestation or virtual TPM properties and can register as an AVD host. This confirms the intended correction (Choose supported Trusted Launch secure boot and virtual TPM protections or confidential VM capability after checking image, guest OS and VM-size compatibility.) and tests the failure risk: A security flag cannot compensate for an unsupported image generation or size and might stop VM provisioning. Other healthy Azure resources or unrelated service telemetry would not, by themselves, establish success for this case.

Incorrect Answers

A:

This option relates to Defender for Endpoint device onboarding and incident response under AZ-140 objective group 2.2. It addresses a different failure risk: Golden images with incorrect onboarding or duplicate device identity artifacts may create blind spots or duplicate records. But the observed requirement is: A highly sensitive workload considers confidential VMs but its chosen SKU does not support them. For the targeted topic (Trusted Launch and confidential VM protections), the directly relevant verification is: A compatible test VM boots with intended attestation or virtual TPM properties and can register as an AVD host. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

B:

This option relates to Microsoft Defender Antivirus protection and exclusions under AZ-140 objective group 2.2. It addresses a different failure risk: Disabling broad antivirus directories to troubleshoot one profile issue can leave user sessions unprotected. But the observed requirement is: A highly sensitive workload considers confidential VMs but its chosen SKU does not support them. For the targeted topic (Trusted Launch and confidential VM protections), the directly relevant verification is: A compatible test VM boots with intended attestation or virtual TPM properties and can register as an AVD host. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

D:

This option relates to Defender for Cloud security posture for session hosts under AZ-140 objective group 2.2. It addresses a different failure risk: Ignoring cloud security posture alerts can leave exposed management ports or unpatched configurations undetected. But the observed requirement is: A highly sensitive workload considers confidential VMs but its chosen SKU does not support them. For the targeted topic (Trusted Launch and confidential VM protections), the directly relevant verification is: A compatible test VM boots with intended attestation or virtual TPM properties and can register as an AVD host. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

Question 367

An Azure session host operator observes: An operator needs proof that Trusted Launch was enabled on newly provisioned session hosts. Which response BEST addresses the specific AZ-140 operational requirement?

  1. Onboard supported AVD session hosts to Microsoft Defender for Endpoint with appropriate policies and verify sensor reporting and investigation coverage.
  2. Enable and review Microsoft Defender for Cloud recommendations appropriate to Azure Virtual Desktop session hosts, remediation ownership and security policies.
  3. Design session-host subnet network security groups, user-defined routes and Azure Firewall egress rules using approved AVD endpoint requirements and least privilege.
  4. Choose supported Trusted Launch secure boot and virtual TPM protections or confidential VM capability after checking image, guest OS and VM-size compatibility.

Explanation

Correct Answer

D:

The AVD operational observation is: An operator needs proof that Trusted Launch was enabled on newly provisioned session hosts. The most targeted response is: Choose supported Trusted Launch secure boot and virtual TPM protections or confidential VM capability after checking image, guest OS and VM-size compatibility. This addresses the specific failure mechanism: A security flag cannot compensate for an unsupported image generation or size and might stop VM provisioning. Verify the outcome by checking: A compatible test VM boots with intended attestation or virtual TPM properties and can register as an AVD host. The chosen response directly resolves the stated requirement, rather than changing another Azure Virtual Desktop configuration area.

Incorrect Answers

A:

This option relates to Defender for Endpoint device onboarding and incident response under AZ-140 objective group 2.2. It addresses a different failure risk: Golden images with incorrect onboarding or duplicate device identity artifacts may create blind spots or duplicate records. But the observed requirement is: An operator needs proof that Trusted Launch was enabled on newly provisioned session hosts. For the targeted topic (Trusted Launch and confidential VM protections), the directly relevant action is: Choose supported Trusted Launch secure boot and virtual TPM protections or confidential VM capability after checking image, guest OS and VM-size compatibility. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

B:

This option relates to Defender for Cloud security posture for session hosts under AZ-140 objective group 2.2. It addresses a different failure risk: Ignoring cloud security posture alerts can leave exposed management ports or unpatched configurations undetected. But the observed requirement is: An operator needs proof that Trusted Launch was enabled on newly provisioned session hosts. For the targeted topic (Trusted Launch and confidential VM protections), the directly relevant action is: Choose supported Trusted Launch secure boot and virtual TPM protections or confidential VM capability after checking image, guest OS and VM-size compatibility. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

C:

This option relates to NSGs, user-defined routes and Azure Firewall controls under AZ-140 objective group 2.2. It addresses a different failure risk: A deny-all outbound policy without exceptions for required AVD control-plane endpoints can cause widespread registration failures. But the observed requirement is: An operator needs proof that Trusted Launch was enabled on newly provisioned session hosts. For the targeted topic (Trusted Launch and confidential VM protections), the directly relevant action is: Choose supported Trusted Launch secure boot and virtual TPM protections or confidential VM capability after checking image, guest OS and VM-size compatibility. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

Question 368

The AVD reviewer evaluates: An operator needs proof that Trusted Launch was enabled on newly provisioned session hosts. Select TWO complementary choices: the recommended response AND the evidence that confirms it worked.

  1. Onboard supported AVD session hosts to Microsoft Defender for Endpoint with appropriate policies and verify sensor reporting and investigation coverage.
  2. A compatible test VM boots with intended attestation or virtual TPM properties and can register as an AVD host.
  3. Leaving inbound RDP open permanently to all sources increases exposure of privileged session-host management.
  4. Choose supported Trusted Launch secure boot and virtual TPM protections or confidential VM capability after checking image, guest OS and VM-size compatibility.
  5. Host registration and user connections pass through the scoped allowed paths and unrelated prohibited traffic remains blocked.

Explanation

Correct Answers

B:

The test concerns: An operator needs proof that Trusted Launch was enabled on newly provisioned session hosts. Decisive evidence is: A compatible test VM boots with intended attestation or virtual TPM properties and can register as an AVD host. This confirms the intended correction (Choose supported Trusted Launch secure boot and virtual TPM protections or confidential VM capability after checking image, guest OS and VM-size compatibility.) and tests the failure risk: A security flag cannot compensate for an unsupported image generation or size and might stop VM provisioning. Other healthy Azure resources or unrelated service telemetry would not, by themselves, establish success for this case.

D:

The AVD operational observation is: An operator needs proof that Trusted Launch was enabled on newly provisioned session hosts. The most targeted response is: Choose supported Trusted Launch secure boot and virtual TPM protections or confidential VM capability after checking image, guest OS and VM-size compatibility. This addresses the specific failure mechanism: A security flag cannot compensate for an unsupported image generation or size and might stop VM provisioning. Verify the outcome by checking: A compatible test VM boots with intended attestation or virtual TPM properties and can register as an AVD host. The chosen response directly resolves the stated requirement, rather than changing another Azure Virtual Desktop configuration area.

Incorrect Answers

A:

This option relates to Defender for Endpoint device onboarding and incident response under AZ-140 objective group 2.2. It addresses a different failure risk: Golden images with incorrect onboarding or duplicate device identity artifacts may create blind spots or duplicate records. But the observed requirement is: An operator needs proof that Trusted Launch was enabled on newly provisioned session hosts. For the targeted topic (Trusted Launch and confidential VM protections), the directly relevant paired response and evidence is: A compatible test VM boots with intended attestation or virtual TPM properties and can register as an AVD host. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

C:

This option relates to Azure Bastion and just-in-time management access under AZ-140 objective group 2.2. It addresses a different failure risk: Leaving inbound RDP open permanently to all sources increases exposure of privileged session-host management. But the observed requirement is: An operator needs proof that Trusted Launch was enabled on newly provisioned session hosts. For the targeted topic (Trusted Launch and confidential VM protections), the directly relevant paired response and evidence is: A compatible test VM boots with intended attestation or virtual TPM properties and can register as an AVD host. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

E:

This option relates to NSGs, user-defined routes and Azure Firewall controls under AZ-140 objective group 2.2. It addresses a different failure risk: A deny-all outbound policy without exceptions for required AVD control-plane endpoints can cause widespread registration failures. But the observed requirement is: An operator needs proof that Trusted Launch was enabled on newly provisioned session hosts. For the targeted topic (Trusted Launch and confidential VM protections), the directly relevant paired response and evidence is: A compatible test VM boots with intended attestation or virtual TPM properties and can register as an AVD host. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

Question 369

An AVD infrastructure administrator reports: A pooled AVD user loses desktop settings whenever the broker routes the next session to another host. Which response BEST addresses the specific AZ-140 operational requirement?

  1. Use supported FSLogix application masking rule sets to control visible applications for specific user groups on shared session hosts.
  2. Apply consistent FSLogix configuration, exclusions, profile folder ACLs and cleanup policies across all pooled hosts to maintain privacy and stable logons.
  3. Inspect FSLogix logs, SMB permissions, locked VHDX files and container health to diagnose failed or temporary profiles without deleting user data.
  4. Enable supported FSLogix Profile Containers and configure the intended VHDLocations SMB path so pooled users receive roaming Windows profiles.

Explanation

Correct Answer

D:

The AVD operational observation is: A pooled AVD user loses desktop settings whenever the broker routes the next session to another host. The most targeted response is: Enable supported FSLogix Profile Containers and configure the intended VHDLocations SMB path so pooled users receive roaming Windows profiles. This addresses the specific failure mechanism: Using only a local Windows profile on nonpersistent pooled session hosts can discard settings when users connect to a different host. Verify the outcome by checking: A user signs in to two different pooled hosts in sequence and retains settings through the same approved VHDX. The chosen response directly resolves the stated requirement, rather than changing another Azure Virtual Desktop configuration area.

Incorrect Answers

A:

This option relates to FSLogix application masking rules under AZ-140 objective group 3.1. It addresses a different failure risk: Installing all apps into one image without controlled visibility can expose software to users who are not entitled to use it. But the observed requirement is: A pooled AVD user loses desktop settings whenever the broker routes the next session to another host. For the targeted topic (FSLogix Profile Container enablement and locations), the directly relevant action is: Enable supported FSLogix Profile Containers and configure the intended VHDLocations SMB path so pooled users receive roaming Windows profiles. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

B:

This option relates to FSLogix profile security and policy consistency under AZ-140 objective group 3.1. It addresses a different failure risk: Different registry settings on hosts within one pool can cause inconsistent profile paths or allow inappropriate user access. But the observed requirement is: A pooled AVD user loses desktop settings whenever the broker routes the next session to another host. For the targeted topic (FSLogix Profile Container enablement and locations), the directly relevant action is: Enable supported FSLogix Profile Containers and configure the intended VHDLocations SMB path so pooled users receive roaming Windows profiles. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

C:

This option relates to FSLogix container locking and profile attach diagnostics under AZ-140 objective group 3.1. It addresses a different failure risk: Simultaneous access conflicts or incorrect share permissions can prevent mounting the intended profile and create a temporary session. But the observed requirement is: A pooled AVD user loses desktop settings whenever the broker routes the next session to another host. For the targeted topic (FSLogix Profile Container enablement and locations), the directly relevant action is: Enable supported FSLogix Profile Containers and configure the intended VHDLocations SMB path so pooled users receive roaming Windows profiles. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

Question 370

The acceptance test asks: A pooled AVD user loses desktop settings whenever the broker routes the next session to another host. Which observation MOST DIRECTLY verifies the appropriate corrective approach succeeded?

  1. A test user in the allowed group sees the app and an excluded group does not while other applications work.
  2. A user signs in to two different pooled hosts in sequence and retains settings through the same approved VHDX.
  3. A test Microsoft 365 user retains intended Outlook cache settings with one documented and supported FSLogix configuration.
  4. A controlled loss of one configured cache provider preserves permitted user sign-in and later reconciliation succeeds.

Explanation

Correct Answer

B:

The test concerns: A pooled AVD user loses desktop settings whenever the broker routes the next session to another host. Decisive evidence is: A user signs in to two different pooled hosts in sequence and retains settings through the same approved VHDX. This confirms the intended correction (Enable supported FSLogix Profile Containers and configure the intended VHDLocations SMB path so pooled users receive roaming Windows profiles.) and tests the failure risk: Using only a local Windows profile on nonpersistent pooled session hosts can discard settings when users connect to a different host. Other healthy Azure resources or unrelated service telemetry would not, by themselves, establish success for this case.

Incorrect Answers

A:

This option relates to FSLogix application masking rules under AZ-140 objective group 3.1. It addresses a different failure risk: Installing all apps into one image without controlled visibility can expose software to users who are not entitled to use it. But the observed requirement is: A pooled AVD user loses desktop settings whenever the broker routes the next session to another host. For the targeted topic (FSLogix Profile Container enablement and locations), the directly relevant verification is: A user signs in to two different pooled hosts in sequence and retains settings through the same approved VHDX. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

C:

This option relates to FSLogix Office Data File Containers and Microsoft 365 under AZ-140 objective group 3.1. It addresses a different failure risk: Conflicting or redundant Office cache container policies can create wasted storage or inconsistent Outlook behavior across hosts. But the observed requirement is: A pooled AVD user loses desktop settings whenever the broker routes the next session to another host. For the targeted topic (FSLogix Profile Container enablement and locations), the directly relevant verification is: A user signs in to two different pooled hosts in sequence and retains settings through the same approved VHDX. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.

D:

This option relates to FSLogix Cloud Cache multi-provider resilience under AZ-140 objective group 3.1. It addresses a different failure risk: Cloud Cache adds moving parts and cannot guarantee consistent profiles when all configured providers are inaccessible or unhealthy. But the observed requirement is: A pooled AVD user loses desktop settings whenever the broker routes the next session to another host. For the targeted topic (FSLogix Profile Container enablement and locations), the directly relevant verification is: A user signs in to two different pooled hosts in sequence and retains settings through the same approved VHDX. That other measure may be useful in a separate environment, but does not by itself establish the specific requested outcome. An independent qualified Azure Virtual Desktop expert must adjudicate any plausible overlapping alternatives before release.