Practice Exams:

View All

Microsoft MD-102 Application Packaging Intune Deployment Quiet Time And Troubleshooting Practice Test

Skills 4.1 • 30 original questions

This Microsoft MD-102 Endpoint Administrator practice test focuses on application packaging intune deployment quiet time and troubleshooting through original scenario-based questions aligned to the skills measured as of July 24, 2026. Use the full ExamSnap MD-102 collection for broader practice across all current skill areas. For broader exam preparation, review the Microsoft MD-102 Exam Dumps page.

Instructions: Select the best answer for each question. Review the explanation after answering; each distractor includes a reason it is not the best choice for that scenario.

Question 1

During a branch migration at Adventure Works, the desktop engineer must package an application so Intune can correctly install it and determine whether installation succeeded. Which action most directly satisfies the requirement? The affected devices are in the shared-device cohort, rollout wave 1.

Include Microsoft 365 Apps in the Autopilot provisioning plan using Intune or an Office Deployment Tool package when appropriate
Configure Office application policies through Intune or the Microsoft 365 Apps admin center according to management scope
Configure Quiet Time policy for supported Android or iOS apps when the organization needs notification suppression during specified periods
Connect and deploy apps from platform-specific stores such as Apple Apps and Books/VPP or Managed Google Play through Intune
Prepare the application for Intune deployment by selecting the correct app type, packaging format, requirements, detection logic, and dependencies

Correct answer: E

Why: Reliable Intune app deployment depends on correct packaging metadata, requirements, detection rules, dependencies, and install/uninstall commands for the selected app type. This directly addresses the requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

Option review:

A: Autopilot provisioning can install Microsoft 365 Apps so the productivity suite is ready as part of the new-device build. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

B: Office policy can be delivered through Intune or cloud policy experiences in the Microsoft 365 Apps admin center depending on the desired management model. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

C: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

D: Store integrations let Intune assign and manage licensed mobile applications using the platform vendor’s enterprise app-store services. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

E: Reliable Intune app deployment depends on correct packaging metadata, requirements, detection rules, dependencies, and install/uninstall commands for the selected app type. This directly addresses the requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

Learning point: Prepare the application for Intune deployment by selecting the correct app type, packaging format, requirements, detection logic, and dependencies

Question 2

Proseware Services is revising endpoint operations for a application modernization. Administrators need to deploy a Windows application using the correct Intune application delivery method. Which implementation should the security administrator select for the field-device cohort, rollout wave 1?

Deploy Microsoft 365 Apps from Intune with the required architecture, update channel, languages, and application selection
Deploy the application using the Intune app type that matches Win32, line-of-business, or Microsoft Store delivery
Connect and deploy apps from platform-specific stores such as Apple Apps and Books/VPP or Managed Google Play through Intune
Use the Microsoft 365 Apps admin center to manage deployment, servicing, inventory, and cloud policy capabilities for Microsoft 365 Apps
Include Microsoft 365 Apps in the Autopilot provisioning plan using Intune or an Office Deployment Tool package when appropriate

Correct answer: B

Why: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior. This directly addresses the requirement: deploy a Windows application using the correct Intune application delivery method.

Option review:

A: Intune can deploy Microsoft 365 Apps to managed Windows devices using a cloud-managed configuration that defines the Office suite and servicing choices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: deploy a Windows application using the correct Intune application delivery method.

B: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior. This directly addresses the requirement: deploy a Windows application using the correct Intune application delivery method.

C: Store integrations let Intune assign and manage licensed mobile applications using the platform vendor’s enterprise app-store services. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: deploy a Windows application using the correct Intune application delivery method.

D: The Microsoft 365 Apps admin center provides centralized tools for app servicing, inventory, health, and cloud policy beyond basic endpoint app assignment. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: deploy a Windows application using the correct Intune application delivery method.

E: Autopilot provisioning can install Microsoft 365 Apps so the productivity suite is ready as part of the new-device build. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: deploy a Windows application using the correct Intune application delivery method.

Learning point: Deploy the application using the Intune app type that matches Win32, line-of-business, or Microsoft Store delivery

Question 3

A ticket escalated to the Intune administrator at Fourth Coffee states one non-negotiable goal: reduce work-app notifications on mobile devices during configured personal or after-hours periods. Which choice is the strongest fit for the developer cohort, rollout wave 1?

Include Microsoft 365 Apps in the Autopilot provisioning plan using Intune or an Office Deployment Tool package when appropriate
Prepare the application for Intune deployment by selecting the correct app type, packaging format, requirements, detection logic, and dependencies
Deploy the application using the Intune app type that matches Win32, line-of-business, or Microsoft Store delivery
Connect and deploy apps from platform-specific stores such as Apple Apps and Books/VPP or Managed Google Play through Intune
Configure Quiet Time policy for supported Android or iOS apps when the organization needs notification suppression during specified periods

Correct answer: E

Why: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule. This directly addresses the requirement: reduce work-app notifications on mobile devices during configured personal or after-hours periods.

Option review:

A: Autopilot provisioning can install Microsoft 365 Apps so the productivity suite is ready as part of the new-device build. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce work-app notifications on mobile devices during configured personal or after-hours periods.

B: Reliable Intune app deployment depends on correct packaging metadata, requirements, detection rules, dependencies, and install/uninstall commands for the selected app type. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce work-app notifications on mobile devices during configured personal or after-hours periods.

C: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce work-app notifications on mobile devices during configured personal or after-hours periods.

D: Store integrations let Intune assign and manage licensed mobile applications using the platform vendor’s enterprise app-store services. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce work-app notifications on mobile devices during configured personal or after-hours periods.

E: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule. This directly addresses the requirement: reduce work-app notifications on mobile devices during configured personal or after-hours periods.

Learning point: Configure Quiet Time policy for supported Android or iOS apps when the organization needs notification suppression during specified periods

Question 4

For the frontline-user cohort, rollout wave 1 at Fabrikam Retail, a compliance initiative can proceed only if the team can identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it. What should the endpoint administrator configure?

Use the Microsoft 365 Apps admin center to manage deployment, servicing, inventory, and cloud policy capabilities for Microsoft 365 Apps
Configure Office application policies through Intune or the Microsoft 365 Apps admin center according to management scope
Prepare the application for Intune deployment by selecting the correct app type, packaging format, requirements, detection logic, and dependencies
Configure Quiet Time policy for supported Android or iOS apps when the organization needs notification suppression during specified periods
Use Intune app installation status, device/user assignment status, and troubleshooting logs to diagnose deployment failures

Correct answer: E

Why: App deployment reporting and client-side management logs help determine whether failures are caused by applicability, detection, install commands, dependencies, or device state. This directly addresses the requirement: identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it.

Option review:

A: The Microsoft 365 Apps admin center provides centralized tools for app servicing, inventory, health, and cloud policy beyond basic endpoint app assignment. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it.

B: Office policy can be delivered through Intune or cloud policy experiences in the Microsoft 365 Apps admin center depending on the desired management model. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it.

C: Reliable Intune app deployment depends on correct packaging metadata, requirements, detection rules, dependencies, and install/uninstall commands for the selected app type. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it.

D: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it.

E: App deployment reporting and client-side management logs help determine whether failures are caused by applicability, detection, install commands, dependencies, or device state. This directly addresses the requirement: identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it.

Learning point: Use Intune app installation status, device/user assignment status, and troubleshooting logs to diagnose deployment failures

Question 5

The endpoint architecture review at Adventure Works focuses on this requirement: package an application so Intune can correctly install it and determine whether installation succeeded. Which Microsoft management action is most appropriate for the kiosk cohort, rollout wave 2?

Deploy the application using the Intune app type that matches Win32, line-of-business, or Microsoft Store delivery
Prepare the application for Intune deployment by selecting the correct app type, packaging format, requirements, detection logic, and dependencies
Include Microsoft 365 Apps in the Autopilot provisioning plan using Intune or an Office Deployment Tool package when appropriate
Use Intune app installation status, device/user assignment status, and troubleshooting logs to diagnose deployment failures
Configure Office application policies through Intune or the Microsoft 365 Apps admin center according to management scope

Correct answer: B

Option review:

A: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

B: Reliable Intune app deployment depends on correct packaging metadata, requirements, detection rules, dependencies, and install/uninstall commands for the selected app type. This directly addresses the requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

C: Autopilot provisioning can install Microsoft 365 Apps so the productivity suite is ready as part of the new-device build. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

D: App deployment reporting and client-side management logs help determine whether failures are caused by applicability, detection, install commands, dependencies, or device state. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

E: Office policy can be delivered through Intune or cloud policy experiences in the Microsoft 365 Apps admin center depending on the desired management model. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

Learning point: Prepare the application for Intune deployment by selecting the correct app type, packaging format, requirements, detection logic, and dependencies

Question 6

A change advisory board at Proseware Services asks how to deploy a Windows application using the correct Intune application delivery method during a device refresh. Which proposed action should the service desk lead approve for the new-hire cohort, rollout wave 2?

Connect and deploy apps from platform-specific stores such as Apple Apps and Books/VPP or Managed Google Play through Intune
Deploy the application using the Intune app type that matches Win32, line-of-business, or Microsoft Store delivery
Configure Office application policies through Intune or the Microsoft 365 Apps admin center according to management scope
Configure Quiet Time policy for supported Android or iOS apps when the organization needs notification suppression during specified periods
Include Microsoft 365 Apps in the Autopilot provisioning plan using Intune or an Office Deployment Tool package when appropriate

Correct answer: B

Option review:

A: Store integrations let Intune assign and manage licensed mobile applications using the platform vendor’s enterprise app-store services. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: deploy a Windows application using the correct Intune application delivery method.

C: Office policy can be delivered through Intune or cloud policy experiences in the Microsoft 365 Apps admin center depending on the desired management model. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: deploy a Windows application using the correct Intune application delivery method.

D: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: deploy a Windows application using the correct Intune application delivery method.

Learning point: Deploy the application using the Intune app type that matches Win32, line-of-business, or Microsoft Store delivery

Question 7

Fourth Coffee has already ruled out manual per-device administration. For the contractor cohort, rollout wave 2, the remaining requirement is to reduce work-app notifications on mobile devices during configured personal or after-hours periods. Which choice best addresses it?

Include Microsoft 365 Apps in the Autopilot provisioning plan using Intune or an Office Deployment Tool package when appropriate
Deploy Microsoft 365 Apps from Intune with the required architecture, update channel, languages, and application selection
Prepare the application for Intune deployment by selecting the correct app type, packaging format, requirements, detection logic, and dependencies
Connect and deploy apps from platform-specific stores such as Apple Apps and Books/VPP or Managed Google Play through Intune
Configure Quiet Time policy for supported Android or iOS apps when the organization needs notification suppression during specified periods

Correct answer: E

Option review:

A: Autopilot provisioning can install Microsoft 365 Apps so the productivity suite is ready as part of the new-device build. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce work-app notifications on mobile devices during configured personal or after-hours periods.

B: Intune can deploy Microsoft 365 Apps to managed Windows devices using a cloud-managed configuration that defines the Office suite and servicing choices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce work-app notifications on mobile devices during configured personal or after-hours periods.

C: Reliable Intune app deployment depends on correct packaging metadata, requirements, detection rules, dependencies, and install/uninstall commands for the selected app type. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce work-app notifications on mobile devices during configured personal or after-hours periods.

D: Store integrations let Intune assign and manage licensed mobile applications using the platform vendor’s enterprise app-store services. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce work-app notifications on mobile devices during configured personal or after-hours periods.

Learning point: Configure Quiet Time policy for supported Android or iOS apps when the organization needs notification suppression during specified periods

Question 8

During post-pilot review at Fabrikam Retail, the security administrator identifies a gap: the organization still needs to identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it. Which action should be added before the lab-device cohort, rollout wave 2 moves to production?

Deploy Microsoft 365 Apps from Intune with the required architecture, update channel, languages, and application selection
Configure Office application policies through Intune or the Microsoft 365 Apps admin center according to management scope
Prepare the application for Intune deployment by selecting the correct app type, packaging format, requirements, detection logic, and dependencies
Use the Microsoft 365 Apps admin center to manage deployment, servicing, inventory, and cloud policy capabilities for Microsoft 365 Apps
Use Intune app installation status, device/user assignment status, and troubleshooting logs to diagnose deployment failures

Correct answer: E

Option review:

A: Intune can deploy Microsoft 365 Apps to managed Windows devices using a cloud-managed configuration that defines the Office suite and servicing choices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it.

B: Office policy can be delivered through Intune or cloud policy experiences in the Microsoft 365 Apps admin center depending on the desired management model. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it.

D: The Microsoft 365 Apps admin center provides centralized tools for app servicing, inventory, health, and cloud policy beyond basic endpoint app assignment. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it.

Learning point: Use Intune app installation status, device/user assignment status, and troubleshooting logs to diagnose deployment failures

Question 9

The Intune administrator at Adventure Works is comparing several cloud-management options for a operations review. Which one directly enables the team to package an application so Intune can correctly install it and determine whether installation succeeded for the pilot ring, rollout wave 3?

Configure Quiet Time policy for supported Android or iOS apps when the organization needs notification suppression during specified periods
Deploy Microsoft 365 Apps from Intune with the required architecture, update channel, languages, and application selection
Use the Microsoft 365 Apps admin center to manage deployment, servicing, inventory, and cloud policy capabilities for Microsoft 365 Apps
Prepare the application for Intune deployment by selecting the correct app type, packaging format, requirements, detection logic, and dependencies
Use Intune app installation status, device/user assignment status, and troubleshooting logs to diagnose deployment failures

Correct answer: D

Option review:

A: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

B: Intune can deploy Microsoft 365 Apps to managed Windows devices using a cloud-managed configuration that defines the Office suite and servicing choices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

C: The Microsoft 365 Apps admin center provides centralized tools for app servicing, inventory, health, and cloud policy beyond basic endpoint app assignment. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

D: Reliable Intune app deployment depends on correct packaging metadata, requirements, detection rules, dependencies, and install/uninstall commands for the selected app type. This directly addresses the requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

E: App deployment reporting and client-side management logs help determine whether failures are caused by applicability, detection, install commands, dependencies, or device state. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

Learning point: Prepare the application for Intune deployment by selecting the correct app type, packaging format, requirements, detection logic, and dependencies

Question 10

A security and operations workshop at Proseware Services defines the desired outcome as follows: deploy a Windows application using the correct Intune application delivery method. Which implementation should be chosen for the production ring, rollout wave 3?

Deploy the application using the Intune app type that matches Win32, line-of-business, or Microsoft Store delivery
Use the Microsoft 365 Apps admin center to manage deployment, servicing, inventory, and cloud policy capabilities for Microsoft 365 Apps
Use Intune app installation status, device/user assignment status, and troubleshooting logs to diagnose deployment failures
Include Microsoft 365 Apps in the Autopilot provisioning plan using Intune or an Office Deployment Tool package when appropriate
Deploy Microsoft 365 Apps from Intune with the required architecture, update channel, languages, and application selection

Correct answer: A

Option review:

A: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior. This directly addresses the requirement: deploy a Windows application using the correct Intune application delivery method.

B: The Microsoft 365 Apps admin center provides centralized tools for app servicing, inventory, health, and cloud policy beyond basic endpoint app assignment. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: deploy a Windows application using the correct Intune application delivery method.

C: App deployment reporting and client-side management logs help determine whether failures are caused by applicability, detection, install commands, dependencies, or device state. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: deploy a Windows application using the correct Intune application delivery method.

D: Autopilot provisioning can install Microsoft 365 Apps so the productivity suite is ready as part of the new-device build. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: deploy a Windows application using the correct Intune application delivery method.

E: Intune can deploy Microsoft 365 Apps to managed Windows devices using a cloud-managed configuration that defines the Office suite and servicing choices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: deploy a Windows application using the correct Intune application delivery method.

Learning point: Deploy the application using the Intune app type that matches Win32, line-of-business, or Microsoft Store delivery

Question 11

Which action best matches this technical purpose for the executive-device cohort, rollout wave 3: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule.

Use Intune app installation status, device/user assignment status, and troubleshooting logs to diagnose deployment failures
Use the Microsoft 365 Apps admin center to manage deployment, servicing, inventory, and cloud policy capabilities for Microsoft 365 Apps
Configure Office application policies through Intune or the Microsoft 365 Apps admin center according to management scope
Deploy Microsoft 365 Apps from Intune with the required architecture, update channel, languages, and application selection
Configure Quiet Time policy for supported Android or iOS apps when the organization needs notification suppression during specified periods

Correct answer: E

Why: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule. This directly addresses the requirement: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule..

Option review:

A: App deployment reporting and client-side management logs help determine whether failures are caused by applicability, detection, install commands, dependencies, or device state. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule..

B: The Microsoft 365 Apps admin center provides centralized tools for app servicing, inventory, health, and cloud policy beyond basic endpoint app assignment. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule..

C: Office policy can be delivered through Intune or cloud policy experiences in the Microsoft 365 Apps admin center depending on the desired management model. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule..

D: Intune can deploy Microsoft 365 Apps to managed Windows devices using a cloud-managed configuration that defines the Office suite and servicing choices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule..

E: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule. This directly addresses the requirement: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule..

Learning point: Configure Quiet Time policy for supported Android or iOS apps when the organization needs notification suppression during specified periods

Question 12

An administrator at Fabrikam Retail describes the needed capability this way: App deployment reporting and client-side management logs help determine whether failures are caused by applicability, detection, install commands, dependencies, or device state. Which option should be associated with that requirement for the remote-user cohort, rollout wave 3?

Connect and deploy apps from platform-specific stores such as Apple Apps and Books/VPP or Managed Google Play through Intune
Include Microsoft 365 Apps in the Autopilot provisioning plan using Intune or an Office Deployment Tool package when appropriate
Deploy the application using the Intune app type that matches Win32, line-of-business, or Microsoft Store delivery
Configure Office application policies through Intune or the Microsoft 365 Apps admin center according to management scope
Use Intune app installation status, device/user assignment status, and troubleshooting logs to diagnose deployment failures

Correct answer: E

Why: App deployment reporting and client-side management logs help determine whether failures are caused by applicability, detection, install commands, dependencies, or device state. This directly addresses the requirement: App deployment reporting and client-side management logs help determine whether failures are caused by applicability, detection, install commands, dependencies, or device state..

Option review:

A: Store integrations let Intune assign and manage licensed mobile applications using the platform vendor’s enterprise app-store services. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: App deployment reporting and client-side management logs help determine whether failures are caused by applicability, detection, install commands, dependencies, or device state..

B: Autopilot provisioning can install Microsoft 365 Apps so the productivity suite is ready as part of the new-device build. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: App deployment reporting and client-side management logs help determine whether failures are caused by applicability, detection, install commands, dependencies, or device state..

C: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: App deployment reporting and client-side management logs help determine whether failures are caused by applicability, detection, install commands, dependencies, or device state..

D: Office policy can be delivered through Intune or cloud policy experiences in the Microsoft 365 Apps admin center depending on the desired management model. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: App deployment reporting and client-side management logs help determine whether failures are caused by applicability, detection, install commands, dependencies, or device state..

E: App deployment reporting and client-side management logs help determine whether failures are caused by applicability, detection, install commands, dependencies, or device state. This directly addresses the requirement: App deployment reporting and client-side management logs help determine whether failures are caused by applicability, detection, install commands, dependencies, or device state..

Learning point: Use Intune app installation status, device/user assignment status, and troubleshooting logs to diagnose deployment failures

Question 13

During a design validation for the shared-device cohort, rollout wave 4, Adventure Works documents the following behavior: Reliable Intune app deployment depends on correct packaging metadata, requirements, detection rules, dependencies, and install/uninstall commands for the selected app type. Which endpoint-management feature or action is being described?

Prepare the application for Intune deployment by selecting the correct app type, packaging format, requirements, detection logic, and dependencies
Include Microsoft 365 Apps in the Autopilot provisioning plan using Intune or an Office Deployment Tool package when appropriate
Configure Office application policies through Intune or the Microsoft 365 Apps admin center according to management scope
Deploy the application using the Intune app type that matches Win32, line-of-business, or Microsoft Store delivery
Deploy Microsoft 365 Apps from Intune with the required architecture, update channel, languages, and application selection

Correct answer: A

Why: Reliable Intune app deployment depends on correct packaging metadata, requirements, detection rules, dependencies, and install/uninstall commands for the selected app type. This directly addresses the requirement: Reliable Intune app deployment depends on correct packaging metadata, requirements, detection rules, dependencies, and install/uninstall commands for the selected app type..

Option review:

A: Reliable Intune app deployment depends on correct packaging metadata, requirements, detection rules, dependencies, and install/uninstall commands for the selected app type. This directly addresses the requirement: Reliable Intune app deployment depends on correct packaging metadata, requirements, detection rules, dependencies, and install/uninstall commands for the selected app type..

B: Autopilot provisioning can install Microsoft 365 Apps so the productivity suite is ready as part of the new-device build. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Reliable Intune app deployment depends on correct packaging metadata, requirements, detection rules, dependencies, and install/uninstall commands for the selected app type..

C: Office policy can be delivered through Intune or cloud policy experiences in the Microsoft 365 Apps admin center depending on the desired management model. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Reliable Intune app deployment depends on correct packaging metadata, requirements, detection rules, dependencies, and install/uninstall commands for the selected app type..

D: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Reliable Intune app deployment depends on correct packaging metadata, requirements, detection rules, dependencies, and install/uninstall commands for the selected app type..

E: Intune can deploy Microsoft 365 Apps to managed Windows devices using a cloud-managed configuration that defines the Office suite and servicing choices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Reliable Intune app deployment depends on correct packaging metadata, requirements, detection rules, dependencies, and install/uninstall commands for the selected app type..

Learning point: Prepare the application for Intune deployment by selecting the correct app type, packaging format, requirements, detection logic, and dependencies

Question 14

The security administrator must identify the Microsoft endpoint-management capability that provides this function for the field-device cohort, rollout wave 4: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior. Which choice is correct?

Deploy the application using the Intune app type that matches Win32, line-of-business, or Microsoft Store delivery
Prepare the application for Intune deployment by selecting the correct app type, packaging format, requirements, detection logic, and dependencies
Use Intune app installation status, device/user assignment status, and troubleshooting logs to diagnose deployment failures
Deploy Microsoft 365 Apps from Intune with the required architecture, update channel, languages, and application selection
Configure Quiet Time policy for supported Android or iOS apps when the organization needs notification suppression during specified periods

Correct answer: A

Why: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior. This directly addresses the requirement: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior..

Option review:

A: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior. This directly addresses the requirement: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior..

B: Reliable Intune app deployment depends on correct packaging metadata, requirements, detection rules, dependencies, and install/uninstall commands for the selected app type. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior..

C: App deployment reporting and client-side management logs help determine whether failures are caused by applicability, detection, install commands, dependencies, or device state. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior..

D: Intune can deploy Microsoft 365 Apps to managed Windows devices using a cloud-managed configuration that defines the Office suite and servicing choices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior..

E: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior..

Learning point: Deploy the application using the Intune app type that matches Win32, line-of-business, or Microsoft Store delivery

Question 15

A runbook for the developer cohort, rollout wave 4 contains this description: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule. Which implementation belongs in that runbook?

Prepare the application for Intune deployment by selecting the correct app type, packaging format, requirements, detection logic, and dependencies
Include Microsoft 365 Apps in the Autopilot provisioning plan using Intune or an Office Deployment Tool package when appropriate
Configure Quiet Time policy for supported Android or iOS apps when the organization needs notification suppression during specified periods
Use Intune app installation status, device/user assignment status, and troubleshooting logs to diagnose deployment failures
Connect and deploy apps from platform-specific stores such as Apple Apps and Books/VPP or Managed Google Play through Intune

Correct answer: C

Why: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule. This directly addresses the requirement: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule..

Option review:

A: Reliable Intune app deployment depends on correct packaging metadata, requirements, detection rules, dependencies, and install/uninstall commands for the selected app type. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule..

B: Autopilot provisioning can install Microsoft 365 Apps so the productivity suite is ready as part of the new-device build. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule..

C: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule. This directly addresses the requirement: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule..

D: App deployment reporting and client-side management logs help determine whether failures are caused by applicability, detection, install commands, dependencies, or device state. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule..

E: Store integrations let Intune assign and manage licensed mobile applications using the platform vendor’s enterprise app-store services. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule..

Learning point: Configure Quiet Time policy for supported Android or iOS apps when the organization needs notification suppression during specified periods

Question 16

Fabrikam Retail is troubleshooting a application modernization. Evidence shows that the decisive requirement is to identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it. Which action should the Microsoft 365 administrator investigate first for the frontline-user cohort, rollout wave 4?

Configure Office application policies through Intune or the Microsoft 365 Apps admin center according to management scope
Connect and deploy apps from platform-specific stores such as Apple Apps and Books/VPP or Managed Google Play through Intune
Configure Quiet Time policy for supported Android or iOS apps when the organization needs notification suppression during specified periods
Deploy Microsoft 365 Apps from Intune with the required architecture, update channel, languages, and application selection
Use Intune app installation status, device/user assignment status, and troubleshooting logs to diagnose deployment failures

Correct answer: E

Option review:

A: Office policy can be delivered through Intune or cloud policy experiences in the Microsoft 365 Apps admin center depending on the desired management model. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it.

B: Store integrations let Intune assign and manage licensed mobile applications using the platform vendor’s enterprise app-store services. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it.

C: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it.

D: Intune can deploy Microsoft 365 Apps to managed Windows devices using a cloud-managed configuration that defines the Office suite and servicing choices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it.

Learning point: Use Intune app installation status, device/user assignment status, and troubleshooting logs to diagnose deployment failures

Question 17

After eliminating network and licensing causes, the endpoint administrator at Adventure Works determines that success depends on the ability to package an application so Intune can correctly install it and determine whether installation succeeded. Which endpoint-management action should be checked next for the kiosk cohort, rollout wave 5?

Configure Office application policies through Intune or the Microsoft 365 Apps admin center according to management scope
Connect and deploy apps from platform-specific stores such as Apple Apps and Books/VPP or Managed Google Play through Intune
Use the Microsoft 365 Apps admin center to manage deployment, servicing, inventory, and cloud policy capabilities for Microsoft 365 Apps
Include Microsoft 365 Apps in the Autopilot provisioning plan using Intune or an Office Deployment Tool package when appropriate
Prepare the application for Intune deployment by selecting the correct app type, packaging format, requirements, detection logic, and dependencies

Correct answer: E

Option review:

A: Office policy can be delivered through Intune or cloud policy experiences in the Microsoft 365 Apps admin center depending on the desired management model. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

B: Store integrations let Intune assign and manage licensed mobile applications using the platform vendor’s enterprise app-store services. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

D: Autopilot provisioning can install Microsoft 365 Apps so the productivity suite is ready as part of the new-device build. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

Learning point: Prepare the application for Intune deployment by selecting the correct app type, packaging format, requirements, detection logic, and dependencies

Question 18

A service-desk escalation during a BYOD program has been narrowed to one management requirement: deploy a Windows application using the correct Intune application delivery method. Which configuration is the most relevant starting point for the new-hire cohort, rollout wave 5?

Deploy Microsoft 365 Apps from Intune with the required architecture, update channel, languages, and application selection
Connect and deploy apps from platform-specific stores such as Apple Apps and Books/VPP or Managed Google Play through Intune
Configure Quiet Time policy for supported Android or iOS apps when the organization needs notification suppression during specified periods
Prepare the application for Intune deployment by selecting the correct app type, packaging format, requirements, detection logic, and dependencies
Deploy the application using the Intune app type that matches Win32, line-of-business, or Microsoft Store delivery

Correct answer: E

Option review:

B: Store integrations let Intune assign and manage licensed mobile applications using the platform vendor’s enterprise app-store services. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: deploy a Windows application using the correct Intune application delivery method.

C: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: deploy a Windows application using the correct Intune application delivery method.

D: Reliable Intune app deployment depends on correct packaging metadata, requirements, detection rules, dependencies, and install/uninstall commands for the selected app type. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: deploy a Windows application using the correct Intune application delivery method.

E: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior. This directly addresses the requirement: deploy a Windows application using the correct Intune application delivery method.

Learning point: Deploy the application using the Intune app type that matches Win32, line-of-business, or Microsoft Store delivery

Question 19

The failure pattern at Fourth Coffee affects the contractor cohort, rollout wave 5. Before making unrelated policy changes, the desktop engineer needs a solution that will reduce work-app notifications on mobile devices during configured personal or after-hours periods. Which action is most directly relevant?

Configure Office application policies through Intune or the Microsoft 365 Apps admin center according to management scope
Configure Quiet Time policy for supported Android or iOS apps when the organization needs notification suppression during specified periods
Use the Microsoft 365 Apps admin center to manage deployment, servicing, inventory, and cloud policy capabilities for Microsoft 365 Apps
Connect and deploy apps from platform-specific stores such as Apple Apps and Books/VPP or Managed Google Play through Intune
Deploy Microsoft 365 Apps from Intune with the required architecture, update channel, languages, and application selection

Correct answer: B

Option review:

A: Office policy can be delivered through Intune or cloud policy experiences in the Microsoft 365 Apps admin center depending on the desired management model. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce work-app notifications on mobile devices during configured personal or after-hours periods.

B: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule. This directly addresses the requirement: reduce work-app notifications on mobile devices during configured personal or after-hours periods.

C: The Microsoft 365 Apps admin center provides centralized tools for app servicing, inventory, health, and cloud policy beyond basic endpoint app assignment. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce work-app notifications on mobile devices during configured personal or after-hours periods.

D: Store integrations let Intune assign and manage licensed mobile applications using the platform vendor’s enterprise app-store services. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce work-app notifications on mobile devices during configured personal or after-hours periods.

E: Intune can deploy Microsoft 365 Apps to managed Windows devices using a cloud-managed configuration that defines the Office suite and servicing choices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce work-app notifications on mobile devices during configured personal or after-hours periods.

Learning point: Configure Quiet Time policy for supported Android or iOS apps when the organization needs notification suppression during specified periods

Question 20

While investigating a device refresh, Fabrikam Retail confirms the environment must identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it. Which Microsoft endpoint-management capability should be validated for the lab-device cohort, rollout wave 5?

Deploy the application using the Intune app type that matches Win32, line-of-business, or Microsoft Store delivery
Use Intune app installation status, device/user assignment status, and troubleshooting logs to diagnose deployment failures
Configure Quiet Time policy for supported Android or iOS apps when the organization needs notification suppression during specified periods
Prepare the application for Intune deployment by selecting the correct app type, packaging format, requirements, detection logic, and dependencies
Configure Office application policies through Intune or the Microsoft 365 Apps admin center according to management scope

Correct answer: B

Option review:

A: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it.

B: App deployment reporting and client-side management logs help determine whether failures are caused by applicability, detection, install commands, dependencies, or device state. This directly addresses the requirement: identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it.

C: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it.

D: Reliable Intune app deployment depends on correct packaging metadata, requirements, detection rules, dependencies, and install/uninstall commands for the selected app type. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it.

E: Office policy can be delivered through Intune or cloud policy experiences in the Microsoft 365 Apps admin center depending on the desired management model. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it.

Learning point: Use Intune app installation status, device/user assignment status, and troubleshooting logs to diagnose deployment failures

Question 21

Two teams at Adventure Works propose different approaches for the pilot ring, rollout wave 6. The selection criterion is simple: the chosen approach must package an application so Intune can correctly install it and determine whether installation succeeded. Which option should win the technical comparison?

Use the Microsoft 365 Apps admin center to manage deployment, servicing, inventory, and cloud policy capabilities for Microsoft 365 Apps
Use Intune app installation status, device/user assignment status, and troubleshooting logs to diagnose deployment failures
Configure Office application policies through Intune or the Microsoft 365 Apps admin center according to management scope
Connect and deploy apps from platform-specific stores such as Apple Apps and Books/VPP or Managed Google Play through Intune
Prepare the application for Intune deployment by selecting the correct app type, packaging format, requirements, detection logic, and dependencies

Correct answer: E

Option review:

A: The Microsoft 365 Apps admin center provides centralized tools for app servicing, inventory, health, and cloud policy beyond basic endpoint app assignment. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

B: App deployment reporting and client-side management logs help determine whether failures are caused by applicability, detection, install commands, dependencies, or device state. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

C: Office policy can be delivered through Intune or cloud policy experiences in the Microsoft 365 Apps admin center depending on the desired management model. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

Learning point: Prepare the application for Intune deployment by selecting the correct app type, packaging format, requirements, detection logic, and dependencies

Question 22

For the production ring, rollout wave 6, Proseware Services wants the least indirect solution to this goal: deploy a Windows application using the correct Intune application delivery method. Which action aligns most closely with that requirement?

Prepare the application for Intune deployment by selecting the correct app type, packaging format, requirements, detection logic, and dependencies
Connect and deploy apps from platform-specific stores such as Apple Apps and Books/VPP or Managed Google Play through Intune
Deploy the application using the Intune app type that matches Win32, line-of-business, or Microsoft Store delivery
Configure Office application policies through Intune or the Microsoft 365 Apps admin center according to management scope
Use Intune app installation status, device/user assignment status, and troubleshooting logs to diagnose deployment failures

Correct answer: C

Option review:

A: Reliable Intune app deployment depends on correct packaging metadata, requirements, detection rules, dependencies, and install/uninstall commands for the selected app type. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: deploy a Windows application using the correct Intune application delivery method.

B: Store integrations let Intune assign and manage licensed mobile applications using the platform vendor’s enterprise app-store services. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: deploy a Windows application using the correct Intune application delivery method.

C: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior. This directly addresses the requirement: deploy a Windows application using the correct Intune application delivery method.

D: Office policy can be delivered through Intune or cloud policy experiences in the Microsoft 365 Apps admin center depending on the desired management model. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: deploy a Windows application using the correct Intune application delivery method.

E: App deployment reporting and client-side management logs help determine whether failures are caused by applicability, detection, install commands, dependencies, or device state. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: deploy a Windows application using the correct Intune application delivery method.

Learning point: Deploy the application using the Intune app type that matches Win32, line-of-business, or Microsoft Store delivery

Question 23

A modernization plan at Fourth Coffee includes a operations review. The endpoint administrator is asked to choose the control that specifically helps the organization reduce work-app notifications on mobile devices during configured personal or after-hours periods. Which choice fits best for the executive-device cohort, rollout wave 6?

Configure Quiet Time policy for supported Android or iOS apps when the organization needs notification suppression during specified periods
Prepare the application for Intune deployment by selecting the correct app type, packaging format, requirements, detection logic, and dependencies
Deploy Microsoft 365 Apps from Intune with the required architecture, update channel, languages, and application selection
Connect and deploy apps from platform-specific stores such as Apple Apps and Books/VPP or Managed Google Play through Intune
Use Intune app installation status, device/user assignment status, and troubleshooting logs to diagnose deployment failures

Correct answer: A

Option review:

A: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule. This directly addresses the requirement: reduce work-app notifications on mobile devices during configured personal or after-hours periods.

C: Intune can deploy Microsoft 365 Apps to managed Windows devices using a cloud-managed configuration that defines the Office suite and servicing choices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce work-app notifications on mobile devices during configured personal or after-hours periods.

D: Store integrations let Intune assign and manage licensed mobile applications using the platform vendor’s enterprise app-store services. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce work-app notifications on mobile devices during configured personal or after-hours periods.

E: App deployment reporting and client-side management logs help determine whether failures are caused by applicability, detection, install commands, dependencies, or device state. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce work-app notifications on mobile devices during configured personal or after-hours periods.

Learning point: Configure Quiet Time policy for supported Android or iOS apps when the organization needs notification suppression during specified periods

Question 24

The remote-user cohort, rollout wave 6 is moving into a controlled rollout at Fabrikam Retail. Which action should be included when the stated management objective is to identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it?

Configure Quiet Time policy for supported Android or iOS apps when the organization needs notification suppression during specified periods
Use the Microsoft 365 Apps admin center to manage deployment, servicing, inventory, and cloud policy capabilities for Microsoft 365 Apps
Connect and deploy apps from platform-specific stores such as Apple Apps and Books/VPP or Managed Google Play through Intune
Use Intune app installation status, device/user assignment status, and troubleshooting logs to diagnose deployment failures
Deploy the application using the Intune app type that matches Win32, line-of-business, or Microsoft Store delivery

Correct answer: D

Option review:

A: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it.

B: The Microsoft 365 Apps admin center provides centralized tools for app servicing, inventory, health, and cloud policy beyond basic endpoint app assignment. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it.

C: Store integrations let Intune assign and manage licensed mobile applications using the platform vendor’s enterprise app-store services. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it.

D: App deployment reporting and client-side management logs help determine whether failures are caused by applicability, detection, install commands, dependencies, or device state. This directly addresses the requirement: identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it.

E: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it.

Learning point: Use Intune app installation status, device/user assignment status, and troubleshooting logs to diagnose deployment failures

Question 25

Adventure Works is replacing an ad hoc process during a remote-work deployment. The replacement must reliably package an application so Intune can correctly install it and determine whether installation succeeded. Which endpoint-management approach should the desktop engineer implement for the shared-device cohort, rollout wave 7?

Deploy Microsoft 365 Apps from Intune with the required architecture, update channel, languages, and application selection
Use the Microsoft 365 Apps admin center to manage deployment, servicing, inventory, and cloud policy capabilities for Microsoft 365 Apps
Connect and deploy apps from platform-specific stores such as Apple Apps and Books/VPP or Managed Google Play through Intune
Configure Office application policies through Intune or the Microsoft 365 Apps admin center according to management scope
Prepare the application for Intune deployment by selecting the correct app type, packaging format, requirements, detection logic, and dependencies

Correct answer: E

Option review:

A: Intune can deploy Microsoft 365 Apps to managed Windows devices using a cloud-managed configuration that defines the Office suite and servicing choices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

B: The Microsoft 365 Apps admin center provides centralized tools for app servicing, inventory, health, and cloud policy beyond basic endpoint app assignment. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

C: Store integrations let Intune assign and manage licensed mobile applications using the platform vendor’s enterprise app-store services. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

D: Office policy can be delivered through Intune or cloud policy experiences in the Microsoft 365 Apps admin center depending on the desired management model. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

Learning point: Prepare the application for Intune deployment by selecting the correct app type, packaging format, requirements, detection logic, and dependencies

Question 26

An audit finding for the field-device cohort, rollout wave 7 says the current process does not consistently deploy a Windows application using the correct Intune application delivery method. Which Microsoft endpoint-management action most directly closes that gap?

Deploy the application using the Intune app type that matches Win32, line-of-business, or Microsoft Store delivery
Connect and deploy apps from platform-specific stores such as Apple Apps and Books/VPP or Managed Google Play through Intune
Use the Microsoft 365 Apps admin center to manage deployment, servicing, inventory, and cloud policy capabilities for Microsoft 365 Apps
Use Intune app installation status, device/user assignment status, and troubleshooting logs to diagnose deployment failures
Deploy Microsoft 365 Apps from Intune with the required architecture, update channel, languages, and application selection

Correct answer: A

Option review:

B: Store integrations let Intune assign and manage licensed mobile applications using the platform vendor’s enterprise app-store services. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: deploy a Windows application using the correct Intune application delivery method.

C: The Microsoft 365 Apps admin center provides centralized tools for app servicing, inventory, health, and cloud policy beyond basic endpoint app assignment. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: deploy a Windows application using the correct Intune application delivery method.

D: App deployment reporting and client-side management logs help determine whether failures are caused by applicability, detection, install commands, dependencies, or device state. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: deploy a Windows application using the correct Intune application delivery method.

Learning point: Deploy the application using the Intune app type that matches Win32, line-of-business, or Microsoft Store delivery

Question 27

The Intune administrator at Fourth Coffee needs a repeatable configuration for the developer cohort, rollout wave 7. It must reduce work-app notifications on mobile devices during configured personal or after-hours periods. Which choice should be implemented instead of relying on manual endpoint work?

Deploy Microsoft 365 Apps from Intune with the required architecture, update channel, languages, and application selection
Connect and deploy apps from platform-specific stores such as Apple Apps and Books/VPP or Managed Google Play through Intune
Configure Office application policies through Intune or the Microsoft 365 Apps admin center according to management scope
Configure Quiet Time policy for supported Android or iOS apps when the organization needs notification suppression during specified periods
Use Intune app installation status, device/user assignment status, and troubleshooting logs to diagnose deployment failures

Correct answer: D

Option review:

A: Intune can deploy Microsoft 365 Apps to managed Windows devices using a cloud-managed configuration that defines the Office suite and servicing choices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce work-app notifications on mobile devices during configured personal or after-hours periods.

B: Store integrations let Intune assign and manage licensed mobile applications using the platform vendor’s enterprise app-store services. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce work-app notifications on mobile devices during configured personal or after-hours periods.

C: Office policy can be delivered through Intune or cloud policy experiences in the Microsoft 365 Apps admin center depending on the desired management model. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce work-app notifications on mobile devices during configured personal or after-hours periods.

D: Quiet Time policies can suppress work-related notifications in supported managed applications according to the configured schedule. This directly addresses the requirement: reduce work-app notifications on mobile devices during configured personal or after-hours periods.

E: App deployment reporting and client-side management logs help determine whether failures are caused by applicability, detection, install commands, dependencies, or device state. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce work-app notifications on mobile devices during configured personal or after-hours periods.

Learning point: Configure Quiet Time policy for supported Android or iOS apps when the organization needs notification suppression during specified periods

Question 28

During readiness testing at Fabrikam Retail, the frontline-user cohort, rollout wave 7 fails a business requirement because administrators cannot yet identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it. Which action should be implemented before rollout continues?

Use Intune app installation status, device/user assignment status, and troubleshooting logs to diagnose deployment failures
Deploy the application using the Intune app type that matches Win32, line-of-business, or Microsoft Store delivery
Connect and deploy apps from platform-specific stores such as Apple Apps and Books/VPP or Managed Google Play through Intune
Configure Quiet Time policy for supported Android or iOS apps when the organization needs notification suppression during specified periods
Prepare the application for Intune deployment by selecting the correct app type, packaging format, requirements, detection logic, and dependencies

Correct answer: A

Option review:

A: App deployment reporting and client-side management logs help determine whether failures are caused by applicability, detection, install commands, dependencies, or device state. This directly addresses the requirement: identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it.

B: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it.

C: Store integrations let Intune assign and manage licensed mobile applications using the platform vendor’s enterprise app-store services. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it.

E: Reliable Intune app deployment depends on correct packaging metadata, requirements, detection rules, dependencies, and install/uninstall commands for the selected app type. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify why an Intune application assignment is failing instead of immediately repackaging or reassigning it.

Learning point: Use Intune app installation status, device/user assignment status, and troubleshooting logs to diagnose deployment failures

Question 29

A governance review asks the endpoint administrator to justify the control selected for the kiosk cohort, rollout wave 8. The requirement is to package an application so Intune can correctly install it and determine whether installation succeeded. Which action has the clearest technical alignment?

Connect and deploy apps from platform-specific stores such as Apple Apps and Books/VPP or Managed Google Play through Intune
Deploy the application using the Intune app type that matches Win32, line-of-business, or Microsoft Store delivery
Prepare the application for Intune deployment by selecting the correct app type, packaging format, requirements, detection logic, and dependencies
Configure Office application policies through Intune or the Microsoft 365 Apps admin center according to management scope
Deploy Microsoft 365 Apps from Intune with the required architecture, update channel, languages, and application selection

Correct answer: C

Option review:

A: Store integrations let Intune assign and manage licensed mobile applications using the platform vendor’s enterprise app-store services. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

B: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

C: Reliable Intune app deployment depends on correct packaging metadata, requirements, detection rules, dependencies, and install/uninstall commands for the selected app type. This directly addresses the requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

D: Office policy can be delivered through Intune or cloud policy experiences in the Microsoft 365 Apps admin center depending on the desired management model. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

E: Intune can deploy Microsoft 365 Apps to managed Windows devices using a cloud-managed configuration that defines the Office suite and servicing choices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: package an application so Intune can correctly install it and determine whether installation succeeded.

Learning point: Prepare the application for Intune deployment by selecting the correct app type, packaging format, requirements, detection logic, and dependencies

Question 30

For a compliance initiative, Proseware Services needs an endpoint-management capability with this effect: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior. Which option most accurately provides that capability for the new-hire cohort, rollout wave 8?

Connect and deploy apps from platform-specific stores such as Apple Apps and Books/VPP or Managed Google Play through Intune
Deploy the application using the Intune app type that matches Win32, line-of-business, or Microsoft Store delivery
Use the Microsoft 365 Apps admin center to manage deployment, servicing, inventory, and cloud policy capabilities for Microsoft 365 Apps
Include Microsoft 365 Apps in the Autopilot provisioning plan using Intune or an Office Deployment Tool package when appropriate
Use Intune app installation status, device/user assignment status, and troubleshooting logs to diagnose deployment failures

Correct answer: B

Why: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior. This directly addresses the requirement: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior..

Option review:

A: Store integrations let Intune assign and manage licensed mobile applications using the platform vendor’s enterprise app-store services. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior..

B: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior. This directly addresses the requirement: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior..

C: The Microsoft 365 Apps admin center provides centralized tools for app servicing, inventory, health, and cloud policy beyond basic endpoint app assignment. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior..

D: Autopilot provisioning can install Microsoft 365 Apps so the productivity suite is ready as part of the new-device build. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior..

E: App deployment reporting and client-side management logs help determine whether failures are caused by applicability, detection, install commands, dependencies, or device state. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Intune supports distinct app types and deployment workflows; choosing the right type provides the appropriate install source and management behavior..

Learning point: Deploy the application using the Intune app type that matches Win32, line-of-business, or Microsoft Store delivery

Question 1

Question 2

Question 3

Question 4

Question 5

Question 6

Question 7

Question 8

Question 9

Question 10

Question 11

Question 12

Question 13

Question 14

Question 15

Question 16

Question 17

Question 18

Question 19

Question 20

Question 21

Question 22

Question 23

Question 24

Question 25

Question 26

Question 27

Question 28

Question 29

Question 30

Related posts: