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Microsoft MD-102 Windows Apple Android Updates Autopatch Hotpatch And Delivery Optimization Practice Test

Skills 3.2 • 35 original questions

This Microsoft MD-102 Endpoint Administrator practice test focuses on windows apple android updates autopatch hotpatch and delivery optimization 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 tenant consolidation at Litware Manufacturing, the security administrator must design a staged update strategy that balances validation, speed, and operational risk. Which action most directly satisfies the requirement? The affected devices are in the remote-user cohort, rollout wave 1.

Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices
Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior
Plan update deployment rings and servicing strategy before assigning update policies
Manage Android system updates with the supported configuration profile or OEM FOTA integration
Use Intune update rings, feature update policies, and quality update controls for Windows servicing

Correct answer: C

Why: Update planning should account for validation groups, broad deployment, business deadlines, reboot behavior, rollback needs, and platform support. This directly addresses the requirement: design a staged update strategy that balances validation, speed, and operational risk.

Option review:

A: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: design a staged update strategy that balances validation, speed, and operational risk.

B: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: design a staged update strategy that balances validation, speed, and operational risk.

C: Update planning should account for validation groups, broad deployment, business deadlines, reboot behavior, rollback needs, and platform support. This directly addresses the requirement: design a staged update strategy that balances validation, speed, and operational risk.

D: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: design a staged update strategy that balances validation, speed, and operational risk.

E: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: design a staged update strategy that balances validation, speed, and operational risk.

Learning point: Plan update deployment rings and servicing strategy before assigning update policies

Question 2

Woodgrove Bank is revising endpoint operations for a branch migration. Administrators need to control Windows servicing cadence, target feature versions, and quality update deployment through Intune. Which implementation should the Intune administrator select for the shared-device cohort, rollout wave 1?

Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices
Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior
Manage Android system updates with the supported configuration profile or OEM FOTA integration
Use Intune update rings, feature update policies, and quality update controls for Windows servicing
Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact

Correct answer: D

Why: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates. This directly addresses the requirement: control Windows servicing cadence, target feature versions, and quality update deployment through Intune.

Option review:

A: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Windows servicing cadence, target feature versions, and quality update deployment through Intune.

B: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Windows servicing cadence, target feature versions, and quality update deployment through Intune.

C: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Windows servicing cadence, target feature versions, and quality update deployment through Intune.

D: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates. This directly addresses the requirement: control Windows servicing cadence, target feature versions, and quality update deployment through Intune.

E: Windows Autopatch automates supported update deployment management, while Hotpatch can apply eligible security updates with fewer restarts on supported devices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Windows servicing cadence, target feature versions, and quality update deployment through Intune.

Learning point: Use Intune update rings, feature update policies, and quality update controls for Windows servicing

Question 3

A ticket escalated to the Microsoft 365 administrator at Blue Yonder Airlines states one non-negotiable goal: reduce update-management overhead and, where supported, minimize restart disruption for security updates. Which choice is the strongest fit for the field-device cohort, rollout wave 1?

Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices
Use Intune update rings, feature update policies, and quality update controls for Windows servicing
Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact
Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices
Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior

Correct answer: C

Why: Windows Autopatch automates supported update deployment management, while Hotpatch can apply eligible security updates with fewer restarts on supported devices. This directly addresses the requirement: reduce update-management overhead and, where supported, minimize restart disruption for security updates.

Option review:

A: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce update-management overhead and, where supported, minimize restart disruption for security updates.

B: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce update-management overhead and, where supported, minimize restart disruption for security updates.

C: Windows Autopatch automates supported update deployment management, while Hotpatch can apply eligible security updates with fewer restarts on supported devices. This directly addresses the requirement: reduce update-management overhead and, where supported, minimize restart disruption for security updates.

D: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce update-management overhead and, where supported, minimize restart disruption for security updates.

E: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce update-management overhead and, where supported, minimize restart disruption for security updates.

Learning point: Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact

Question 4

For the developer cohort, rollout wave 1 at Contoso Health, a operations review can proceed only if the team can manage operating-system update behavior for enrolled Apple devices through Intune. What should the endpoint administrator configure?

Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices
Use Intune update rings, feature update policies, and quality update controls for Windows servicing
Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior
Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices
Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact

Correct answer: D

Why: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. This directly addresses the requirement: manage operating-system update behavior for enrolled Apple devices through Intune.

Option review:

A: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: manage operating-system update behavior for enrolled Apple devices through Intune.

B: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: manage operating-system update behavior for enrolled Apple devices through Intune.

C: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: manage operating-system update behavior for enrolled Apple devices through Intune.

D: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. This directly addresses the requirement: manage operating-system update behavior for enrolled Apple devices through Intune.

E: Windows Autopatch automates supported update deployment management, while Hotpatch can apply eligible security updates with fewer restarts on supported devices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: manage operating-system update behavior for enrolled Apple devices through Intune.

Learning point: Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices

Question 5

The endpoint architecture review at Litware Manufacturing focuses on this requirement: control Android operating-system or firmware update timing on managed corporate devices. Which Microsoft management action is most appropriate for the frontline-user cohort, rollout wave 1?

Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact
Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior
Manage Android system updates with the supported configuration profile or OEM FOTA integration
Plan update deployment rings and servicing strategy before assigning update policies
Use Intune update rings, feature update policies, and quality update controls for Windows servicing

Correct answer: C

Why: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules. This directly addresses the requirement: control Android operating-system or firmware update timing on managed corporate devices.

Option review:

A: Windows Autopatch automates supported update deployment management, while Hotpatch can apply eligible security updates with fewer restarts on supported devices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Android operating-system or firmware update timing on managed corporate devices.

B: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Android operating-system or firmware update timing on managed corporate devices.

C: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules. This directly addresses the requirement: control Android operating-system or firmware update timing on managed corporate devices.

D: Update planning should account for validation groups, broad deployment, business deadlines, reboot behavior, rollback needs, and platform support. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Android operating-system or firmware update timing on managed corporate devices.

E: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Android operating-system or firmware update timing on managed corporate devices.

Learning point: Manage Android system updates with the supported configuration profile or OEM FOTA integration

Question 6

A change advisory board at Woodgrove Bank asks how to reduce repeated internet downloads for Windows update/content delivery across managed endpoints during a Windows 11 rollout. Which proposed action should the desktop engineer approve for the kiosk cohort, rollout wave 1?

Use Intune update rings, feature update policies, and quality update controls for Windows servicing
Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact
Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior
Manage Android system updates with the supported configuration profile or OEM FOTA integration
Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices

Correct answer: C

Why: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy. This directly addresses the requirement: reduce repeated internet downloads for Windows update/content delivery across managed endpoints.

Option review:

A: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce repeated internet downloads for Windows update/content delivery across managed endpoints.

B: Windows Autopatch automates supported update deployment management, while Hotpatch can apply eligible security updates with fewer restarts on supported devices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce repeated internet downloads for Windows update/content delivery across managed endpoints.

C: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy. This directly addresses the requirement: reduce repeated internet downloads for Windows update/content delivery across managed endpoints.

D: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce repeated internet downloads for Windows update/content delivery across managed endpoints.

E: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce repeated internet downloads for Windows update/content delivery across managed endpoints.

Learning point: Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior

Question 7

Blue Yonder Airlines has already ruled out manual per-device administration. For the new-hire cohort, rollout wave 1, the remaining requirement is to identify which managed devices are not reaching the intended update state before changing deployment policy. Which choice best addresses it?

Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices
Manage Android system updates with the supported configuration profile or OEM FOTA integration
Use Intune update rings, feature update policies, and quality update controls for Windows servicing
Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices
Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact

Correct answer: D

Why: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates. This directly addresses the requirement: identify which managed devices are not reaching the intended update state before changing deployment policy.

Option review:

A: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify which managed devices are not reaching the intended update state before changing deployment policy.

B: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify which managed devices are not reaching the intended update state before changing deployment policy.

C: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify which managed devices are not reaching the intended update state before changing deployment policy.

D: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates. This directly addresses the requirement: identify which managed devices are not reaching the intended update state before changing deployment policy.

E: Windows Autopatch automates supported update deployment management, while Hotpatch can apply eligible security updates with fewer restarts on supported devices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify which managed devices are not reaching the intended update state before changing deployment policy.

Learning point: Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices

Question 8

During post-pilot review at Contoso Health, the Intune administrator identifies a gap: the organization still needs to design a staged update strategy that balances validation, speed, and operational risk. Which action should be added before the contractor cohort, rollout wave 2 moves to production?

Plan update deployment rings and servicing strategy before assigning update policies
Manage Android system updates with the supported configuration profile or OEM FOTA integration
Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices
Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior
Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices

Correct answer: A

Option review:

A: Update planning should account for validation groups, broad deployment, business deadlines, reboot behavior, rollback needs, and platform support. This directly addresses the requirement: design a staged update strategy that balances validation, speed, and operational risk.

B: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: design a staged update strategy that balances validation, speed, and operational risk.

C: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: design a staged update strategy that balances validation, speed, and operational risk.

D: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: design a staged update strategy that balances validation, speed, and operational risk.

E: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: design a staged update strategy that balances validation, speed, and operational risk.

Learning point: Plan update deployment rings and servicing strategy before assigning update policies

Question 9

The Microsoft 365 administrator at Litware Manufacturing is comparing several cloud-management options for a tenant consolidation. Which one directly enables the team to control Windows servicing cadence, target feature versions, and quality update deployment through Intune for the lab-device cohort, rollout wave 2?

Manage Android system updates with the supported configuration profile or OEM FOTA integration
Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices
Use Intune update rings, feature update policies, and quality update controls for Windows servicing
Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices
Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact

Correct answer: C

Option review:

A: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Windows servicing cadence, target feature versions, and quality update deployment through Intune.

B: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Windows servicing cadence, target feature versions, and quality update deployment through Intune.

C: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates. This directly addresses the requirement: control Windows servicing cadence, target feature versions, and quality update deployment through Intune.

D: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Windows servicing cadence, target feature versions, and quality update deployment through Intune.

Learning point: Use Intune update rings, feature update policies, and quality update controls for Windows servicing

Question 10

A security and operations workshop at Woodgrove Bank defines the desired outcome as follows: reduce update-management overhead and, where supported, minimize restart disruption for security updates. Which implementation should be chosen for the pilot ring, rollout wave 2?

Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices
Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact
Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices
Use Intune update rings, feature update policies, and quality update controls for Windows servicing
Manage Android system updates with the supported configuration profile or OEM FOTA integration

Correct answer: B

Option review:

A: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce update-management overhead and, where supported, minimize restart disruption for security updates.

B: Windows Autopatch automates supported update deployment management, while Hotpatch can apply eligible security updates with fewer restarts on supported devices. This directly addresses the requirement: reduce update-management overhead and, where supported, minimize restart disruption for security updates.

C: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce update-management overhead and, where supported, minimize restart disruption for security updates.

D: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce update-management overhead and, where supported, minimize restart disruption for security updates.

E: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce update-management overhead and, where supported, minimize restart disruption for security updates.

Learning point: Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact

Question 11

Which action best matches this technical purpose for the production ring, rollout wave 2: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling.

Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices
Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact
Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior
Manage Android system updates with the supported configuration profile or OEM FOTA integration
Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices

Correct answer: A

Why: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. This directly addresses the requirement: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling..

Option review:

A: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. This directly addresses the requirement: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling..

B: Windows Autopatch automates supported update deployment management, while Hotpatch can apply eligible security updates with fewer restarts on supported devices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling..

C: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling..

D: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling..

E: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling..

Learning point: Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices

Question 12

An administrator at Contoso Health describes the needed capability this way: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules. Which option should be associated with that requirement for the executive-device cohort, rollout wave 2?

Manage Android system updates with the supported configuration profile or OEM FOTA integration
Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior
Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices
Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices
Use Intune update rings, feature update policies, and quality update controls for Windows servicing

Correct answer: A

Why: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules. This directly addresses the requirement: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules..

Option review:

A: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules. This directly addresses the requirement: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules..

B: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules..

C: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules..

D: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules..

E: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules..

Learning point: Manage Android system updates with the supported configuration profile or OEM FOTA integration

Question 13

During a design validation for the remote-user cohort, rollout wave 2, Litware Manufacturing documents the following behavior: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy. Which endpoint-management feature or action is being described?

Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior
Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices
Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices
Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact
Manage Android system updates with the supported configuration profile or OEM FOTA integration

Correct answer: A

Why: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy. This directly addresses the requirement: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy..

Option review:

A: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy. This directly addresses the requirement: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy..

B: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy..

C: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy..

D: Windows Autopatch automates supported update deployment management, while Hotpatch can apply eligible security updates with fewer restarts on supported devices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy..

E: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy..

Learning point: Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior

Question 14

The Intune administrator must identify the Microsoft endpoint-management capability that provides this function for the shared-device cohort, rollout wave 2: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates. Which choice is correct?

Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices
Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices
Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact
Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior
Plan update deployment rings and servicing strategy before assigning update policies

Correct answer: A

Why: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates. This directly addresses the requirement: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates..

Option review:

A: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates. This directly addresses the requirement: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates..

B: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates..

C: Windows Autopatch automates supported update deployment management, while Hotpatch can apply eligible security updates with fewer restarts on supported devices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates..

D: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates..

E: Update planning should account for validation groups, broad deployment, business deadlines, reboot behavior, rollback needs, and platform support. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates..

Learning point: Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices

Question 15

A runbook for the field-device cohort, rollout wave 3 contains this description: Update planning should account for validation groups, broad deployment, business deadlines, reboot behavior, rollback needs, and platform support. Which implementation belongs in that runbook?

Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior
Plan update deployment rings and servicing strategy before assigning update policies
Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices
Manage Android system updates with the supported configuration profile or OEM FOTA integration
Use Intune update rings, feature update policies, and quality update controls for Windows servicing

Correct answer: B

Why: Update planning should account for validation groups, broad deployment, business deadlines, reboot behavior, rollback needs, and platform support. This directly addresses the requirement: Update planning should account for validation groups, broad deployment, business deadlines, reboot behavior, rollback needs, and platform support..

Option review:

A: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Update planning should account for validation groups, broad deployment, business deadlines, reboot behavior, rollback needs, and platform support..

B: Update planning should account for validation groups, broad deployment, business deadlines, reboot behavior, rollback needs, and platform support. This directly addresses the requirement: Update planning should account for validation groups, broad deployment, business deadlines, reboot behavior, rollback needs, and platform support..

C: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Update planning should account for validation groups, broad deployment, business deadlines, reboot behavior, rollback needs, and platform support..

D: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Update planning should account for validation groups, broad deployment, business deadlines, reboot behavior, rollback needs, and platform support..

E: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: Update planning should account for validation groups, broad deployment, business deadlines, reboot behavior, rollback needs, and platform support..

Learning point: Plan update deployment rings and servicing strategy before assigning update policies

Question 16

Contoso Health is troubleshooting a security hardening project. Evidence shows that the decisive requirement is to control Windows servicing cadence, target feature versions, and quality update deployment through Intune. Which action should the endpoint administrator investigate first for the developer cohort, rollout wave 3?

Plan update deployment rings and servicing strategy before assigning update policies
Use Intune update rings, feature update policies, and quality update controls for Windows servicing
Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices
Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact
Manage Android system updates with the supported configuration profile or OEM FOTA integration

Correct answer: B

Option review:

A: Update planning should account for validation groups, broad deployment, business deadlines, reboot behavior, rollback needs, and platform support. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Windows servicing cadence, target feature versions, and quality update deployment through Intune.

B: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates. This directly addresses the requirement: control Windows servicing cadence, target feature versions, and quality update deployment through Intune.

C: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Windows servicing cadence, target feature versions, and quality update deployment through Intune.

D: Windows Autopatch automates supported update deployment management, while Hotpatch can apply eligible security updates with fewer restarts on supported devices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Windows servicing cadence, target feature versions, and quality update deployment through Intune.

E: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Windows servicing cadence, target feature versions, and quality update deployment through Intune.

Learning point: Use Intune update rings, feature update policies, and quality update controls for Windows servicing

Question 17

After eliminating network and licensing causes, the service desk lead at Litware Manufacturing determines that success depends on the ability to reduce update-management overhead and, where supported, minimize restart disruption for security updates. Which endpoint-management action should be checked next for the frontline-user cohort, rollout wave 3?

Manage Android system updates with the supported configuration profile or OEM FOTA integration
Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior
Plan update deployment rings and servicing strategy before assigning update policies
Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact
Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices

Correct answer: D

Option review:

A: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce update-management overhead and, where supported, minimize restart disruption for security updates.

B: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce update-management overhead and, where supported, minimize restart disruption for security updates.

C: Update planning should account for validation groups, broad deployment, business deadlines, reboot behavior, rollback needs, and platform support. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce update-management overhead and, where supported, minimize restart disruption for security updates.

D: Windows Autopatch automates supported update deployment management, while Hotpatch can apply eligible security updates with fewer restarts on supported devices. This directly addresses the requirement: reduce update-management overhead and, where supported, minimize restart disruption for security updates.

E: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce update-management overhead and, where supported, minimize restart disruption for security updates.

Learning point: Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact

Question 18

A service-desk escalation during a branch migration has been narrowed to one management requirement: manage operating-system update behavior for enrolled Apple devices through Intune. Which configuration is the most relevant starting point for the kiosk cohort, rollout wave 3?

Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior
Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices
Manage Android system updates with the supported configuration profile or OEM FOTA integration
Use Intune update rings, feature update policies, and quality update controls for Windows servicing
Plan update deployment rings and servicing strategy before assigning update policies

Correct answer: B

Option review:

A: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: manage operating-system update behavior for enrolled Apple devices through Intune.

B: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. This directly addresses the requirement: manage operating-system update behavior for enrolled Apple devices through Intune.

C: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: manage operating-system update behavior for enrolled Apple devices through Intune.

D: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: manage operating-system update behavior for enrolled Apple devices through Intune.

E: Update planning should account for validation groups, broad deployment, business deadlines, reboot behavior, rollback needs, and platform support. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: manage operating-system update behavior for enrolled Apple devices through Intune.

Learning point: Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices

Question 19

The failure pattern at Blue Yonder Airlines affects the new-hire cohort, rollout wave 3. Before making unrelated policy changes, the security administrator needs a solution that will control Android operating-system or firmware update timing on managed corporate devices. Which action is most directly relevant?

Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact
Plan update deployment rings and servicing strategy before assigning update policies
Use Intune update rings, feature update policies, and quality update controls for Windows servicing
Manage Android system updates with the supported configuration profile or OEM FOTA integration
Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices

Correct answer: D

Option review:

B: Update planning should account for validation groups, broad deployment, business deadlines, reboot behavior, rollback needs, and platform support. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Android operating-system or firmware update timing on managed corporate devices.

C: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Android operating-system or firmware update timing on managed corporate devices.

D: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules. This directly addresses the requirement: control Android operating-system or firmware update timing on managed corporate devices.

E: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Android operating-system or firmware update timing on managed corporate devices.

Learning point: Manage Android system updates with the supported configuration profile or OEM FOTA integration

Question 20

While investigating a operations review, Contoso Health confirms the environment must reduce repeated internet downloads for Windows update/content delivery across managed endpoints. Which Microsoft endpoint-management capability should be validated for the contractor cohort, rollout wave 3?

Plan update deployment rings and servicing strategy before assigning update policies
Manage Android system updates with the supported configuration profile or OEM FOTA integration
Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices
Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact
Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior

Correct answer: E

Option review:

A: Update planning should account for validation groups, broad deployment, business deadlines, reboot behavior, rollback needs, and platform support. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce repeated internet downloads for Windows update/content delivery across managed endpoints.

B: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce repeated internet downloads for Windows update/content delivery across managed endpoints.

C: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce repeated internet downloads for Windows update/content delivery across managed endpoints.

D: Windows Autopatch automates supported update deployment management, while Hotpatch can apply eligible security updates with fewer restarts on supported devices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce repeated internet downloads for Windows update/content delivery across managed endpoints.

E: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy. This directly addresses the requirement: reduce repeated internet downloads for Windows update/content delivery across managed endpoints.

Learning point: Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior

Question 21

Two teams at Litware Manufacturing propose different approaches for the lab-device cohort, rollout wave 3. The selection criterion is simple: the chosen approach must identify which managed devices are not reaching the intended update state before changing deployment policy. Which option should win the technical comparison?

Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices
Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact
Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior
Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices
Manage Android system updates with the supported configuration profile or OEM FOTA integration

Correct answer: D

Option review:

A: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify which managed devices are not reaching the intended update state before changing deployment policy.

B: Windows Autopatch automates supported update deployment management, while Hotpatch can apply eligible security updates with fewer restarts on supported devices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify which managed devices are not reaching the intended update state before changing deployment policy.

C: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify which managed devices are not reaching the intended update state before changing deployment policy.

E: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify which managed devices are not reaching the intended update state before changing deployment policy.

Learning point: Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices

Question 22

For the pilot ring, rollout wave 4, Woodgrove Bank wants the least indirect solution to this goal: design a staged update strategy that balances validation, speed, and operational risk. Which action aligns most closely with that requirement?

Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices
Manage Android system updates with the supported configuration profile or OEM FOTA integration
Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact
Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior
Plan update deployment rings and servicing strategy before assigning update policies

Correct answer: E

Option review:

B: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: design a staged update strategy that balances validation, speed, and operational risk.

C: Windows Autopatch automates supported update deployment management, while Hotpatch can apply eligible security updates with fewer restarts on supported devices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: design a staged update strategy that balances validation, speed, and operational risk.

E: Update planning should account for validation groups, broad deployment, business deadlines, reboot behavior, rollback needs, and platform support. This directly addresses the requirement: design a staged update strategy that balances validation, speed, and operational risk.

Learning point: Plan update deployment rings and servicing strategy before assigning update policies

Question 23

A modernization plan at Blue Yonder Airlines includes a device refresh. The service desk lead is asked to choose the control that specifically helps the organization control Windows servicing cadence, target feature versions, and quality update deployment through Intune. Which choice fits best for the production ring, rollout wave 4?

Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior
Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices
Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact
Use Intune update rings, feature update policies, and quality update controls for Windows servicing
Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices

Correct answer: D

Option review:

A: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Windows servicing cadence, target feature versions, and quality update deployment through Intune.

C: Windows Autopatch automates supported update deployment management, while Hotpatch can apply eligible security updates with fewer restarts on supported devices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Windows servicing cadence, target feature versions, and quality update deployment through Intune.

E: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Windows servicing cadence, target feature versions, and quality update deployment through Intune.

Learning point: Use Intune update rings, feature update policies, and quality update controls for Windows servicing

Question 24

The executive-device cohort, rollout wave 4 is moving into a controlled rollout at Contoso Health. Which action should be included when the stated management objective is to reduce update-management overhead and, where supported, minimize restart disruption for security updates?

Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact
Manage Android system updates with the supported configuration profile or OEM FOTA integration
Plan update deployment rings and servicing strategy before assigning update policies
Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices
Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices

Correct answer: A

Option review:

A: Windows Autopatch automates supported update deployment management, while Hotpatch can apply eligible security updates with fewer restarts on supported devices. This directly addresses the requirement: reduce update-management overhead and, where supported, minimize restart disruption for security updates.

B: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce update-management overhead and, where supported, minimize restart disruption for security updates.

E: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce update-management overhead and, where supported, minimize restart disruption for security updates.

Learning point: Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact

Question 25

Litware Manufacturing is replacing an ad hoc process during a tenant consolidation. The replacement must reliably manage operating-system update behavior for enrolled Apple devices through Intune. Which endpoint-management approach should the security administrator implement for the remote-user cohort, rollout wave 4?

Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices
Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices
Plan update deployment rings and servicing strategy before assigning update policies
Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior
Manage Android system updates with the supported configuration profile or OEM FOTA integration

Correct answer: B

Option review:

A: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: manage operating-system update behavior for enrolled Apple devices through Intune.

C: Update planning should account for validation groups, broad deployment, business deadlines, reboot behavior, rollback needs, and platform support. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: manage operating-system update behavior for enrolled Apple devices through Intune.

D: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: manage operating-system update behavior for enrolled Apple devices through Intune.

E: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: manage operating-system update behavior for enrolled Apple devices through Intune.

Learning point: Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices

Question 26

An audit finding for the shared-device cohort, rollout wave 4 says the current process does not consistently control Android operating-system or firmware update timing on managed corporate devices. Which Microsoft endpoint-management action most directly closes that gap?

Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices
Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact
Plan update deployment rings and servicing strategy before assigning update policies
Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices
Manage Android system updates with the supported configuration profile or OEM FOTA integration

Correct answer: E

Option review:

A: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Android operating-system or firmware update timing on managed corporate devices.

B: Windows Autopatch automates supported update deployment management, while Hotpatch can apply eligible security updates with fewer restarts on supported devices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Android operating-system or firmware update timing on managed corporate devices.

C: Update planning should account for validation groups, broad deployment, business deadlines, reboot behavior, rollback needs, and platform support. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Android operating-system or firmware update timing on managed corporate devices.

D: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Android operating-system or firmware update timing on managed corporate devices.

E: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules. This directly addresses the requirement: control Android operating-system or firmware update timing on managed corporate devices.

Learning point: Manage Android system updates with the supported configuration profile or OEM FOTA integration

Question 27

The Microsoft 365 administrator at Blue Yonder Airlines needs a repeatable configuration for the field-device cohort, rollout wave 4. It must reduce repeated internet downloads for Windows update/content delivery across managed endpoints. Which choice should be implemented instead of relying on manual endpoint work?

Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact
Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices
Manage Android system updates with the supported configuration profile or OEM FOTA integration
Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices
Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior

Correct answer: E

Option review:

A: Windows Autopatch automates supported update deployment management, while Hotpatch can apply eligible security updates with fewer restarts on supported devices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce repeated internet downloads for Windows update/content delivery across managed endpoints.

B: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce repeated internet downloads for Windows update/content delivery across managed endpoints.

C: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce repeated internet downloads for Windows update/content delivery across managed endpoints.

D: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce repeated internet downloads for Windows update/content delivery across managed endpoints.

Learning point: Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior

Question 28

During readiness testing at Contoso Health, the developer cohort, rollout wave 4 fails a business requirement because administrators cannot yet identify which managed devices are not reaching the intended update state before changing deployment policy. Which action should be implemented before rollout continues?

Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices
Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices
Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior
Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact
Use Intune update rings, feature update policies, and quality update controls for Windows servicing

Correct answer: B

Option review:

A: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify which managed devices are not reaching the intended update state before changing deployment policy.

B: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates. This directly addresses the requirement: identify which managed devices are not reaching the intended update state before changing deployment policy.

C: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify which managed devices are not reaching the intended update state before changing deployment policy.

D: Windows Autopatch automates supported update deployment management, while Hotpatch can apply eligible security updates with fewer restarts on supported devices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify which managed devices are not reaching the intended update state before changing deployment policy.

E: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify which managed devices are not reaching the intended update state before changing deployment policy.

Learning point: Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices

Question 29

A governance review asks the service desk lead to justify the control selected for the frontline-user cohort, rollout wave 5. The requirement is to design a staged update strategy that balances validation, speed, and operational risk. Which action has the clearest technical alignment?

Use Intune update rings, feature update policies, and quality update controls for Windows servicing
Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior
Plan update deployment rings and servicing strategy before assigning update policies
Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices
Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact

Correct answer: C

Option review:

A: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: design a staged update strategy that balances validation, speed, and operational risk.

D: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: design a staged update strategy that balances validation, speed, and operational risk.

E: Windows Autopatch automates supported update deployment management, while Hotpatch can apply eligible security updates with fewer restarts on supported devices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: design a staged update strategy that balances validation, speed, and operational risk.

Learning point: Plan update deployment rings and servicing strategy before assigning update policies

Question 30

For a remote-work deployment, Woodgrove Bank needs an endpoint-management capability with this effect: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates. Which option most accurately provides that capability for the kiosk cohort, rollout wave 5?

Plan update deployment rings and servicing strategy before assigning update policies
Use Intune update rings, feature update policies, and quality update controls for Windows servicing
Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior
Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact
Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices

Correct answer: B

Why: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates. This directly addresses the requirement: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates..

Option review:

A: Update planning should account for validation groups, broad deployment, business deadlines, reboot behavior, rollback needs, and platform support. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates..

B: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates. This directly addresses the requirement: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates..

C: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates..

D: Windows Autopatch automates supported update deployment management, while Hotpatch can apply eligible security updates with fewer restarts on supported devices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates..

E: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates..

Learning point: Use Intune update rings, feature update policies, and quality update controls for Windows servicing

Question 31

The operational standard for the new-hire cohort, rollout wave 5 is being rewritten. Which action should be documented when the standard requires administrators to reduce update-management overhead and, where supported, minimize restart disruption for security updates?

Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices
Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact
Use Intune update rings, feature update policies, and quality update controls for Windows servicing
Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices
Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior

Correct answer: B

Option review:

A: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce update-management overhead and, where supported, minimize restart disruption for security updates.

C: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce update-management overhead and, where supported, minimize restart disruption for security updates.

D: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce update-management overhead and, where supported, minimize restart disruption for security updates.

Learning point: Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact

Question 32

Contoso Health is creating a support playbook for the contractor cohort, rollout wave 5. Which Microsoft endpoint-management step belongs in the playbook when the objective is to manage operating-system update behavior for enrolled Apple devices through Intune?

Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices
Use Intune update rings, feature update policies, and quality update controls for Windows servicing
Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact
Manage Android system updates with the supported configuration profile or OEM FOTA integration
Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior

Correct answer: A

Option review:

A: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. This directly addresses the requirement: manage operating-system update behavior for enrolled Apple devices through Intune.

B: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: manage operating-system update behavior for enrolled Apple devices through Intune.

C: Windows Autopatch automates supported update deployment management, while Hotpatch can apply eligible security updates with fewer restarts on supported devices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: manage operating-system update behavior for enrolled Apple devices through Intune.

D: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: manage operating-system update behavior for enrolled Apple devices through Intune.

E: Delivery Optimization can reduce internet bandwidth consumption by using peer or cache sources while respecting configured boundaries and policy. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: manage operating-system update behavior for enrolled Apple devices through Intune.

Learning point: Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices

Question 33

During a tenant consolidation at Litware Manufacturing, the Microsoft 365 administrator must control Android operating-system or firmware update timing on managed corporate devices. Which action most directly satisfies the requirement? The affected devices are in the lab-device cohort, rollout wave 5.

Plan update deployment rings and servicing strategy before assigning update policies
Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices
Manage Android system updates with the supported configuration profile or OEM FOTA integration
Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices
Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact

Correct answer: C

Option review:

A: Update planning should account for validation groups, broad deployment, business deadlines, reboot behavior, rollback needs, and platform support. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Android operating-system or firmware update timing on managed corporate devices.

B: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Android operating-system or firmware update timing on managed corporate devices.

D: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Android operating-system or firmware update timing on managed corporate devices.

E: Windows Autopatch automates supported update deployment management, while Hotpatch can apply eligible security updates with fewer restarts on supported devices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: control Android operating-system or firmware update timing on managed corporate devices.

Learning point: Manage Android system updates with the supported configuration profile or OEM FOTA integration

Question 34

Woodgrove Bank is revising endpoint operations for a branch migration. Administrators need to reduce repeated internet downloads for Windows update/content delivery across managed endpoints. Which implementation should the endpoint administrator select for the pilot ring, rollout wave 5?

Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices
Manage Android system updates with the supported configuration profile or OEM FOTA integration
Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior
Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices
Plan update deployment rings and servicing strategy before assigning update policies

Correct answer: C

Option review:

A: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce repeated internet downloads for Windows update/content delivery across managed endpoints.

B: Android update control varies by management mode and vendor; configuration profiles or firmware-over-the-air services can manage supported update schedules. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce repeated internet downloads for Windows update/content delivery across managed endpoints.

D: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce repeated internet downloads for Windows update/content delivery across managed endpoints.

E: Update planning should account for validation groups, broad deployment, business deadlines, reboot behavior, rollback needs, and platform support. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: reduce repeated internet downloads for Windows update/content delivery across managed endpoints.

Learning point: Configure Windows Delivery Optimization policy through Intune to control peer-assisted update and content delivery behavior

Question 35

A ticket escalated to the service desk lead at Blue Yonder Airlines states one non-negotiable goal: identify which managed devices are not reaching the intended update state before changing deployment policy. Which choice is the strongest fit for the production ring, rollout wave 5?

Use Windows Autopatch for managed update orchestration and Hotpatch policies where supported to reduce restart impact
Plan update deployment rings and servicing strategy before assigning update policies
Create Settings Catalog update policies for supported iOS/iPadOS and macOS devices
Use Intune update rings, feature update policies, and quality update controls for Windows servicing
Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices

Correct answer: E

Option review:

A: Windows Autopatch automates supported update deployment management, while Hotpatch can apply eligible security updates with fewer restarts on supported devices. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify which managed devices are not reaching the intended update state before changing deployment policy.

B: Update planning should account for validation groups, broad deployment, business deadlines, reboot behavior, rollback needs, and platform support. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify which managed devices are not reaching the intended update state before changing deployment policy.

C: Apple update management in Intune can use Settings Catalog controls to define supported OS update behavior and scheduling. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify which managed devices are not reaching the intended update state before changing deployment policy.

D: The Windows update policy types address different aspects of servicing, including user experience/deferrals, target feature versions, and expedited or managed quality updates. It can be valid in another endpoint-management scenario, but it does not most directly address this requirement: identify which managed devices are not reaching the intended update state before changing deployment policy.

E: Update reporting provides visibility into deployment state so administrators can remediate devices that are not receiving or completing expected updates. This directly addresses the requirement: identify which managed devices are not reaching the intended update state before changing deployment policy.

Learning point: Monitor update reports and deployment status in Intune to identify failed, pending, or noncompliant devices

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