Microsoft Intune allows administrators to create enrollment restrictions to control which devices can enroll for management. One of these restrictions is the ability to block devices based on their manufacturer. According to official Microsoft documentation, this specific "Device manufacturer" restriction is exclusively available for devices enrolling via the Android Device Administrator platform. This feature is not supported for Windows, iOS/iPadOS, or Android Enterprise enrollment methods. Therefore, of the device types listed, only Android can be restricted by manufacturer.

B. Windows only: This is incorrect. Intune does not provide an option to restrict Windows device enrollment based on the manufacturer (e.g., Dell, HP, Lenovo).

C. Android and iOS only: This is incorrect. While supported for Android, this restriction is not available for iOS/iPadOS devices.

D. Windows and iOS only: This is incorrect. Manufacturer-based enrollment restrictions are not available for either Windows or iOS/iPadOS platforms.

E. Windows, Android, and iOS: This is incorrect. The device manufacturer restriction is a platform-specific feature available only for Android Device Administrator.

1. Microsoft Learn. (2023). Create a device platform restriction in Microsoft Intune. Microsoft. Retrieved from https://learn.microsoft.com/en-us/mem/intune/enrollment/enrollment-restrictions-set#create-a-device-platform-restriction.

Reference Details: In the table under the "Create a device platform restriction" section

for the setting "Device manufacturer

" the description explicitly states: "This setting applies to Android device administrator devices only."

2. Microsoft Learn. (2023). Set enrollment restrictions in Microsoft Intune. Microsoft. Retrieved from https://learn.microsoft.com/en-us/mem/intune/enrollment/enrollment-restrictions-set.

Reference Details: Under the section "Device platform restrictions

" the platform-specific configurations for Windows and iOS/iPadOS do not list "Device manufacturer" as a configurable restriction

whereas the Android section does.

The Microsoft Deployment Toolkit (MDT) is a tool for automating operating system and application deployment. However, MDT itself does not have native capabilities for network booting (PXE) or multicasting deployment images. To enable these features, MDT must be integrated with Windows Deployment Services (WDS). WDS is a server role in Windows Server that provides the necessary infrastructure, including a PXE server to boot clients over the network and a transport server that supports multicasting. By using WDS with MDT, you can efficiently deploy a single image file to multiple computers simultaneously, which is the core of multicast deployment.

A. Multipath I/O (MPIO) is a storage fault-tolerance and performance-enhancement technology that provides redundant paths to storage devices. It is unrelated to network image deployment.

B. Multipoint Connector is a component of Windows MultiPoint Server, a solution that allows multiple users to share a single computer. It is not used for OS deployment.

D. Windows Server Update Services (WSUS) is a server role used to manage and distribute software updates from Microsoft to computers on a network, not for deploying operating system images.

1. Microsoft Corporation. (2023). Prepare for deployment with MDT. Microsoft Learn.

Section: "Prepare the Windows Deployment Services (WDS) server role"

Content: This official MDT documentation explicitly states

"Even though MDT can be used for Lite Touch deployments without WDS

if you want PXE boot support

you need to use WDS." It further details the steps to install and configure WDS for use with MDT

which is a prerequisite for network-based deployments like multicast.

2. Microsoft Corporation. (2023). Performing multicast deployments. Microsoft Learn.

Section: "Multicast deployments"

Content: This document describes the multicast functionality inherent to Windows Deployment Services. It explains

"By using multicast functionality

you can deploy an image to a large number of client computers without overburdening the network." This confirms WDS is the correct technology for multicast.

3. Microsoft Corporation. (2023). What is Multipath I/O (MPIO)?. Microsoft Learn.

Section: "Overview"

Content: This document defines MPIO as a framework to "provide a high-availability solution for storage." This confirms its purpose is related to storage redundancy

not OS deployment.

When an update ring policy for Windows is paused in Microsoft Intune, the pause remains in effect for a maximum of 35 days. After this period, the pause automatically expires, and devices will resume scanning for and installing applicable updates.

In this scenario, the policy was paused on November 1. Counting 35 days from November 1 (which includes the remaining 29 days of November and the first 6 days of December) brings the resumption date to December 6. On this date, the devices will next attempt to update.

A. December 1 is incorrect as it represents a 30-day pause, not the 35-day duration that Intune enforces for paused update rings.

C. November 15 is incorrect. This date falls well within the 35-day pause period, during which update checks are suspended.

D. November 22 is incorrect. This date is also within the 35-day pause period, and devices will not attempt to update yet.

1. Microsoft Learn. (2024). Update rings for Windows 10 and later policy in Intune. Microsoft Intune Documentation. Retrieved from https://learn.microsoft.com/en-us/mem/intune/protect/windows-update-rings#pause-the-update.

Reference Details: Under the "Pause the update" section

the documentation states

"For both feature and quality updates

when you pause a ring

the pause remains in effect for 35 days. After the maximum days have passed

the pause automatically expires and the device scans Windows Updates for applicable updates."

Microsoft Intune is a unified endpoint management solution that supports creating and deploying device configuration profiles to multiple operating systems. VPN profiles are a standard feature used to provide devices with secure remote access to organizational resources. Intune provides built-in templates to create VPN profiles for all the listed platforms: Windows 10 and later, Android Enterprise, and iOS/iPadOS. This allows administrators to configure and push VPN settings consistently across their entire fleet of managed devices, regardless of the operating system.

A. Windows 10 only: This is incorrect because Intune's capabilities extend beyond Windows to include major mobile operating systems like Android and iOS for core configurations like VPN.

B. Windows 10 and Android only: This is incorrect. Intune provides comprehensive management for iOS/iPadOS devices, which includes the ability to configure and deploy VPN profiles.

C. Windows 10 and iOS only: This is incorrect. Intune fully supports Android Enterprise, and creating VPN profiles is a fundamental feature available for this platform.

D. Android and iOS only: This is incorrect. As a core component of the Microsoft ecosystem, Intune has robust support for managing Windows devices, including VPN configuration.

1. Microsoft Learn. "Create VPN profiles to connect to VPN servers in Intune." Microsoft Intune documentation. Accessed May 20

2024. In the "Applies to" section at the top of the article

it explicitly lists "Android device administrator

" "Android Enterprise

" "iOS/iPadOS

" and "Windows 10 and later" as supported platforms for VPN profiles.

2. Microsoft Learn. "Windows 10/11 and Windows Holographic device settings to add VPN connections using Intune." Microsoft Intune documentation. Accessed May 20

2024. This document details the specific VPN settings available for Windows devices

confirming support.

3. Microsoft Learn. "Android Enterprise device settings to configure VPN in Intune." Microsoft Intune documentation. Accessed May 20

2024. This document outlines the process and settings for creating VPN profiles for Android Enterprise devices.

4. Microsoft Learn. "iOS/iPadOS device settings to use VPN in Microsoft Intune." Microsoft Intune documentation. Accessed May 20

2024. This document provides a comprehensive list of VPN settings that can be configured for iOS and iPadOS devices.

To execute PowerShell commands on a remote computer (Computer2) from another computer (Computer1) using Invoke-Command, PowerShell Remoting must first be enabled on the target computer. The Enable-PSRemoting cmdlet configures the target computer to receive remote management requests. It performs several crucial actions: it starts the Windows Remote Management (WinRM) service, sets its startup type to automatic, creates a listener to accept requests, and enables the necessary firewall rule for WS-Management communications. This is the foundational step required before any remote PowerShell session can be initiated.

B. Adding a computer account to the Remote Management Users group is incorrect; this group is for user accounts. Furthermore, permissions are irrelevant if the remoting service is not enabled first.

C. Delegation is a security setting for "double-hop" scenarios, where a command on a remote computer needs to access a third resource. This is not required for a direct command execution.

D. The New-PSSession cmdlet is run on the source computer (Computer1) to establish a connection, but it will fail if the target (Computer2) is not configured to accept remote connections.

1. Microsoft PowerShell Documentation

aboutRemoteRequirements: Under the section "How to Configure Your Computer for Remoting

" the document states

"To enable PowerShell remoting

use the Enable-PSRemoting cmdlet. This cmdlet configures the computer to receive PowerShell remote commands."

Source: Microsoft

"aboutRemoteRequirements

" PowerShell Documentation. Accessed from https://learn.microsoft.com/en-us/powershell/module/microsoft.powershell.core/about/aboutremoterequirements.

2. Microsoft PowerShell Documentation

Enable-PSRemoting: The cmdlet's description details its function: "The Enable-PSRemoting cmdlet configures the computer to receive PowerShell remote commands that are sent by using the WS-Management technology." It lists the specific actions it performs

which are the prerequisites for Invoke-Command to succeed.

Source: Microsoft

"Enable-PSRemoting

" PowerShell Documentation. Accessed from https://learn.microsoft.com/en-us/powershell/module/microsoft.powershell.core/enable-psremoting.

3. Microsoft PowerShell Documentation

aboutRemoteTroubleshooting: In the troubleshooting guide for remoting

a common error

"The client cannot connect to the destination specified in the request

" is often caused because "PowerShell remoting might not be enabled on the remote computer." The primary solution provided is to run Enable-PSRemoting on the remote computer.

Source: Microsoft

"aboutRemoteTroubleshooting

" PowerShell Documentation. Accessed from https://learn.microsoft.com/en-us/powershell/module/microsoft.powershell.core/about/aboutremotetroubleshooting.

Enforces compliance: An Intune connection To enforce compliance using Microsoft Defender for Endpoint risk signals within a Conditional Access policy, you must first establish a service-to-service connection between Microsoft Intune and Microsoft Defender for Endpoint. This connection allows Defender to send device risk data to Intune. Intune then uses this data in a device compliance policy to mark devices as compliant or non-compliant. Finally, Conditional Access policies can leverage this compliance status to grant or block access to corporate resources, thereby enforcing compliance based on the device's threat level. Prevents suspicious scripts: An attack surface reduction (ASR) rule Attack surface reduction (ASR) rules are a component of Microsoft Defender for Endpoint designed to mitigate actions and application behaviors commonly used by malware. The specific ASR rule, "Block execution of potentially obfuscated scripts," directly addresses the requirement to prevent suspicious scripts. When enabled, this rule analyzes scripts and blocks those that appear to be intentionally obscured, a common technique used by attackers to hide malicious code. These rules are configured within Intune under the Endpoint security workload. Incorrect Options: A device restriction policy: While these Intune policies configure a wide variety of device settings, they are a general mechanism. ASR rules are the specific feature designed to block behaviors like suspicious scripts and are typically managed in a dedicated Attack Surface Reduction policy within Intune's Endpoint security section. A security baseline: This is a pre-configured group of recommended security settings (which can include ASR rules). However, the baseline itself is a deployment template, not the underlying feature that performs the action. The feature that actively prevents the script is the ASR rule itself.

Microsoft Learn: Enforce compliance for Microsoft Defender for Endpoint with Conditional

Access in Intune.

URL: https://learn.microsoft.com/en-us/mem/intune/protect/advanced-threat-protectionconfigure

Reference: The "Before you begin" and "To connect Microsoft Defender for Endpoint to

Intune" sections explicitly state that the first step is to set up the service-to-service

connection. The "Workflow" diagram on the page illustrates this dependency.

Microsoft Learn: Attack surface reduction rules overview.

URL: https://learn.microsoft.com/en-us/microsoft-365/security/defender-endpoint/attacksurface-reduction-rules-reference

Reference: The table of ASR rules lists the rule "Block execution of potentially obfuscated

scripts" and describes its function as detecting and blocking scripts that appear obfuscated.

Microsoft Learn: Use Intune to manage Microsoft Defender security settings on devices.

URL: https://learn.microsoft.com/en-us/mem/intune/protect/endpoint-security-policy

Reference: The "Attack surface reduction" section under "Endpoint security policies"

explains that these policies are used to manage ASR rules on devices. This distinguishes

ASR policy from general device restriction policies.

To meet the requirements while adhering to the principle of least privilege, each user must be assigned to the group that grants the necessary permissions with the fewest additional privileges. User1: Requires the ability to change the system date and time. This action is governed by the "Change the system time" user right. By default in Windows, both the Administrators and Power Users groups have this right. To apply the principle of least privilege, Power Users is the correct choice as it has significantly fewer permissions than the Administrators group. User2: Requires the ability to clear Windows logs. This is a high-privilege task controlled by the "Manage auditing and security log" user right. Of the groups listed, only the Administrators group holds this right by default. The Event Log Readers group can only read logs, not modify or clear them. Incorrect Options: Administrators (for User1): While members of the Administrators group can change the system time, this group provides full control over the system. Assigning User1 to this group would grant excessive permissions, violating the principle of least privilege. Event Log Readers (for User2): This group is explicitly designed to allow members to read event logs. It does not grant the necessary permissions to clear or otherwise manage the logs. Performance Log Users: This group allows members to manage performance counters, alerts, and logs. It does not grant permissions to change system time or clear the security event log. System Managed Accounts Group: This is a built-in group used by the operating system to manage Group Managed Service Accounts (gMSAs) and is not intended for assigning permissions to standard user accounts.

Microsoft Documentation - Change the system time: This source confirms that the Power

Users group has the "Change the system time" user right by default.

URL: https://learn.microsoft.com/en-us/windows/security/threat-protection/security-policysettings/change-the-system-time

Reference: See the "Default values on" table.

Microsoft Documentation - Manage auditing and security log: This document verifies that

only the Administrators group has the right to manage and clear the security log by default.

URL: https://learn.microsoft.com/en-us/windows/security/threat-protection/security-policysettings/manage-auditing-and-security-log

Reference: See the "Default on" column in the table.

Microsoft Documentation - Active Directory security groups: This document describes the

default permissions for various built-in security groups, including Event Log Readers.

URL: https://learn.microsoft.com/en-us/windows-server/identity/ad-ds/manage/understandsecurity-groups#event-log-readers

Reference: The section on "Event Log Readers" states members can "read event logs from

local computers

For the research department, a FIDO2 security key is the correct choice. This method provides strong, phishing-resistant passwordless authentication that does not depend on a mobile device and is supported on Linux systems through compatible web browsers, meeting all specified requirements. For the sales department, the Microsoft Authenticator app is the appropriate solution. It enables passwordless phone sign-in, where users approve authentication requests directly on their registered mobile device. This directly fulfills the requirement for the sales team to use their mobile phones for authentication.

1. Microsoft Entra ID Documentation - Passwordless authentication options: This document

outlines the primary passwordless methods. It describes FIDO2 security keys as a

hardware-based method and the Microsoft Authenticator app as a software-based method

on a mobile device.

URL: https://learn.microsoft.com/en-us/entra/identity/authentication/concept-authenticationpasswordless

2. Microsoft Entra ID Documentation - FIDO2 security keys: This source confirms that

FIDO2 security keys are a cross-platform solution. "FIDO2 security keys are an

unphishable, standards-based passwordless authentication method that can come in any

form factor. ... FIDO2 security keys can be used to sign in to their Microsoft Entra ID ... on

their devices." The compatibility extends to various operating systems, including Linux, via

supported browsers.

URL: https://learn.microsoft.com/en-us/entra/identity/authentication/concept-fido2

3. Microsoft Entra ID Documentation - Microsoft Authenticator app: This document details

how the Authenticator app facilitates passwordless sign-in. "The Microsoft Authenticator app

can be used to sign in to any Microsoft Entra account without using a password. ... The user

will receive a notification on their phone... They then match the number and choose

Approve." This clearly aligns with the sales department's requirement to use a mobile

phone.

URL: https://learn.microsoft.com/en-us/entra/identity/authentication/howto-authenticationpasswordless-phone

This procedure performs a Microsoft Entra join, which directly associates the Windows device with the organization's Microsoft Entra tenant. This action establishes a device identity in Entra ID, allowing the device to be managed by cloud-based tools like Microsoft Intune. It also enables users to sign in to Windows using their Entra ID credentials and provides single sign-on (SSO) to Microsoft 365 and other connected cloud resources. This method is distinct from Microsoft Entra registration, which is a more limited connection for personal devices.

1. Microsoft Learn. (2023). Join your work device to your work or school network. Retrieved

from https://support.microsoft.com/en-us/account-billing/join-your-work-device-to-your-workor-school-network-ef4d6adb-5095-4e51-829e-51313024d441

2. Microsoft Learn. (2024). Microsoft Entra joined devices. Retrieved from

https://learn.microsoft.com/en-us/entra/identity/devices/concept-directory-join

3. Microsoft Learn. (2024). Study guide for Exam MD-102: Endpoint Administrator. Skill:

"Implement Microsoft Entra join". Retrieved from https://learn.microsoft.com/enus/credentials/certifications/exams/md-102/study-guide#deploy-windows-client-20-25

Policy1 Analysis Assignments: Policy1 is assigned to Group3. Group Membership: The members of Group3 are Device2 and Device3. Platform: Policy1 applies only to the Android platform. Evaluation: Device2 has an iOS platform, so Policy1 does not apply to it. Device3 has an Android platform, which matches the policy's platform requirement. Therefore, Policy1 applies only to Device3. Policy2 Analysis Assignments: Policy2 includes Group2 and excludes Group3. Group Membership: Group2 members: Device2, Device3, and Device4. Group3 members: Device2 and Device3. Evaluation of Assignments: The policy initially targets Device2, Device3, and Device4. However, since Device2 and Device3 are in the exclusion group (Group3), they are removed from the assignment. This leaves only Device4. Platform: Policy2 applies only to the iOS platform. Evaluation of Platform: Device4 has an iOS platform, which matches the policy's platform requirement. Therefore, Policy2 applies only to Device4.

1. Assign device profiles in Microsoft Intune: This document explains how to assign policies,

including the use of "Include" and "Exclude" groups for targeting.

URL: https://learn.microsoft.com/en-us/mem/intune/configuration/device-profile-assign

2. Use filters when assigning your apps, policies, and profiles in Microsoft Intune: This

source details how platform-specific policies are filtered and applied only to devices that

match the specified platform.

URL: https://learn.microsoft.com/en-us/mem/intune/fundamentals/filters