This sequence represents the correct chronological order of operations, starting from the foundational administrative requirement and proceeding to the technical configuration needed to establish the data pipeline. Purchase an Azure subscription: This is the mandatory first step. All Azure resources, including Log Analytics workspaces, are billed to an Azure subscription. Without a subscription linked to your tenant, you cannot create any resources. This is the primary prerequisite. Create a Log Analytics workspace: Once you have a subscription, you can begin creating resources. A Log Analytics workspace is the dedicated environment in Azure Monitor required to store and query the "raw Microsoft Intune data" using "custom queries." It must be created before data can be sent to it. Add diagnostic settings: With the destination (the workspace) now in place, the final step is to configure the source (Intune) to send data to it. Adding a diagnostic setting for the Intune service establishes this data flow, completing the pipeline for data collection and analysis. The primary goal of this sequence is to set up the backend data pipeline. Visualization is a subsequent task that consumes data from this pipeline. Incorrect Options: Install Microsoft Power BI Desktop: While Power BI is used for "visualizations," it's a client-side tool that connects to the data source after the pipeline is configured. The core task is setting up the data flow into Log Analytics; therefore, the three steps provided are more fundamental to the initial setup. Create a Microsoft SharePoint Online site: SharePoint is a collaboration platform and is not used for querying raw log data or advanced analytics in this context. Add a certificate connector to Microsoft Intune: This component is for deploying certificates to devices and is completely unrelated to log collection or reporting.

Microsoft Learn | Subscription design considerations: This document highlights that

a subscription is the fundamental unit for management and scale in Azure.

URL: https://learn.microsoft.com/en-us/azure/cloud-adoptionframework/ready/landing-zone/design-area/azure-billing-ad-tenant

Reference: The "Subscription design" section emphasizes that subscriptions are the

first step in creating a management boundary for governance and billing before

deploying resources.

Microsoft Learn | Design a Log Analytics workspace architecture: This guide clearly

states the dependency on a subscription.

URL: https://learn.microsoft.com/en-us/azure/azure-monitor/logs/design-loganalytics-workspace

Reference: The "Prerequisites" section implicitly requires a subscription to operate

within Azure, and the entire article is about creating and managing workspaces

within that subscription context.

Microsoft Learn | Use Azure Monitor to review Intune logs:

URL: https://learn.microsoft.com/en-us/mem/intune/fundamentals/review-logs-usingazure-monitor

Reference: The section "Create a diagnostic setting to send logs to your workspace"

confirms that after creating a workspace, the next step is to create the diagnostic

setting to link Intune to it.

Microsoft Intune security baselines for Microsoft Edge are specifically designed for Windows

client devices. According to official Microsoft documentation, the Microsoft Edge baseline is

supported on devices running Windows 10 version 1809 and later, and Windows 11.

Device1 (Windows 11) and Device2 (Windows 10) meet these platform requirements.

Device3 (macOS) and Device4 (Android) are not supported operating systems for this

specific type of security baseline profile, even though the Microsoft Edge browser can be

installed and managed on them through other policy types.

A: This is incorrect because the baseline is also supported on Windows 10 devices like

Device2, not just Windows 11.

C: This is incorrect because macOS (Device3) is not a supported platform for Microsoft

Edge security baselines in Intune.

D: This is incorrect because Android (Device4) is not a supported platform for Microsoft

Edge security baselines in Intune.

E: This is incorrect because neither macOS (Device3) nor Android (Device4) are supported

platforms for this specific profile type.

Microsoft Learn. (2024). Use security baselines to configure Windows devices in Intune.

Microsoft. Retrieved from https://learn.microsoft.com/en-us/mem/intune/protect/securitybaselines#available-security-baselines. The "Security Baseline for Microsoft Edge" section

explicitly states it is for "devices that run Windows 10 version 1809 and later, and Windows

11."

Microsoft Learn. (2024). Security baseline settings for Microsoft Edge in Microsoft Intune.

Microsoft. Retrieved from https://learn.microsoft.com/en-us/mem/intune/protect/securitybaseline-settings-edge. This document details the settings within the baseline, which are

applied via Windows configuration service providers (CSPs), confirming its Windows-centric

nature.

An account protection policy in Microsoft Intune is the correct tool for managing local group memberships on Windows devices. This policy is a feature of Intune's endpoint security capabilities and is designed to secure device accounts. Within the account protection policy, an administrator can create a profile for Local user group membership. This profile allows for granular control over built-in groups, including the local Administrators group. To achieve the goal, you would configure this policy to perform a "Remove (Update)" action, specifying User1 to be removed from the Administrators group. The policy is then assigned to all enrolled Windows 11 devices, enforcing the removal of User1's administrative privileges across the fleet.

A. a device compliance policy: The primary purpose of a device compliance policy is to assess and report on a device's adherence to corporate standards (e.g., OS version, disk encryption). It does not directly configure settings like local group membership. While it can mark a device as non-compliant if a user is in the wrong group, it does not perform the removal action itself. C. an app configuration policy: An app configuration policy is used to deliver settings to managed applications (e.g., pre-configuring settings for Microsoft Edge or Outlook). It operates at the application layer and has no capability to modify operating system-level settings such as local user group accounts.

Microsoft Learn | Intune Documentation: Manage local groups on Windows devices with

Microsoft Intune.

URL: https://learn.microsoft.com/en-us/mem/intune/protect/local-user-group-membership

Reference: In the "Create a policy" section, Step 6 describes creating a profile for "Local

user group membership (Preview)". The table under this section details the "Local group"

setting and the "Group and user actions" including "Add (Update)", "Remove (Update)", and

"Replace". This directly addresses the requirement to remove a user.

Microsoft Learn | Intune Documentation: Overview of endpoint security policies in Microsoft

Intune.

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

Reference: The introductory paragraph states, "Endpoint security policies are designed to

help you focus on the security of your devices and mitigate risk." The "Account protection"

section explicitly mentions that these policies help protect user identities and accounts.

Microsoft Learn | Intune Documentation: Device compliance policies in Microsoft Intune.

URL: https://learn.microsoft.com/en-us/mem/intune/protect/device-compliance-get-started

Reference: The first paragraph under "What are device compliance policies" explains their

function: "Device compliance policies are a key feature when using Intune to protect your

organization's resources. In its simplest form, a device compliance policy is a set of rules

and settings that a device must meet to be considered compliant." This confirms its role is

evaluation, not direct configuration of local groups.

To deploy a custom line-of-business (LOB) app to iOS or iPadOS devices using Microsoft Intune, the app package file must be in the .ipa format. This is the standard application archive file used by Apple's iOS operating system. Intune specifically requires this file type to be uploaded to the admin center for distribution to managed iOS devices. The other file extensions listed are for different operating systems and are incompatible with iOS.

A. .intunemac: This file extension is used for wrapping and deploying line-of-business apps to macOS devices, not iOS devices. C. .apk: This is the Android Package Kit file format used for distributing and installing apps on Android devices. D. .appx: This is the application package format used for distributing and installing apps on modern Windows platforms (Windows 10/11).

Microsoft Learn. (2024). Add an iOS/iPadOS line-of-business app to Microsoft Intune.

Microsoft Docs. Retrieved from https://learn.microsoft.com/en-us/mem/intune/apps/lobapps-ios

Quote: "When you add a line-of-business (LOB) app to Microsoft Intune, you use the

Microsoft Intune admin center. You upload the LOB app to Intune by first selecting the app

package file (extension .ipa)."

In a Microsoft Intune compliance policy for Windows, the Device Properties settings are used to define rules based on the device's operating system attributes. This is the correct location to configure the minimum and maximum OS versions required for a device to be marked as compliant. The System Security section is used to configure fundamental security settings for the device. This includes policies for passwords, antivirus, firewall, and the requirement for data storage encryption. The setting "Require encryption of data storage on device" within this section specifically enforces that BitLocker is enabled on the device's drives. Incorrect Options Explained: Device Health: This policy section uses the Windows Health Attestation service to verify the integrity of the device during boot. While it can report on the status of features like Secure Boot and BitLocker, the primary setting to mandate encryption as a compliance rule is located under System Security. Microsoft Defender for Endpoint: This setting is used to integrate Intune with Microsoft Defender for Endpoint. It sets compliance based on the device's risk score as determined by Defender, rather than configuring specific OS features like BitLocker or version numbers.

Microsoft Learn: Windows 10/11 compliance settings in Microsoft Intune.

URL: https://learn.microsoft.com/en-us/mem/intune/protect/compliance-policy-createwindows

Reference for Device Properties: In the "Device Properties" section, the documentation lists

"Minimum OS version" and "Maximum OS version" as configurable settings.

Reference for System Security: In the "System Security" section, under the "Encryption"

subsection, the setting "Require encryption of data storage on device" is detailed. The

description states: "When set to Require, the device must have storage encryption enabled

(BitLocker)."

Reference for Device Health & Defender for Endpoint: The same document details the

functions of "Device Health" (Windows Health Attestation) and "Microsoft Defender for

Endpoint" (risk score), confirming they are not the primary settings for the requirements in

the question.

The Microsoft Entra Joined Device Local Administrator role is specifically designed to grant administrative privileges on all Microsoft Entra joined devices. By assigning this role to the "Contoso Help Desk" group, all members of that group will be automatically added to the local Administrators group on every device that is joined to the contoso.com tenant. This provides a centralized way to manage local administrative rights across the organization's devices.

A. Assign the Cloud Device Administrator role to Contoso Help Desk: This role grants permissions to manage device objects within Microsoft Entra ID (e.g., enabling or disabling devices), not local administrator rights on the devices themselves. C. Configure the Enterprise State Roaming settings: This feature synchronizes user settings and application data across devices. It is unrelated to assigning local administrative permissions. D. Enable Microsoft Entra Local Administrator Password Solution (LAPS) for contoso.com: LAPS manages the password of a single, built-in local administrator account on each device. It does not add additional users or groups to the local Administrators group.

1. Microsoft Entra Documentation. "How to manage the local administrators group on

Microsoft Entra joined devices." Microsoft Learn. This document explicitly states, "To add a

Microsoft Entra group to the local administrators group, assign it the Microsoft Entra Joined

Device Local Administrator role."

URL: https://learn.microsoft.com/en-us/entra/identity/devices/assign-local-admin#managethe-microsoft-entra-joined-device-local-administrator-role

2. Microsoft Entra Documentation. "Microsoft Entra built-in roles." Microsoft Learn. This

page details the permissions for various roles, differentiating the "Cloud Device

Administrator" (manages device objects in the cloud) from the "Microsoft Entra Joined

Device Local Administrator" (grants local admin on the device).

URL: https://learn.microsoft.com/en-us/entra/identity/role-based-accesscontrol/permissions-reference#microsoft-entra-joined-device-local-administrator

3. Microsoft Entra Documentation. "What is Windows LAPS?" Microsoft Learn. This source

explains that LAPS is for securing and managing the password of a single local

administrator account, not for granting permissions to other groups.

URL: https://learn.microsoft.com/en-us/windows-server/identity/laps/laps-overview

This task is accomplished by creating a Conditional Access policy in Microsoft Entra ID, which is managed through the Intune admin center. The policy is configured to meet the specific requirements of the scenario. The Assignments section targets the sg-Legal group. The Target resources section scopes the policy to the Office 365 cloud app suite. The Conditions section narrows the policy's application to only the Android device platform. Finally, the Grant control enforces the requirement that the device must be marked as compliant by Intune before access is permitted.

1. Microsoft Learn: Common Conditional Access policy: Require a compliant device, an

Intune-hybrid joined device, or multifactor authentication. This document provides the exact

steps for creating a policy that requires device compliance.

URL: https://learn.microsoft.com/en-us/entra/identity/conditional-access/howto-conditionalaccess-policy-compliant-device

2. Microsoft Learn: Conditional Access: Conditions. This source details the various

conditions that can be used in a policy, including the "Device platforms" condition used in

this scenario.

URL: https://learn.microsoft.com/en-us/entra/identity/conditional-access/conceptconditional-access-conditions#device-platforms

3. Microsoft Learn: Plan your Conditional Access deployment. This guide explains the

components of a Conditional Access policy, including assignments, target resources, and

access controls.

URL: https://learn.microsoft.com/en-us/entra/identity/conditional-access/plan-conditionalaccess

To deploy a root CA certificate, an administrator must use a Configuration profile in Microsoft Intune. This policy type is used to configure settings and features on devices. Within the available templates for a configuration profile, the Trusted certificate profile is the specific type used to deploy a root or intermediate CA certificate. This action establishes trust in the certification authority on the managed devices, which is a necessary prerequisite before deploying other certificate types like SCEP or PKCS for user or device authentication.

1. Microsoft Learn | Create trusted certificate profiles in Microsoft Intune: This document

explicitly guides the user to create this profile by navigating to Devices > Configuration

profiles > Create profile, and then selecting Trusted certificate as the profile type. URL:

https://learn.microsoft.com/en-us/mem/intune/protect/certificates-trusted-root 2. Microsoft

Learn | Use SCEP certificate profiles with Microsoft Intune: This source clarifies the

dependency, stating, "Before you create a SCEP certificate profile, you need a trusted

certificate profile to deploy the Trusted Root Certificate from your CA to devices." This

confirms that the "Trusted certificate" profile is the correct choice for the root CA. URL:

https://learn.microsoft.com/en-us/mem/intune/protect/certificates-scep-configure (See

"Prerequisites" section).

To migrate Group Policy Object (GPO) settings for Microsoft Office to Microsoft Intune, the administrator must first replicate these settings within an Intune configuration profile. The process begins in the Microsoft Intune admin center by creating a configuration profile. This profile acts as a container for the settings. For GPO-like settings, the administrator would typically choose the "Administrative Templates" or "Settings Catalog" profile type for the Windows 10 and later platform. Next, the administrator must configure the Administrative Templates settings within the newly created profile. This involves navigating through the available settings (which are based on ADMX files, just like GPOs) and configuring the Microsoft Office settings to match those in the on-premises GPO. Finally, after the settings are configured, the administrator must assign the profile to an Azure AD group containing the target users or devices. Without this assignment, the configured settings will not be applied to any computers. Incorrect Options: Import an ADMX file: This action is only necessary if you need to configure settings using ADMX templates that are not already built into Intune (e.g., for third-party apps or custom settings). Standard Microsoft Office settings are natively available in Intune's Administrative Templates and Settings Catalog, making this step unnecessary for a typical migration. Create a compliance policy: Compliance policies are used to evaluate whether a device meets certain security and configuration requirements (e.g., OS version, disk encryption). They do not push specific application settings like a GPO does, so this is not the correct tool for this task. Set a scope tag to the policy: Scope tags are an optional feature used for role-based access control (RBAC) in Intune. They allow you to control which administrators can view and manage specific Intune objects. This is related to administrative management, not the technical migration and application of policy settings. Assign the policy: This is a generic term. "Assign the profile" is the more precise and correct final action in this specific workflow.

Microsoft Learn: Use Windows 10/11 Administrative Template templates to configure group

policy settings in Microsoft Intune.

URL: https://learn.microsoft.com/en-us/mem/intune/configuration/administrative-templateswindows

Reference: The article outlines the process under the "Create the template" section: "1.

Sign in to the Microsoft Intune admin center. 2. Select Devices > Configuration profiles >

Create profile... 3. In Basics, enter a name... 4. In Configuration settings, select a setting...

5. In Assignments, select the group(s) that will receive this profile." This directly supports the

correct sequence: Create, Configure, and Assign.

Microsoft Learn: Overview: Manage policies and profiles in Microsoft Intune.

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

Reference: This document explains that a "profile" is the object created in Intune to manage

settings and that once created, it must be "assigned or 'deployed' to different user and

device groups." This confirms the fundamental workflow.

Microsoft Learn: Use ADMX templates on Windows PCs in Microsoft Intune.

URL: https://learn.microsoft.com/en-us/mem/intune/configuration/administrative-templatesimport-custom

Reference: The "Before you begin" section clarifies that you should "Use the built-in

Administrative Templates" first and that importing custom ADMX files is for settings that

"aren't available natively." This justifies why "Import an ADMX file" is not the correct first

step for migrating standard Office settings.

The membership of each device is determined by mapping its "Join type" to the device.deviceTrustType attribute used in the dynamic group rules. Microsoft Entra joined maps to deviceTrustType "AzureAD". Microsoft Entra hybrid joined maps to deviceTrustType "ServerAD". Microsoft Entra registered maps to deviceTrustType "Workplace". Device1: No Device1 is Microsoft Entra hybrid joined, so its deviceTrustType is "ServerAD". It does not match the rule for Group1 ("AzureAD") or Group2 ("Workplace"). Therefore, it is not a member of either group. Device2: No Device2 is Microsoft Entra joined (deviceTrustType is "AzureAD") and its OS is Windows. It matches both conditions for Group1. However, it does not match the rule for Group2 ("Workplace"). Therefore, it is a member of Group1 only, making the statement false. Device3: Yes Device3 is Microsoft Entra registered, so its deviceTrustType is "Workplace". It matches the rule for Group2. It does not match the deviceTrustType rule for Group1 ("AzureAD"). Therefore, it is a member of Group2 only.

Microsoft Entra Documentation: Dynamic membership rules for groups in Microsoft Entra

ID. This official documentation lists the properties available for device rules. Under the

deviceTrustType property, it specifies the possible values: "The trust type of the device. The

possible values are AzureAD, ServerAD (for hybrid joined), or Workplace (for registered)."

URL: https://learn.microsoft.com/en-us/entra/identity/users/groups-dynamic-membership