Microsoft MD-102 Endpoint Administrator Exam Dumps and Practice Test Questions Set 3 Q41-60

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Question 41:

Which feature in Microsoft Endpoint Manager allows administrators to automatically enroll Windows 10 devices into Intune during the initial setup process?

A) Windows Autopilot
B) Update Rings
C) Device Configuration Profiles
D) Compliance Policies

Answer: A) Windows Autopilot

Explanation:

Windows Autopilot is a feature of Microsoft Endpoint Manager that allows organizations to automatically enroll Windows 10 devices into Intune during the initial setup process, making Option A correct. Autopilot streamlines the deployment of new devices, allowing users to start with minimal manual configuration and ensuring devices are ready for business use immediately upon first boot.

Update Rings (B) manage operating system updates but do not handle device enrollment. Device Configuration Profiles (C) deploy settings and restrictions but require devices to already be enrolled. Compliance Policies (D) evaluate devices for adherence to security standards but do not handle initial enrollment.

Autopilot works by registering devices with the organization before they are shipped to the end-user. When the device is powered on, it connects to the organization’s enrollment service and automatically applies configuration profiles, apps, and policies defined in Microsoft Endpoint Manager. This reduces IT workload, eliminates the need for manual imaging, and ensures devices are compliant from day one.

Administrators can define deployment profiles within Autopilot, specifying user-driven, self-deploying, or pre-provisioned deployment modes. User-driven mode is the most common, where the end-user receives a personalized setup experience with automatic enrollment and policy application. Self-deploying mode supports kiosk or shared device scenarios, while pre-provisioned deployment allows IT staff to pre-configure devices before handing them to users.

Autopilot also integrates with Azure Active Directory and Intune to enforce security and compliance. Devices are automatically enrolled into management, receive conditional access policies, and are evaluated for compliance. Administrators can monitor enrollment status, troubleshoot deployment issues, and ensure devices adhere to corporate standards.

For MD-102 exam purposes, candidates must understand Autopilot’s capabilities, deployment profiles, integration with Intune and Azure AD, and enrollment workflows. Mastery of Autopilot demonstrates the ability to deploy devices efficiently, securely, and at scale, providing a seamless user experience while maintaining organizational compliance.

By using Autopilot, organizations reduce deployment complexity, improve endpoint security, ensure rapid device readiness, and enhance user satisfaction, making it a cornerstone of modern endpoint management strategies.

Question 42:

Which feature in Microsoft Endpoint Manager allows administrators to manage Windows 10 updates for different groups of devices, specifying deferral periods and maintenance windows?

A) Update Rings
B) Endpoint Security Policies
C) Compliance Policies
D) Device Configuration Profiles

Answer: A) Update Rings

Explanation:

Update Rings in Microsoft Endpoint Manager enable administrators to manage Windows 10 updates for different groups of devices, specifying deferral periods, maintenance windows, and deployment schedules, making Option A correct. This feature ensures updates are deployed in a controlled and phased manner, reducing risk and improving compliance across the enterprise.

Endpoint Security Policies (B) configure antivirus, firewall, and other security settings but do not manage updates. Compliance Policies (C) evaluate whether devices meet update requirements but do not control deployment. Device Configuration Profiles (D) deploy system settings but are not designed for update scheduling.

Update Rings allow administrators to create different deployment groups, such as Pilot, Broad, and Critical, enabling phased rollouts. Pilot devices receive updates first, allowing IT teams to identify potential issues before wider deployment. Deferral periods can be set for feature and quality updates, providing flexibility for testing and compatibility verification. Maintenance windows define specific times when updates can be installed, minimizing disruption to users.

Administrators can also configure restart behavior, automatic approval, and reporting for update compliance. Reports track which devices have successfully installed updates, which are pending, and which failed, providing insights for troubleshooting and remediation. Integration with Conditional Access ensures that only updated, compliant devices can access corporate resources, supporting security and Zero Trust strategies.

For MD-102 exam candidates, understanding Update Rings involves creating and assigning rings, configuring deferrals and maintenance windows, monitoring update status, and troubleshooting failures. Knowledge of Update Rings demonstrates the ability to manage device lifecycle, maintain security compliance, and ensure smooth operations across a large device estate.

By using Update Rings effectively, organizations reduce operational risk, ensure timely updates, maintain device security, and enhance user productivity, making them a vital part of modern endpoint management strategies.

Question 43:

Which Microsoft Endpoint Manager feature enables administrators to enforce encryption, firewall, antivirus, and attack surface reduction policies on Windows 10 devices?

A) Endpoint Security Policies
B) Device Configuration Profiles
C) Compliance Policies
D) Update Rings

Answer: A) Endpoint Security Policies

Explanation:

Endpoint Security Policies in Microsoft Endpoint Manager allow administrators to enforce advanced security configurations, including encryption, firewall rules, antivirus settings, and attack surface reduction (ASR) policies, making Option A correct. These policies centralize endpoint protection, ensuring consistent security measures are applied across all Windows 10 devices.

Device Configuration Profiles (B) can configure some security settings but are not optimized for comprehensive security management. Compliance Policies (C) evaluate adherence to security standards but do not configure settings. Update Rings (D) manage OS updates but do not enforce security policies.

Endpoint Security Policies support multiple categories: Antivirus, Firewall, BitLocker, ASR, Account Protection, and Endpoint Detection and Response (EDR). Administrators can deploy these policies to device groups, monitor compliance, and automatically remediate issues. For example, an Antivirus policy can enforce real-time protection, scheduled scans, and signature updates, while ASR rules can block unsafe scripts, lateral movement, or untrusted executable files.

Integration with Intune reporting and Conditional Access enhances visibility and control. Devices that fail security configurations can be flagged for remediation or blocked from accessing corporate resources. Administrators can track deployment success, view detailed reports, and adjust policies based on organizational requirements or threat intelligence.

For MD-102 exam purposes, candidates must understand how to configure Endpoint Security Policies, assign them to groups, monitor deployment, and troubleshoot issues. Endpoint Security Policies are essential for maintaining compliance with corporate and regulatory standards, mitigating security risks, and implementing Zero Trust principles across an enterprise.

By deploying Endpoint Security Policies, organizations ensure robust device protection, reduce vulnerability exposure, standardize security configurations, and improve operational efficiency, making them critical in modern endpoint management strategies.

Question 44:

Which Microsoft Endpoint Manager feature allows administrators to monitor and improve end-user device performance, including startup times, application reliability, and recommended remediation actions?

A) Endpoint Analytics
B) Compliance Policies
C) Device Configuration Profiles
D) Update Rings

Answer: A) Endpoint Analytics

Explanation:

Endpoint Analytics in Microsoft Endpoint Manager provides insights into device performance and user experience, making Option A correct. It collects telemetry data from enrolled devices to monitor startup times, application reliability, and system responsiveness, while offering recommended remediation actions to optimize performance and minimize disruptions.

Compliance Policies (B) evaluate device adherence to security rules but do not provide performance insights. Device Configuration Profiles (C) deploy settings but do not monitor device performance. Update Rings (D) manage updates but do not analyze or recommend improvements for device performance.

Endpoint Analytics includes key metrics such as Startup Performance Score, which identifies delays caused by drivers, applications, or system processes, and App Reliability Score, which monitors application crashes and failures. Recommended Actions guide administrators in resolving issues, such as updating drivers, adjusting startup applications, or reconfiguring system settings.

The insights provided by Endpoint Analytics are critical for enterprise IT, allowing administrators to proactively address performance bottlenecks, reduce support tickets, and improve user productivity. By identifying recurring issues across device groups, IT teams can implement targeted solutions, deploy scripts for remediation, and prevent future problems.

Integration with Intune, Compliance Policies, and Endpoint Security Policies enhances Endpoint Analytics effectiveness. Devices with poor performance can be flagged for remediation or restricted from accessing sensitive resources until optimized. Detailed reporting and export options enable IT teams to track trends, generate audit reports, and validate remediation success.

For MD-102 exam candidates, understanding Endpoint Analytics includes interpreting performance metrics, analyzing trends, implementing recommended actions, and integrating insights into broader management strategies. Endpoint Analytics ensures a proactive approach to device management, improving reliability, user experience, and operational efficiency across an organization.

By leveraging Endpoint Analytics, organizations enhance device performance, reduce downtime, improve user satisfaction, and maintain a high-quality computing environment, which is essential for modern endpoint administration.

Question 45:

Which Microsoft Endpoint Manager feature allows administrators to protect corporate data on mobile applications without requiring full device enrollment?

A) App Protection Policies (MAM)
B) Device Configuration Profiles
C) Endpoint Security Policies
D) Compliance Policies

Answer: A) App Protection Policies (MAM)

Explanation:

App Protection Policies, also known as Mobile Application Management (MAM), enable administrators to protect corporate data within applications without requiring full device enrollment, making Option A correct. This approach is essential in BYOD (Bring Your Own Device) scenarios, where users access corporate resources on personal devices that are not fully managed by the organization.

Device Configuration Profiles (B) manage device-level settings but require enrollment. Endpoint Security Policies (C) enforce security configurations but cannot isolate corporate data within apps. Compliance Policies (D) evaluate device compliance but do not provide data protection for apps.

App Protection Policies allow administrators to enforce encryption, PIN or biometric authentication, data transfer restrictions, and selective wipe capabilities. For example, users can be prevented from copying corporate data to personal apps, saving files to unauthorized locations, or sharing information outside of managed applications. Policies can be applied to apps such as Outlook, Teams, OneDrive, and line-of-business apps, ensuring consistent data protection.

These policies operate independently of device enrollment, offering flexibility while maintaining data security. Integration with Conditional Access ensures that only compliant apps can access corporate resources. Reporting provides insights into policy compliance, app usage, and data protection enforcement.

For MD-102 exam preparation, candidates must understand how to configure App Protection Policies, assign them to user groups, enforce security controls within apps, and monitor compliance. Mastery of this feature demonstrates the ability to secure corporate data while supporting user mobility and productivity in BYOD environments.

By implementing App Protection Policies, organizations secure sensitive information, enforce corporate policies, and maintain regulatory compliance, even on personal devices, forming a critical part of modern endpoint management strategies.

Question 46:

Which feature in Microsoft Endpoint Manager allows administrators to automatically deploy software updates to Microsoft 365 Apps for enterprise without user intervention?

A) Update Rings
B) Office Click-to-Run Deployment
C) Endpoint Security Policies
D) Device Configuration Profiles

Answer: B) Office Click-to-Run Deployment

Explanation:

Office Click-to-Run Deployment in Microsoft Endpoint Manager allows administrators to automatically deploy Microsoft 365 Apps for enterprise updates to Windows 10 devices, making Option B correct. This feature ensures that enterprise productivity applications remain up-to-date with the latest features, security patches, and bug fixes without requiring manual user intervention, improving operational efficiency and security compliance.

Update Rings (A) manage Windows operating system updates but do not handle Office apps. Endpoint Security Policies (C) configure security settings like antivirus, firewall, or attack surface reduction but do not deploy Office updates. Device Configuration Profiles (D) configure system or app settings but are not used for deploying Office updates.

Click-to-Run Deployment allows administrators to define update channels, such as Monthly Enterprise Channel, Semi-Annual Channel, or Deferred Channel, aligning deployment schedules with organizational needs. Deployment settings include automatic installation of updates, scheduling of restarts, and deferral options to ensure updates do not disrupt end-user productivity.

Administrators can target updates to specific users, devices, or groups, providing flexibility and control over the update process. Reporting tools provide insights into deployment success, failure, and devices that require remediation. This visibility is critical in large enterprises where software compliance and reliability directly impact operational efficiency.

Integration with Endpoint Analytics and Compliance Policies allows IT teams to monitor the health and update status of Office apps. Devices that fail updates can be flagged for automatic remediation, reducing downtime and ensuring continuity of business processes.

For MD-102 exam preparation, candidates must understand how to configure Office Click-to-Run Deployment, manage update channels, monitor deployment success, and troubleshoot failures. Mastery of this feature demonstrates the ability to maintain productivity, secure endpoints, and streamline application lifecycle management.

By using Office Click-to-Run Deployment, organizations ensure up-to-date Office applications, reduce support calls, maintain security compliance, and improve end-user productivity, which is essential in modern enterprise endpoint management.

Question 47:

Which feature in Microsoft Endpoint Manager allows administrators to assign different levels of access to users and administrators, ensuring role-based management of devices and policies?

A) Azure AD Roles and Intune RBAC
B) Compliance Policies
C) Device Configuration Profiles
D) Endpoint Analytics

Answer: A) Azure AD Roles and Intune RBAC

Explanation:

Azure Active Directory (Azure AD) Roles combined with Intune Role-Based Access Control (RBAC) allow administrators to assign different levels of access to users and administrators, making Option A correct. RBAC is critical in enterprise environments to enforce the principle of least privilege, ensuring that individuals only have access to the functions necessary for their role, which reduces security risks and operational errors.

Compliance Policies (B) evaluate device adherence to security requirements but do not manage administrative access. Device Configuration Profiles (C) deploy settings but cannot enforce role-based access. Endpoint Analytics (D) provides performance insights but does not manage access or permissions.

Intune RBAC allows administrators to define roles with specific permissions, such as the ability to deploy apps, configure security policies, enroll devices, or generate reports. These roles can be assigned to users or groups, providing granular control over administrative actions. For example, a helpdesk technician might have access only to perform remote device actions, while a senior IT administrator has full control over policy creation and deployment.

Integration with Azure AD ensures that RBAC aligns with organizational identity management, providing a single, unified system for authentication and authorization. Audit logs track administrative actions, providing accountability and supporting compliance reporting.

For MD-102 exam purposes, candidates must understand how to create and assign RBAC roles, define permissions, monitor role effectiveness, and troubleshoot access issues. Proper RBAC implementation ensures secure, efficient, and auditable management of endpoints across the organization.

By implementing RBAC, organizations reduce administrative risk, enforce compliance, provide accountability, and streamline endpoint management workflows, making it a critical component of enterprise device administration.

Question 48:

Which Microsoft Endpoint Manager feature allows administrators to protect corporate email, documents, and data on devices that are not fully managed by Intune?

A) App Protection Policies (MAM)
B) Device Configuration Profiles
C) Endpoint Security Policies
D) Compliance Policies

Answer: A) App Protection Policies (MAM)

Explanation:

App Protection Policies, also referred to as Mobile Application Management (MAM), allow administrators to protect corporate data within applications without requiring full device management, making Option A correct. This feature is particularly useful for BYOD scenarios, where personal devices access corporate email, documents, and applications.

Device Configuration Profiles (B) require full device enrollment and manage device-level settings. Endpoint Security Policies (C) configure security features like antivirus and firewall but cannot protect corporate app data on unmanaged devices. Compliance Policies (D) evaluate adherence but do not secure data.

App Protection Policies allow IT teams to enforce encryption, require PIN or biometric authentication, restrict copy-paste between managed and unmanaged apps, and selectively wipe corporate data if a device is lost or a user leaves the organization. Policies can be applied to Microsoft 365 apps such as Outlook, Teams, and OneDrive, as well as custom line-of-business applications.

By using MAM, organizations ensure that sensitive information remains protected even on personal devices, while allowing users to access resources securely. Integration with Conditional Access allows administrators to restrict access to corporate apps unless App Protection Policies are enforced, further strengthening security.

For MD-102 exam objectives, candidates must understand the configuration and deployment of App Protection Policies, including targeting users, integrating with Conditional Access, monitoring compliance, and troubleshooting policy issues. Proper implementation ensures data security while supporting mobility and productivity.

By leveraging App Protection Policies, organizations maintain data security, ensure regulatory compliance, protect corporate information on unmanaged devices, and reduce risk in mobile-first environments, making it a core component of modern endpoint management strategies.

Question 49:

Which Microsoft Endpoint Manager feature allows administrators to remotely retire or wipe devices that are lost, stolen, or no longer in use?

A) Device Actions
B) Endpoint Security Policies
C) Compliance Policies
D) Update Rings

Answer: A) Device Actions

Explanation:

Device Actions in Microsoft Endpoint Manager allow administrators to remotely retire or wipe devices, making Option A correct. This capability is essential for protecting corporate data on devices that are lost, stolen, or no longer in use. Remote actions prevent unauthorized access to sensitive information, ensuring data security and compliance.

Endpoint Security Policies (B) configure security settings but cannot perform remote device management tasks. Compliance Policies (C) evaluate device health but do not allow remote action execution. Update Rings (D) manage operating system updates and do not control device lifecycle actions.

Device Actions support multiple operations: Retire Device, Wipe Device, Remote Lock, Reset Passcode, and Sync. Retire removes corporate data, applications, and management profiles while leaving personal data intact. Wipe completely erases all data on the device. Remote Lock prevents unauthorized access until the device is recovered or reset. Reset Passcode allows administrators to help users regain access without physical intervention, and Sync ensures policies and configurations are updated.

Device Actions integrate with Intune reporting to provide status updates, success/failure logs, and audit trails for regulatory compliance. Administrators can target single devices, multiple devices, or device groups, offering flexibility for incident response and lifecycle management.

For MD-102 exam purposes, candidates must understand the available Device Actions, when to use each, monitoring execution status, and integrating actions with security and compliance frameworks. Device Actions are a key mechanism for protecting corporate resources, maintaining operational control, and enforcing security policies remotely.

By leveraging Device Actions, organizations protect sensitive data, maintain compliance, mitigate risk, and manage device lifecycles efficiently, forming an essential part of enterprise endpoint management.

Question 50:

Which feature in Microsoft Endpoint Manager allows administrators to configure conditional access policies based on device compliance, user risk, and location?

A) Conditional Access
B) Compliance Policies
C) Device Configuration Profiles
D) Endpoint Analytics

Answer: A) Conditional Access

Explanation:

Conditional Access in Microsoft Endpoint Manager allows administrators to enforce access control policies based on device compliance, user risk, location, and other contextual signals, making Option A correct. This feature is critical for implementing Zero Trust security principles, ensuring that only trusted users and devices can access corporate resources.

Compliance Policies (B) evaluate device adherence to standards but do not enforce access decisions. Device Configuration Profiles (C) configure settings but cannot control access. Endpoint Analytics (D) provides performance insights but does not regulate access.

Conditional Access evaluates multiple signals, including device compliance status from Intune, user group membership, sign-in risk level, geolocation, IP address, and device platform. Based on these signals, administrators can enforce requirements such as Multi-Factor Authentication, device compliance, session control, or block access. For example, a user signing in from an unmanaged device in a high-risk location can be blocked from accessing SharePoint Online until the device meets compliance policies.

Integration with Compliance Policies ensures that only compliant devices can access corporate applications. Integration with App Protection Policies further protects data on unmanaged devices. Reporting allows administrators to monitor access attempts, policy application success, and risk mitigation effectiveness.

For MD-102 exam preparation, candidates must understand how to configure Conditional Access policies, integrate with compliance and security features, interpret policy evaluation results, and remediate access issues. Conditional Access is a cornerstone of modern endpoint security, balancing usability with security and regulatory compliance.

By using Conditional Access, organizations protect sensitive data, enforce security policies, reduce unauthorized access, and implement Zero Trust principles, which are essential for modern enterprise endpoint management strategies.

Question 51:

Which Microsoft Endpoint Manager feature allows administrators to deploy security baselines that implement recommended Microsoft security settings on Windows 10 devices?

A) Endpoint Security Policies
B) Security Baselines
C) Device Configuration Profiles
D) Compliance Policies

Answer: B) Security Baselines

Explanation:

Security Baselines in Microsoft Endpoint Manager allow administrators to deploy pre-configured security settings recommended by Microsoft, making Option B correct. These baselines provide a consistent and tested configuration for Windows 10 devices, ensuring that devices adhere to best practices for security and compliance.

Endpoint Security Policies (A) configure specific security settings such as antivirus, firewall, or BitLocker, but Security Baselines provide a broader, integrated set of configurations designed to meet Microsoft-recommended standards. Device Configuration Profiles (C) allow individual configuration settings but do not package multiple recommended settings together. Compliance Policies (D) evaluate compliance with rules but do not implement recommended configurations automatically.

Security Baselines include configurations for Windows Defender Antivirus, Windows Firewall, BitLocker, Internet Explorer or Edge security, account policies, and administrative template settings. By deploying a baseline, administrators reduce the risk of misconfiguration and ensure a standardized security posture across the enterprise. Baselines can be deployed to dynamic or static groups, providing targeted control while maintaining consistency.

Administrators can compare existing device settings against the baseline to identify deviations, enabling proactive remediation. Integration with Endpoint Analytics, Compliance Policies, and Conditional Access ensures that devices configured according to the baseline are considered compliant and trusted for accessing corporate resources.

For MD-102 exam objectives, candidates must understand how to deploy, monitor, and update Security Baselines, interpret configuration reports, and integrate baselines with other MEM features. Mastery of this feature demonstrates the ability to enforce security best practices, minimize operational risks, and maintain regulatory compliance.

By leveraging Security Baselines, organizations standardize device configurations, enhance security, reduce misconfigurations, and maintain compliance, which is essential for enterprise endpoint management.

Question 52:

Which feature in Microsoft Endpoint Manager allows administrators to monitor device compliance trends, identify risky devices, and receive alerts about security incidents?

A) Endpoint Analytics
B) Compliance Dashboard
C) Device Configuration Profiles
D) Update Rings

Answer: B) Compliance Dashboard

Explanation:

The Compliance Dashboard in Microsoft Endpoint Manager provides a centralized view of device compliance trends, making Option B correct. It enables administrators to identify devices that are non-compliant with organizational policies, track patterns over time, and receive alerts about potential security incidents.

Endpoint Analytics (A) monitors performance and user experience but does not provide compliance insights. Device Configuration Profiles (C) configure device settings but do not track compliance. Update Rings (D) manage OS updates but do not provide monitoring of compliance or security incidents.

The Compliance Dashboard aggregates data from Compliance Policies, Endpoint Security Policies, and Conditional Access to provide insights into the organization’s security posture. Administrators can view compliance by device, user, or policy, and filter data to focus on high-risk devices. Alerts can be configured to notify IT teams when compliance thresholds are breached or when critical security issues are detected.

Compliance dashboards support remediation by providing guidance for non-compliant devices. For example, a device flagged for disabled BitLocker encryption can trigger a remediation script or policy enforcement to correct the issue automatically. This helps reduce the risk of data breaches and ensures that devices meet corporate and regulatory standards.

For MD-102 exam purposes, candidates must understand how to interpret compliance data, configure dashboards, set alerts, and integrate compliance insights with Conditional Access and Endpoint Security Policies. Effective use of the Compliance Dashboard supports proactive endpoint management, improves security, and helps organizations maintain regulatory compliance.

By leveraging the Compliance Dashboard, organizations gain visibility into device health, identify risks early, enforce compliance standards, and respond proactively to security incidents, making it a critical tool in modern endpoint administration.

Question 53:

Which Microsoft Endpoint Manager feature allows administrators to restrict access to corporate resources on devices that do not meet compliance requirements?

A) Conditional Access
B) Device Configuration Profiles
C) Endpoint Security Policies
D) Update Rings

Answer: A) Conditional Access

Explanation:

Conditional Access in Microsoft Endpoint Manager enables administrators to restrict access to corporate resources based on device compliance, making Option A correct. This feature ensures that only devices meeting organizational security and compliance standards can access sensitive applications and data.

Device Configuration Profiles (B) configure settings but do not control access. Endpoint Security Policies (C) enforce security measures but do not restrict access based on compliance. Update Rings (D) manage updates but do not provide conditional access controls.

Conditional Access policies use compliance status, user risk, location, device platform, and other signals to enforce access rules. Devices failing compliance policies, such as lacking BitLocker, outdated antivirus, or missing updates, can be blocked from accessing Microsoft 365 apps, VPNs, or other corporate resources.

Integration with Compliance Policies ensures that compliance evaluation feeds into access control decisions. Conditional Access policies can also enforce Multi-Factor Authentication, session control, or device quarantine for high-risk scenarios. Administrators can monitor policy effectiveness through detailed reporting and audit logs.

For MD-102 exam preparation, candidates must understand how to configure Conditional Access policies, integrate them with compliance evaluation, interpret policy reports, and troubleshoot access issues. Conditional Access is a core element of Zero Trust security strategies, balancing usability and security by enforcing access controls based on device and user posture.

By implementing Conditional Access, organizations protect sensitive resources, reduce security risks, enforce compliance, and implement Zero Trust principles, which are essential for enterprise endpoint security.

Question 54:

Which Microsoft Endpoint Manager feature allows administrators to deploy scripts to Windows 10 devices to automate tasks such as configuration, remediation, or reporting?

A) PowerShell Script Deployment
B) Device Configuration Profiles
C) Endpoint Security Policies
D) Compliance Policies

Answer: A) PowerShell Script Deployment

Explanation:

PowerShell Script Deployment in Microsoft Endpoint Manager enables administrators to automate tasks on Windows 10 devices, making Option A correct. Scripts can be used for configuration, remediation, reporting, or other administrative functions, providing flexibility and efficiency in managing a large device estate.

Device Configuration Profiles (B) configure predefined settings but are limited to supported configuration options. Endpoint Security Policies (C) enforce security measures but cannot deploy custom scripts. Compliance Policies (D) evaluate adherence to rules but do not automate device configuration or remediation tasks.

Administrators can deploy PowerShell scripts to perform a wide range of operations, such as installing applications, modifying registry settings, updating configuration files, enforcing security measures, or generating system reports. Scripts can be assigned to users, devices, or groups and can run in user or system context depending on the task requirements.

Script deployment supports monitoring and reporting, allowing administrators to track execution success, failure, or pending status. Remediation scripts can correct non-compliant settings automatically, reducing helpdesk workload and improving device compliance. For example, a script could enable BitLocker encryption on devices that are not compliant or reset Windows Update settings to ensure updates are applied correctly.

For MD-102 exam purposes, candidates must understand how to create, assign, monitor, and troubleshoot PowerShell script deployments. Knowledge of execution contexts, error handling, and reporting is critical for effectively automating administrative tasks and enforcing consistent configurations across an enterprise.

By leveraging PowerShell Script Deployment, organizations automate repetitive tasks, improve efficiency, enforce compliance, and remediate issues proactively, which is essential for modern endpoint management at scale.

Question 55:

Which Microsoft Endpoint Manager feature allows administrators to deploy Wi-Fi, VPN, and email settings to Windows 10 devices automatically without user interaction?

A) Device Configuration Profiles
B) App Protection Policies
C) Endpoint Security Policies
D) Compliance Policies

Answer: A) Device Configuration Profiles

Explanation:

Device Configuration Profiles in Microsoft Endpoint Manager allow administrators to automatically deploy Wi-Fi, VPN, and email settings to Windows 10 devices without requiring user intervention, making Option A correct. This feature ensures that devices are consistently configured for network connectivity, secure access, and communication, reducing manual configuration errors and improving operational efficiency.

App Protection Policies (B) manage application-level data security but do not configure network or email settings. Endpoint Security Policies (C) enforce security configurations like antivirus, firewall, and BitLocker but cannot deploy network or email profiles. Compliance Policies (D) evaluate device adherence to rules but do not configure settings.

Administrators can create configuration profiles targeting specific device groups, dynamic membership rules, or user groups. Wi-Fi profiles can include SSIDs, security types, and pre-shared keys, enabling automatic connection to corporate networks. VPN profiles can specify connection types, authentication, and server endpoints. Email profiles can pre-configure Exchange or Microsoft 365 accounts, ensuring seamless email access for end-users.

Profiles support monitoring deployment status and troubleshooting failures, providing visibility into successful or failed applications. Integration with Conditional Access ensures that devices with proper configuration can access corporate resources securely.

For MD-102 exam objectives, candidates must understand how to create, deploy, monitor, and troubleshoot Device Configuration Profiles for network and email settings. Proper use of these profiles ensures consistent, secure, and efficient device setup and management across an enterprise.

By using Device Configuration Profiles, organizations reduce administrative overhead, improve device readiness, enforce security and connectivity standards, and enhance the end-user experience, which is essential for large-scale endpoint management.

Question 56:

Which Microsoft Endpoint Manager feature allows administrators to enforce BitLocker encryption on Windows 10 devices to protect data at rest?

A) Device Configuration Profiles
B) Endpoint Security Policies
C) Compliance Policies
D) Security Baselines

Answer: B) Endpoint Security Policies

Explanation:

Endpoint Security Policies in Microsoft Endpoint Manager allow administrators to enforce BitLocker encryption on Windows 10 devices, making Option B correct. BitLocker is a native encryption solution that protects data at rest, ensuring that even if a device is lost or stolen, unauthorized access to corporate data is prevented.

Device Configuration Profiles (A) can configure certain settings, including encryption, but Endpoint Security Policies provide a dedicated and granular approach for managing BitLocker across the organization. Compliance Policies (C) can detect if a device is encrypted but do not enable encryption automatically. Security Baselines (D) include recommended BitLocker settings but are primarily templates for configuration rather than actively enforcing policy.

Endpoint Security Policies allow administrators to enforce full disk encryption, set encryption algorithms, configure startup authentication methods, and require recovery keys to be stored in Azure AD. Deployment can be targeted to user or device groups, ensuring that all corporate-managed devices are protected. Integration with Compliance Policies ensures that only encrypted devices are marked as compliant, supporting Conditional Access policies.

For MD-102 exam purposes, candidates must understand how to configure BitLocker policies, assign them, monitor compliance, and handle recovery keys. These policies are critical for protecting sensitive organizational data, reducing risk, and ensuring compliance with regulatory standards such as GDPR, HIPAA, or ISO 27001.

By leveraging Endpoint Security Policies for BitLocker, organizations protect data at rest, enforce encryption standards consistently, reduce the risk of data breaches, and maintain compliance across their endpoint environment, forming an essential part of modern endpoint security management.

Question 57:

Which Microsoft Endpoint Manager feature allows administrators to monitor device startup performance, application reliability, and proactively remediate issues to improve end-user experience?

A) Endpoint Analytics
B) Compliance Policies
C) Device Configuration Profiles
D) Update Rings

Answer: A) Endpoint Analytics

Explanation:

Endpoint Analytics in Microsoft Endpoint Manager allows administrators to monitor device startup performance, application reliability, and proactively remediate issues, making Option A correct. This feature provides detailed insights into user experience and system performance across the organization, helping IT teams identify issues before they impact productivity.

Compliance Policies (B) focus on security and configuration compliance but do not provide performance insights. Device Configuration Profiles (C) deploy settings but do not monitor device performance. Update Rings (D) manage updates but cannot provide analytics about user experience or application reliability.

Endpoint Analytics collects telemetry data from enrolled devices, including startup performance metrics, application crash reports, and Windows feature usage. Key metrics such as Startup Performance Score and App Reliability Score allow administrators to pinpoint devices with slow boot times, frequent crashes, or problematic applications. Recommended Actions provide actionable guidance to remediate issues, such as updating drivers, adjusting startup applications, or reconfiguring system settings.

Integration with Intune and Endpoint Security Policies ensures that devices flagged for performance issues can also be evaluated for compliance and security posture. For example, slow boot times could be correlated with outdated antivirus signatures, enabling administrators to remediate both performance and security concerns simultaneously.

For MD-102 exam purposes, candidates must understand how to access Endpoint Analytics reports, interpret metrics, implement recommended actions, and integrate insights into broader management strategies. Endpoint Analytics enables a proactive approach to endpoint management, reducing downtime, improving productivity, and enhancing the end-user experience.

By leveraging Endpoint Analytics, organizations optimize device performance, reduce support tickets, improve productivity, and maintain a high-quality user experience, which is critical for modern enterprise endpoint management.

Question 58:

Which Microsoft Endpoint Manager feature allows administrators to define policies that enforce password requirements, device encryption, and minimum OS versions to maintain corporate security standards?

A) Compliance Policies
B) Device Configuration Profiles
C) Endpoint Security Policies
D) App Protection Policies

Answer: A) Compliance Policies

Explanation:

Compliance Policies in Microsoft Endpoint Manager allow administrators to define rules that enforce password requirements, device encryption, minimum OS versions, and other security settings, making Option A correct. These policies ensure that devices meet organizational security standards before accessing corporate resources.

Device Configuration Profiles (B) configure settings but do not enforce compliance or generate reports on adherence. Endpoint Security Policies (C) configure security features such as antivirus or firewall but do not enforce comprehensive compliance rules across multiple criteria. App Protection Policies (D) manage data protection within apps but do not enforce device-level compliance rules.

Compliance Policies can evaluate multiple criteria, including password complexity, encryption status (such as BitLocker), jailbreak or rooting status, minimum OS version, and threat protection. Devices that do not meet these requirements can be marked as non-compliant, and remediation actions can be triggered automatically. Non-compliant devices can also be restricted from accessing corporate resources through Conditional Access policies, ensuring that only secure devices are allowed.

Reporting and monitoring features allow administrators to track compliance trends across the organization, identify at-risk devices, and prioritize remediation. Integration with Endpoint Security Policies, Device Configuration Profiles, and Conditional Access provides a comprehensive framework for maintaining enterprise security.

For MD-102 exam objectives, candidates must understand how to create Compliance Policies, assign them to groups, monitor compliance, implement remediation actions, and integrate compliance data with Conditional Access. Mastery of Compliance Policies demonstrates the ability to enforce corporate security standards effectively, reduce risk, and maintain regulatory compliance.

By leveraging Compliance Policies, organizations ensure that devices meet security standards, prevent unauthorized access, maintain regulatory compliance, and reduce the risk of data breaches, forming a core component of enterprise endpoint management.

Question 59:

Which Microsoft Endpoint Manager feature allows administrators to configure Windows Defender Firewall settings and enforce protection policies across all managed devices?

A) Endpoint Security Policies
B) Device Configuration Profiles
C) Compliance Policies
D) Security Baselines

Answer: A) Endpoint Security Policies

Explanation:

Endpoint Security Policies in Microsoft Endpoint Manager allow administrators to configure and enforce Windows Defender Firewall settings across all managed Windows 10 devices, making Option A correct. Firewall policies protect devices from unauthorized network access, reducing exposure to attacks while maintaining organizational security standards.

Device Configuration Profiles (B) can configure certain firewall settings but Endpoint Security Policies provide a dedicated and comprehensive approach to security management. Compliance Policies (C) can check whether firewall settings are enabled but cannot enforce them. Security Baselines (D) provide recommended settings but require deployment as a template rather than actively enforcing security.

Firewall policies can define inbound and outbound rules, allow or block specific applications, configure network profiles, and apply logging or notification settings. Policies can be targeted to user or device groups, ensuring consistency and reducing administrative complexity. Integration with Compliance Policies ensures that devices that do not meet firewall requirements are flagged as non-compliant and can be restricted through Conditional Access.

Administrators can monitor firewall status and policy deployment through Intune reporting, allowing them to identify devices that have failed to apply the policy and take corrective action. This ensures continuous protection and helps maintain a secure and compliant environment.

For MD-102 exam purposes, candidates must understand how to configure firewall policies using Endpoint Security Policies, assign them to groups, monitor compliance, and remediate non-compliant devices. This feature is critical for protecting endpoints from network threats and enforcing enterprise security standards.

By leveraging Endpoint Security Policies for firewall configuration, organizations protect devices from unauthorized access, enforce security standards, maintain compliance, and mitigate network risks, which is essential for enterprise endpoint security management.

Question 60:

Which Microsoft Endpoint Manager feature allows administrators to remotely lock, restart, or wipe devices to protect corporate data in the event of device loss or theft?

A) Device Actions
B) Endpoint Security Policies
C) Compliance Policies
D) App Protection Policies

Answer: A) Device Actions

Explanation:

Device Actions in Microsoft Endpoint Manager allow administrators to remotely lock, restart, retire, or wipe devices, making Option A correct. This capability is crucial for protecting corporate data if a device is lost, stolen, or no longer in use. Remote actions prevent unauthorized access to sensitive information, ensuring organizational data remains secure.

Endpoint Security Policies (B) enforce security settings but do not provide remote control functions. Compliance Policies (C) evaluate adherence but cannot execute actions on devices. App Protection Policies (D) protect data within apps but cannot remotely control the device itself.

Device Actions include the ability to:

Retire Device: Removes corporate data and management profiles while leaving personal data intact.

Wipe Device: Completely erases all data and resets the device to factory defaults.

Remote Lock: Locks the device to prevent unauthorized access until recovered.

Reset Passcode: Allows administrators to reset device passwords without physical access.

Sync Device: Forces device to check in with Intune to update policies and configurations.

These actions can be applied to individual devices, multiple devices, or dynamic groups, providing flexibility in incident response. Integration with Intune reporting allows administrators to track execution status and ensure accountability.

For MD-102 exam candidates, understanding Device Actions includes knowing when to use each action, monitoring execution, and integrating these actions into security and compliance frameworks. Proper use of Device Actions is essential for securing data, reducing risk, and managing device lifecycle efficiently.

By leveraging Device Actions, organizations mitigate data loss risk, maintain compliance, protect sensitive information, and respond effectively to device incidents, forming a critical component of enterprise endpoint management strategy.