Microsoft MD-102 Endpoint Administrator Exam Dumps and Practice Test Questions Set 7 Q121-140

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Question 121:

Which Microsoft Endpoint Manager feature allows administrators to configure Windows 10 BitLocker policies, including encryption methods, recovery key storage, and enforcement settings?

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

Answer: A) Endpoint Security Policies

Explanation:

Endpoint Security Policies in Microsoft Endpoint Manager allow administrators to configure BitLocker policies, making Option A correct. BitLocker is a full-disk encryption solution that protects sensitive corporate data by encrypting drives, ensuring data confidentiality even if a device is lost or stolen.

Device Configuration Profiles (B) can configure basic BitLocker settings but lack comprehensive enforcement capabilities and recovery key management. Compliance Policies (C) only evaluate whether encryption is enabled without configuring enforcement. App Protection Policies (D) protect corporate app data but do not control device-level encryption.

Key features of BitLocker management via Endpoint Security Policies include:

Encryption Algorithms: Configure AES 128-bit or AES 256-bit encryption based on organizational security standards.

Recovery Key Storage: Automatically back up recovery keys to Azure Active Directory, allowing secure recovery if users forget their PINs or lose access.

Enforcement Settings: Require BitLocker activation on devices, monitor compliance, and automatically remediate non-compliant systems.

Startup PIN and TPM Integration: Ensure that devices use TPM (Trusted Platform Module) and optionally require a startup PIN for added security.

Administrators can deploy policies to specific device groups, monitor encryption status through dashboards, and remediate non-compliant devices automatically. Integration with Conditional Access ensures that devices without proper encryption are considered non-compliant, restricting access to sensitive corporate resources.

For MD-102 exam purposes, candidates must understand how to configure BitLocker policies, enforce encryption standards, manage recovery keys, monitor compliance, and integrate with Conditional Access. Proper implementation ensures organizational data remains protected against unauthorized access while supporting secure and compliant device management.

By leveraging Endpoint Security Policies for BitLocker, organizations protect sensitive data, enforce encryption standards, ensure recoverability, maintain compliance, and prevent unauthorized access, forming a critical aspect of enterprise endpoint security strategy.

Question 122:

Which Microsoft Endpoint Manager feature allows administrators to enforce device compliance by evaluating security settings such as antivirus status, OS patch level, and encryption before granting access to corporate resources?

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 evaluate devices against security requirements, making Option A correct. Devices that do not meet defined compliance rules, such as missing antivirus updates, outdated operating systems, or unencrypted drives, can be restricted from accessing corporate resources using Conditional Access.

Device Configuration Profiles (B) configure settings but do not evaluate or enforce compliance. Endpoint Security Policies (C) enforce security configurations but do not holistically monitor compliance. App Protection Policies (D) secure corporate app data but do not evaluate device-wide security compliance.

Key functions of Compliance Policies include:

Antivirus Verification: Ensure that devices have active, up-to-date antivirus protection.

OS Version Monitoring: Confirm devices meet minimum patch levels and feature update requirements.

Encryption Enforcement: Verify BitLocker or other encryption solutions are active.

Password and Lock Settings: Ensure devices meet complexity, length, and inactivity lock standards.

Non-compliant devices can trigger automatic remediation, including enforcing missing settings or preventing access to corporate apps. Integration with Endpoint Analytics allows IT teams to track compliance trends, identify high-risk devices, and apply proactive remediation measures. Reporting dashboards provide insights into compliance status across user and device groups.

For MD-102 exam purposes, candidates must understand how to configure compliance evaluation criteria, monitor devices, assign policies to groups, implement Conditional Access restrictions, and remediate non-compliant devices. Proper implementation enhances security posture, reduces risk, and ensures secure access to corporate data.

By leveraging Compliance Policies, organizations enforce corporate security standards, prevent unauthorized access, proactively remediate issues, maintain regulatory compliance, and enhance overall endpoint security, forming a cornerstone of enterprise endpoint management strategy.

Question 123:

Which Microsoft Endpoint Manager feature allows administrators to deploy VPN profiles to Windows 10 devices, including server addresses, authentication methods, and split tunneling configurations, to enable secure remote network access?

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

Answer: A) Device Configuration Profiles

Explanation:

Device Configuration Profiles in Microsoft Endpoint Manager allow administrators to deploy VPN profiles to Windows 10 devices, making Option A correct. VPN profiles ensure secure connectivity to corporate networks for remote users, protecting data in transit and maintaining productivity.

App Protection Policies (B) focus on protecting corporate app data but do not configure network connectivity. Compliance Policies (C) evaluate adherence to security requirements but cannot deploy VPN configurations. Endpoint Security Policies (D) enforce security settings but do not configure network profiles.

Key capabilities of VPN deployment include:

Connection Type Configuration: Support for IKEv2, L2TP/IPSec, SSTP, and other VPN protocols.

Authentication Methods: Configure username/password, certificates, or device-based authentication.

Split Tunneling: Control which traffic goes through the VPN, optimizing performance while maintaining security.

Server Endpoint Management: Specify VPN gateways to direct corporate traffic securely.

Profiles can be assigned to users, devices, or dynamic groups. Integration with Conditional Access ensures that only devices with properly configured VPN profiles can access corporate resources. Monitoring dashboards provide real-time insights into deployment success, connection issues, and troubleshooting guidance.

For MD-102 exam purposes, candidates must understand how to create VPN profiles, configure authentication and routing, assign profiles to groups, monitor connectivity, and troubleshoot deployment issues. Proper implementation ensures secure remote access while reducing user configuration errors.

By leveraging Device Configuration Profiles for VPN, organizations enable secure remote connectivity, enforce corporate access policies, optimize network performance, reduce configuration errors, and support remote workforce productivity, forming a critical part of enterprise endpoint management strategy.

Question 124:

Which Microsoft Endpoint Manager feature allows administrators to deploy and manage Microsoft 365 apps on unmanaged mobile devices using policies that enforce encryption, PIN protection, and selective wipe of corporate data?

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 (MAM) allow administrators to secure corporate data on Microsoft 365 apps installed on unmanaged mobile devices, making Option A correct. This feature is particularly important for BYOD environments, where devices are personally owned but used to access corporate resources.

Device Configuration Profiles (B) configure device-level settings but cannot enforce app-level protections. Endpoint Security Policies (C) enforce security configurations at the device level but cannot selectively protect corporate data in apps. Compliance Policies (D) monitor adherence to organizational rules but do not manage app-level encryption or selective wipe.

Key capabilities of App Protection Policies include:

Data Encryption: Encrypt corporate app data both at rest and in transit.

PIN and Biometric Access Controls: Require authentication to access corporate apps.

Data Loss Prevention: Restrict copy/paste, save-to personal storage, and screen capture.

Selective Wipe: Remove corporate data without affecting personal apps or data when a device is lost, stolen, or unenrolled.

Policies can be applied to Microsoft 365 apps like Outlook, Teams, OneDrive, and custom line-of-business apps. Integration with Conditional Access ensures that only devices compliant with app protection policies can access corporate resources. Reporting dashboards provide visibility into app usage, compliance, and enforcement status.

For MD-102 exam purposes, candidates must understand how to configure App Protection Policies, enforce access control, enable encryption, deploy selective wipe, and monitor compliance. Proper implementation protects corporate data while supporting secure mobile productivity.

By leveraging App Protection Policies, organizations prevent data leakage, enforce corporate standards, maintain compliance, secure apps on unmanaged devices, and support BYOD strategies, forming a critical component of enterprise endpoint management and security strategy.

Question 125:

Which Microsoft Endpoint Manager feature allows administrators to deploy PowerShell scripts to Windows 10 devices to automate remediation, configuration, and reporting tasks without user intervention?

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

Answer: A) PowerShell Script Deployment

Explanation:

PowerShell Script Deployment in Microsoft Endpoint Manager allows administrators to automate tasks on Windows 10 devices, making Option A correct. Scripts can perform configuration changes, remediate non-compliant settings, collect system information, or deploy applications, significantly enhancing administrative efficiency.

Device Configuration Profiles (B) configure predefined settings but cannot run scripts for automation. Endpoint Security Policies (C) enforce security settings but do not allow scripting. App Protection Policies (D) secure corporate app data but cannot execute device-level automation scripts.

Key capabilities of PowerShell Script Deployment include:

Execution Context: Run scripts as system or user depending on the requirements.

Assignment Targeting: Deploy scripts to specific devices, user groups, or dynamic collections.

Detection Rules: Ensure scripts run only when necessary and verify execution success.

Automation: Automate remediation of configuration issues, deployment of applications, and reporting tasks.

Integration with Compliance Policies allows scripts to remediate non-compliant settings automatically. Monitoring dashboards track script execution status, detect failures, and provide troubleshooting insights. Endpoint Analytics can further provide insights into the effectiveness of deployed scripts and overall system improvement.

For MD-102 exam purposes, candidates must understand how to deploy scripts, configure execution context, create detection rules, assign scripts to groups, and monitor results. Effective deployment reduces manual IT workload, ensures consistent configurations, and enhances endpoint compliance.

By leveraging PowerShell Script Deployment, organizations automate repetitive tasks, enforce configuration standards, remediate issues proactively, enhance operational efficiency, and maintain endpoint compliance, forming a key component of modern endpoint management strategy.

Question 126:

Which Microsoft Endpoint Manager feature allows administrators to enforce Windows Defender Antivirus policies, including real-time protection, cloud-delivered protection, and exclusion rules across Windows 10 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 enforce Microsoft Defender Antivirus policies, making Option A correct. Microsoft Defender Antivirus is an integral component of Windows security, providing real-time protection against malware, ransomware, and other advanced threats. Endpoint Security Policies enable consistent deployment and configuration of antivirus settings across all managed Windows 10 devices.

Device Configuration Profiles (B) allow general configuration of device settings but cannot comprehensively manage antivirus behaviors. Compliance Policies (C) can monitor the presence of antivirus software but cannot enforce specific configurations such as real-time protection or cloud-delivered updates. Security Baselines (D) provide recommended security configurations but must be deployed through Endpoint Security Policies for active enforcement.

Key capabilities of Endpoint Security Policies for Microsoft Defender Antivirus include:

Real-Time Protection: Constantly monitors and blocks threats as they occur.

Cloud-Delivered Protection: Utilizes Microsoft’s cloud intelligence to detect and block emerging threats rapidly.

Exclusion Rules: Allows administrators to exclude specific files, folders, or processes from scans to prevent interference with critical business applications.

Scheduled Scans: Configurable full or quick scans ensure comprehensive device security.

Tamper Protection: Prevents unauthorized changes to antivirus configurations, ensuring consistent enforcement.

Administrators can assign policies to user groups, device groups, or dynamic collections. Monitoring dashboards provide detailed insights into threat detection, policy deployment status, and device compliance. Integration with Conditional Access ensures that devices failing antivirus compliance can be restricted from accessing corporate resources, reducing security risks.

For MD-102 exam purposes, candidates must understand how to configure Endpoint Security Policies for Defender Antivirus, monitor enforcement, troubleshoot deployment issues, and integrate with Conditional Access. Effective implementation ensures enterprise endpoints are protected against malware and threats, maintaining regulatory compliance and minimizing security incidents.

By leveraging Endpoint Security Policies for Defender Antivirus, organizations ensure robust endpoint protection, enforce consistent security standards, reduce malware risks, maintain compliance, and proactively detect and remediate threats, forming a key part of enterprise endpoint security strategy.

Question 127:

Which Microsoft Endpoint Manager feature allows administrators to monitor device startup performance, application reliability, and operating system health to proactively remediate issues before they impact end users?

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

Answer: A) Endpoint Analytics

Explanation:

Endpoint Analytics in Microsoft Endpoint Manager allows administrators to monitor startup performance, application reliability, and operating system health, making Option A correct. This feature collects telemetry from Windows 10 devices to identify performance bottlenecks, detect application crashes, and provide actionable insights to enhance user experience and productivity.

Device Configuration Profiles (B) configure device settings but do not monitor performance or reliability. Compliance Policies (C) assess adherence to security policies but do not provide performance analytics. Update Rings (D) manage operating system updates but cannot proactively monitor performance metrics.

Key capabilities of Endpoint Analytics include:

Startup Performance Monitoring: Tracks boot times and identifies applications or processes causing delays.

Application Reliability Monitoring: Detects application crashes, unresponsiveness, and error codes to proactively address issues.

Device Health Assessment: Evaluates Windows error logs, blue screen incidents, and system stability metrics.

Proactive Remediation: Uses automated scripts or configurations to resolve detected issues before they impact end users.

Insightful Reporting: Provides dashboards and reports on performance trends, device reliability, and improvement recommendations.

Administrators can assign remediation scripts and automated actions to resolve identified issues. Integration with Intune allows policies to be applied dynamically to devices, ensuring that performance improvements are implemented consistently. Endpoint Analytics also supports predictive insights, helping IT teams plan resource allocation and hardware upgrades based on historical performance data.

For MD-102 exam purposes, candidates must understand how to configure Endpoint Analytics, interpret telemetry data, implement proactive remediation, monitor improvements, and integrate analytics with broader device management strategies. Effective use ensures devices remain performant, reduces IT support calls, and enhances overall productivity.

By leveraging Endpoint Analytics, organizations proactively monitor device health, improve startup and application performance, reduce downtime, optimize IT resource allocation, and enhance end-user productivity, forming a key component of modern endpoint management strategies.

Question 128:

Which Microsoft Endpoint Manager feature allows administrators to enforce update deployment policies on Windows 10 devices, including quality and feature updates, deferral periods, and active hours to minimize disruption?

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

Answer: A) Update Rings

Explanation:

Update Rings in Microsoft Endpoint Manager allow administrators to control deployment of Windows 10 updates, making Option A correct. Organizations can manage both quality updates (monthly security updates) and feature updates (new Windows 10 versions) to ensure devices remain secure while minimizing user disruption.

Device Configuration Profiles (B) configure device settings but cannot manage update deployment schedules. Compliance Policies (C) can check update status but cannot enforce installation. Endpoint Security Policies (D) enforce security configurations but do not control Windows updates.

Key capabilities of Update Rings include:

Quality and Feature Updates: Deploy critical security patches and new OS features according to organizational needs.

Deferral Periods: Delay feature or quality updates to allow testing before wide-scale deployment.

Active Hours Configuration: Prevent automatic restarts during defined working hours to minimize impact on productivity.

Staged Deployment: Apply updates to pilot groups before broader deployment to detect issues early.

Monitoring and Reporting: Track update compliance, deployment success, and error rates.

Integration with Conditional Access ensures that devices not meeting required update levels can be restricted from accessing corporate resources. Administrators can also leverage Endpoint Analytics to identify update failures and remediate issues proactively.

For MD-102 exam purposes, candidates must understand how to configure Update Rings, manage deferral periods, assign policies to device groups, monitor update deployment, and troubleshoot update failures. Effective implementation ensures devices are secure, stable, and user disruption is minimized.

By leveraging Update Rings, organizations maintain OS security, ensure timely deployment of updates, reduce operational risk, optimize user productivity, and enforce compliance, forming a critical aspect of enterprise endpoint management strategy.

Question 129:

Which Microsoft Endpoint Manager feature allows administrators to deploy device configuration profiles to enforce security, connectivity, and application settings on Windows 10 and mobile devices?

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

Answer: A) Device Configuration Profiles

Explanation:

Device Configuration Profiles in Microsoft Endpoint Manager allow administrators to deploy settings that enforce security, connectivity, and application configurations, making Option A correct. These profiles provide a scalable way to standardize configurations across Windows 10 and mobile devices, ensuring compliance and reducing configuration errors.

App Protection Policies (B) enforce security at the application level but do not configure device settings. Compliance Policies (C) monitor adherence to policies but cannot deploy configurations. Endpoint Security Policies (D) enforce security features but cannot configure network or application settings broadly.

Key capabilities of Device Configuration Profiles include:

Security Configuration: Enforce encryption, password policies, firewall settings, and device lock settings.

Connectivity Profiles: Deploy VPN, Wi-Fi, and email settings for seamless secure access.

Application Configuration: Configure Microsoft 365 apps or line-of-business applications to ensure consistent user experience.

Deployment and Monitoring: Assign profiles to devices or groups, monitor deployment status, and remediate failed configurations.

Administrators can target profiles to specific users, devices, or dynamic groups. Integration with Conditional Access ensures that only devices meeting configuration requirements can access corporate resources. Dashboards and reporting tools provide insights into deployment success and configuration compliance.

For MD-102 exam purposes, candidates must understand how to create device configuration profiles, assign them, monitor deployment, troubleshoot issues, and ensure integration with broader security and compliance policies. Proper implementation improves security posture, reduces IT support workload, and ensures consistent device configurations.

By leveraging Device Configuration Profiles, organizations enforce standardized settings, ensure secure connectivity, maintain compliance, improve user experience, and streamline endpoint management, forming a cornerstone of enterprise device management strategy.

Question 130:

Which Microsoft Endpoint Manager feature allows administrators to enforce data loss prevention, encryption, and access controls on Microsoft 365 apps installed on unmanaged mobile devices?

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 (MAM) allow administrators to enforce data loss prevention, encryption, and access controls on Microsoft 365 apps on unmanaged mobile devices, making Option A correct. This approach supports BYOD scenarios, allowing employees to use personal devices securely while ensuring corporate data remains protected.

Device Configuration Profiles (B) configure device-level settings but do not enforce app-level protections. Endpoint Security Policies (C) enforce security at the device level but cannot selectively protect corporate app data. Compliance Policies (D) monitor device compliance but do not manage app-level encryption or access controls.

Key capabilities of App Protection Policies include:

Encryption: Encrypt corporate app data both at rest and in transit.

Access Control: Require PIN, biometrics, or corporate credentials to access protected apps.

Data Loss Prevention: Restrict copy/paste, save-to-personal-storage, and screen capture.

Selective Wipe: Remove corporate app data without affecting personal data in case the device is lost, stolen, or unenrolled.

Policies can be applied to Microsoft 365 apps such as Outlook, Teams, OneDrive, and custom line-of-business apps. Integration with Conditional Access ensures that only compliant devices can access corporate resources. Reporting dashboards provide visibility into enforcement, compliance, and app usage.

For MD-102 exam purposes, candidates must understand how to configure App Protection Policies, enforce encryption, implement access controls, deploy selective wipe, and monitor compliance. Proper use allows organizations to maintain data security without enforcing full device management.

By leveraging App Protection Policies, organizations prevent data leakage, enforce corporate standards, maintain compliance, secure applications on unmanaged devices, and support BYOD strategies, forming a critical aspect of enterprise endpoint management and security.

Question 131:

Which Microsoft Endpoint Manager feature allows administrators to enforce Attack Surface Reduction (ASR) rules on Windows 10 devices to prevent malware and ransomware from executing malicious behaviors?

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 Attack Surface Reduction (ASR) rules, making Option A correct. ASR is a critical security component designed to reduce the attack surface of Windows 10 devices by blocking behaviors commonly exploited by malware and ransomware.

Device Configuration Profiles (B) configure general device settings but cannot enforce ASR rules. Compliance Policies (C) assess whether devices meet security standards but do not actively block exploits. Update Rings (D) manage OS updates but cannot implement behavioral restrictions.

Key capabilities of ASR rules through Endpoint Security Policies include:

Block Executable Content from Email and Web: Prevent execution of malicious attachments or downloaded files.

Block Office Macros: Disable potentially dangerous macros in Office documents.

Block Credential Theft: Prevent scripts and applications from accessing Windows credential storage.

Network Protection: Prevent users from accessing malicious domains.

Administrators can deploy ASR rules to specific groups or all devices and monitor enforcement using Intune dashboards. Integration with Conditional Access ensures devices failing ASR compliance are restricted from accessing corporate resources. Alerts and logs provide insights into blocked behaviors, helping IT teams proactively adjust policies to emerging threats.

For MD-102 exam purposes, candidates must understand how to configure ASR rules, assign them to device groups, monitor compliance, analyze alerts, and remediate non-compliant devices. Effective implementation reduces malware risk, strengthens endpoint protection, and enforces corporate security standards.

By leveraging Endpoint Security Policies to implement ASR, organizations prevent malware execution, reduce ransomware impact, block credential theft, maintain device compliance, and enhance overall cybersecurity posture, forming a key component of enterprise endpoint management.

Question 132:

Which Microsoft Endpoint Manager feature allows administrators to deploy Wi-Fi profiles to Windows 10 and mobile devices, including SSID, security type, and authentication methods, to simplify network connectivity for end users?

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

Answer: A) Device Configuration Profiles

Explanation:

Device Configuration Profiles in Microsoft Endpoint Manager allow administrators to deploy Wi-Fi profiles to managed devices, making Option A correct. These profiles automate network connectivity setup, reduce user errors, and ensure secure connections to corporate networks without manual configuration.

App Protection Policies (B) enforce security for applications but cannot configure network settings. Compliance Policies (C) evaluate adherence to corporate security rules but do not deploy network configurations. Endpoint Security Policies (D) enforce security features but do not provide Wi-Fi configuration deployment.

Key capabilities of Wi-Fi deployment include:

SSID Configuration: Predefine network names for automatic connection.

Security Type Enforcement: Configure WPA2, WPA3, or other supported security protocols.

Authentication Methods: Integrate certificates or credentials for secure access.

Profile Assignment: Target profiles to specific user or device groups for precise deployment.

Monitoring and Troubleshooting: Track connection success, failures, and compliance with corporate Wi-Fi standards.

Integration with Conditional Access ensures only devices with compliant Wi-Fi configurations can access sensitive corporate resources. Administrators can monitor deployment progress and troubleshoot issues using Intune reporting dashboards. Proper deployment reduces helpdesk calls and enhances end-user productivity.

For MD-102 exam purposes, candidates must understand how to create Wi-Fi profiles, configure authentication and security, assign profiles, monitor deployment, and remediate connection issues. Effective use ensures secure, consistent, and reliable network connectivity across all devices.

By leveraging Device Configuration Profiles for Wi-Fi, organizations simplify network access, enforce secure connections, reduce configuration errors, ensure compliance, and improve end-user productivity, forming a critical component of enterprise device management.

Question 133:

Which Microsoft Endpoint Manager feature allows administrators to deploy Windows 10 applications in MSI, EXE, or other supported formats with installation commands, detection rules, and assignment targeting?

A) App Deployment (Win32)
B) Device Configuration Profiles
C) Compliance Policies
D) Update Rings

Answer: A) App Deployment (Win32)

Explanation:

App Deployment (Win32) in Microsoft Endpoint Manager allows administrators to deploy traditional Windows 10 applications using MSI, EXE, or other supported formats, making Option A correct. This ensures consistent application availability across the organization and allows IT teams to control installation, versioning, and updates efficiently.

Device Configuration Profiles (B) configure device settings but cannot deploy Win32 applications. Compliance Policies (C) assess adherence to policies but do not manage application installations. Update Rings (D) control OS updates, not application deployment.

Key capabilities of Win32 app deployment include:

Installation Commands: Specify silent installation or custom command-line parameters.

Detection Rules: Ensure apps are only installed if necessary and detect existing installations.

Assignment Targeting: Deploy apps to specific devices, users, or dynamic groups for granular control.

Monitoring and Reporting: Track installation success, failures, and in-progress deployments.

Integration with Endpoint Analytics allows IT teams to monitor app reliability, troubleshoot installation failures, and ensure performance consistency. Automated deployment reduces user intervention, increases compliance, and standardizes the corporate software environment.

For MD-102 exam purposes, candidates must understand how to package applications, configure installation commands and detection rules, assign applications to groups, monitor deployment, and remediate installation failures. Effective deployment ensures productivity and reduces support workload.

By leveraging App Deployment (Win32), organizations maintain consistent application delivery, ensure version control, streamline deployment processes, monitor application health, and improve overall endpoint management, forming a crucial part of enterprise IT strategy.

Question 134:

Which Microsoft Endpoint Manager feature allows administrators to enforce device health and security compliance, including password policies, encryption, antivirus, and OS patch levels, and integrate with Conditional Access for access control?

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 evaluate and enforce device health and security compliance, making Option A correct. Policies can cover password complexity, encryption enforcement, antivirus presence, and operating system updates, ensuring devices meet organizational security standards.

Device Configuration Profiles (B) configure device settings but do not assess overall compliance. Endpoint Security Policies (C) enforce specific security features but cannot evaluate holistic compliance. App Protection Policies (D) protect corporate data at the application level but do not evaluate device-wide compliance.

Key capabilities of Compliance Policies include:

Password Enforcement: Define length, complexity, and expiration requirements.

Encryption Verification: Ensure BitLocker or other encryption technologies are active.

Antivirus Status Monitoring: Confirm devices have active and updated antivirus protection.

OS Patch Level Checks: Verify that devices are up-to-date with critical security and feature updates.

Conditional Access Integration: Block non-compliant devices from accessing corporate resources, ensuring security.

Administrators can configure automatic remediation actions, generate compliance reports, and monitor device adherence to policies. Integration with Endpoint Analytics enables predictive insights and proactive remediation, improving overall security posture and reducing IT workload.

For MD-102 exam purposes, candidates must understand how to create compliance policies, monitor device health, assign policies, implement Conditional Access restrictions, and remediate non-compliant devices. Proper implementation ensures secure access, regulatory compliance, and organizational data protection.

By leveraging Compliance Policies, organizations enforce corporate security standards, reduce unauthorized access, proactively remediate risks, maintain regulatory compliance, and enhance overall endpoint security, forming a cornerstone of modern endpoint management strategies.

Question 135:

Which Microsoft Endpoint Manager feature allows administrators to enforce app-level protection on Microsoft 365 apps on unmanaged devices, including data encryption, access control, and selective wipe?

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 (MAM) in Microsoft Endpoint Manager allow administrators to enforce app-level protections on Microsoft 365 apps installed on unmanaged devices, making Option A correct. This ensures corporate data security without requiring full device enrollment, which is especially important for BYOD scenarios.

Device Configuration Profiles (B) configure device-level settings but cannot secure application data. Endpoint Security Policies (C) enforce device-level security configurations but cannot selectively protect corporate app data. Compliance Policies (D) monitor overall device compliance but do not enforce app-level protection.

Key capabilities of App Protection Policies include:

Data Encryption: Protect corporate app data both at rest and in transit.

Access Control: Require PIN, biometric authentication, or corporate credentials for access.

Data Loss Prevention: Restrict copy/paste, save-to-personal-storage, and screen capture.

Selective Wipe: Remove corporate app data from unmanaged devices without affecting personal data if the device is lost or unenrolled.

Policies can be applied to Microsoft 365 apps like Outlook, Teams, OneDrive, and other line-of-business applications. Integration with Conditional Access ensures that only compliant devices or apps can access sensitive corporate resources. Reporting dashboards allow administrators to track app compliance, usage, and policy enforcement.

For MD-102 exam purposes, candidates must understand how to configure App Protection Policies, enforce encryption, implement access controls, deploy selective wipe, and monitor compliance. Proper implementation balances security with user flexibility, enabling secure mobile productivity.

By leveraging App Protection Policies, organizations prevent data leakage, secure corporate apps on unmanaged devices, enforce access controls, maintain compliance, and support BYOD strategies, forming a vital part of enterprise endpoint management.

Question 136:

Which Microsoft Endpoint Manager feature allows administrators to enforce Windows Defender Firewall settings, including inbound/outbound rules, notifications, and domain/public/private profiles across 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 Windows Defender Firewall settings, making Option A correct. The firewall is a critical layer of protection, helping to block unauthorized network traffic, prevent malware spread, and control application access to networks. Configuring firewall rules at the enterprise level ensures consistent security enforcement across all Windows 10 endpoints.

Device Configuration Profiles (B) allow general device settings but lack the granular capabilities to manage firewall rules comprehensively. Compliance Policies (C) can check whether the firewall is enabled but do not configure rules or exceptions. Update Rings (D) control OS updates but do not provide network protection management.

Key capabilities of Endpoint Security Policies for Windows Defender Firewall include:

Inbound/Outbound Rules: Define traffic that can enter or leave the device based on applications, ports, or IP addresses.

Domain, Private, and Public Profiles: Apply distinct rules depending on the network environment to balance security and functionality.

Notifications and Alerts: Inform users of blocked connections and provide auditing for administrative oversight.

Application Control: Allow or block specific apps from network access, reducing potential threat vectors.

Integration with Conditional Access: Devices with disabled firewalls can be flagged as non-compliant, restricting access to corporate resources.

Administrators can deploy firewall policies to targeted groups, monitor enforcement status via Intune dashboards, and remediate non-compliant devices. Integration with Endpoint Analytics helps identify devices with misconfigurations or performance impacts caused by network rules.

For MD-102 exam purposes, candidates must understand how to configure firewall rules, assign policies, monitor compliance, troubleshoot misconfigurations, and integrate firewall enforcement with broader endpoint security strategies. Proper implementation prevents network-based attacks, enforces organizational security policies, and ensures regulatory compliance.

By leveraging Endpoint Security Policies to manage Windows Defender Firewall, organizations control network traffic, reduce attack surfaces, enforce consistent rules, prevent malware spread, and maintain endpoint compliance, forming a critical component of enterprise security strategy.

Question 137:

Which Microsoft Endpoint Manager feature allows administrators to deploy and manage Windows 10 BitLocker recovery keys in Azure Active Directory for seamless device recovery?

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

Answer: A) Endpoint Security Policies

Explanation:

Endpoint Security Policies in Microsoft Endpoint Manager allow administrators to deploy and manage BitLocker recovery keys in Azure Active Directory, making Option A correct. BitLocker encryption protects sensitive data on Windows 10 devices, and securely managing recovery keys ensures data can be recovered if a user forgets their PIN or loses access to their device.

Device Configuration Profiles (B) allow basic BitLocker configurations but lack centralized recovery key management. Compliance Policies (C) check whether devices are encrypted but do not manage recovery keys. App Protection Policies (D) focus on protecting corporate data within apps and cannot manage disk-level encryption or recovery keys.

Key capabilities of BitLocker management through Endpoint Security Policies include:

Recovery Key Backup: Automatically store recovery keys in Azure AD to prevent loss.

Encryption Enforcement: Ensure all corporate devices have BitLocker enabled according to organizational standards.

Algorithm Configuration: Select AES 128-bit or AES 256-bit encryption based on security requirements.

Startup PIN and TPM Integration: Require hardware-based security features for additional protection.

Monitoring and Reporting: Track device encryption status, recovery key availability, and policy enforcement.

Administrators can assign policies to device groups, monitor deployment, and remediate non-compliant devices. Integration with Conditional Access ensures devices without proper encryption are considered non-compliant and restricted from accessing corporate resources.

For MD-102 exam purposes, candidates must understand how to configure BitLocker policies, manage recovery keys, assign policies, monitor compliance, and integrate encryption enforcement with Conditional Access. Effective implementation ensures that corporate data remains protected and can be recovered securely in case of device issues.

By leveraging Endpoint Security Policies for BitLocker, organizations protect sensitive information, enforce encryption standards, maintain recoverability, ensure compliance, and mitigate risk of unauthorized data access, forming a critical aspect of enterprise endpoint management.

Question 138:

Which Microsoft Endpoint Manager feature allows administrators to deploy certificates to Windows 10 and mobile devices for VPN, Wi-Fi, and email authentication?

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

Answer: A) Device Configuration Profiles

Explanation:

Device Configuration Profiles in Microsoft Endpoint Manager allow administrators to deploy certificates to devices, making Option A correct. Certificates are crucial for securing VPN connections, Wi-Fi authentication, and email services, providing secure and trusted communication channels for users.

App Protection Policies (B) focus on securing corporate app data but do not deploy certificates. Compliance Policies (C) evaluate security configurations but do not distribute certificates. Endpoint Security Policies (D) enforce security features but are not designed for certificate deployment.

Key capabilities of certificate deployment include:

Automatic Enrollment: Devices can automatically request and receive certificates from a Certificate Authority without manual intervention.

VPN Authentication: Certificates provide strong authentication for remote network access.

Wi-Fi Security: Certificates allow devices to authenticate securely to enterprise wireless networks without relying on passwords.

Email Encryption: Certificates enable secure S/MIME email encryption and digital signing.

Profile Assignment and Monitoring: Administrators can assign certificates to users or devices, monitor deployment status, and remediate failures.

Integration with Conditional Access ensures that devices without required certificates are restricted from accessing corporate resources. Reporting dashboards allow administrators to track certificate status, expiration dates, and compliance across the organization.

For MD-102 exam purposes, candidates must understand how to configure certificate profiles, assign them to devices, integrate with VPN, Wi-Fi, and email services, monitor deployment, and troubleshoot issues. Proper implementation ensures secure authentication and encrypted communication across all endpoints.

By leveraging Device Configuration Profiles for certificates, organizations enhance authentication security, enable encrypted communication, simplify network access, maintain compliance, and support remote workforce productivity, forming a core component of endpoint management strategy.

Question 139:

Which Microsoft Endpoint Manager feature allows administrators to deploy Windows 10 update settings, including automatic updates, restart behavior, and deferral periods for feature and quality updates?

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

Answer: A) Update Rings

Explanation:

Update Rings in Microsoft Endpoint Manager allow administrators to deploy and manage Windows 10 update settings, making Option A correct. Update Rings provide control over how devices receive quality updates, feature updates, and OS patches, ensuring devices remain secure and stable while minimizing disruption to end users.

Device Configuration Profiles (B) configure device settings but do not control Windows updates. Compliance Policies (C) check whether devices are up to date but cannot enforce update behavior. Endpoint Security Policies (D) enforce security configurations but do not manage updates.

Key capabilities of Update Rings include:

Quality Updates: Deploy monthly security and reliability patches to ensure device protection.

Feature Updates: Manage OS version upgrades and test deployment in pilot groups.

Deferral Periods: Delay updates to allow for testing and compatibility checks.

Active Hours Configuration: Prevent restarts during work hours to reduce disruption.

Monitoring and Reporting: Track deployment success, update compliance, and errors across devices.

Integration with Endpoint Analytics allows IT teams to monitor update performance, identify devices that fail updates, and remediate proactively. Conditional Access can block non-compliant devices from accessing corporate resources, ensuring security is maintained.

For MD-102 exam purposes, candidates must understand how to configure Update Rings, assign them to device groups, monitor updates, troubleshoot failures, and ensure minimal impact on end users. Proper implementation ensures devices remain secure, compliant, and productive.

By leveraging Update Rings, organizations maintain OS security, enforce timely updates, minimize disruption, ensure regulatory compliance, and maintain operational stability, forming a vital part of enterprise endpoint management strategy.

Question 140:

Which Microsoft Endpoint Manager feature allows administrators to enforce app-level security policies on Microsoft 365 apps installed on unmanaged mobile devices, including encryption, access control, and selective wipe capabilities?

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 (MAM) in Microsoft Endpoint Manager allow administrators to enforce app-level security on Microsoft 365 apps on unmanaged devices, making Option A correct. These policies ensure that corporate data is protected even on personal devices, supporting BYOD environments without requiring full device management.

Device Configuration Profiles (B) configure device-level settings but do not enforce app-level protections. Endpoint Security Policies (C) enforce security at the device level but cannot selectively protect corporate app data. Compliance Policies (D) monitor overall device compliance but do not enforce app-specific security.

Key capabilities of App Protection Policies include:

Data Encryption: Protect corporate app data at rest and in transit.

Access Control: Require PIN, biometric authentication, or corporate credentials for app access.

Data Loss Prevention: Restrict copy/paste, save-to-personal-storage, and screen capture.

Selective Wipe: Remove corporate app data without affecting personal data if the device is lost, stolen, or unenrolled.

Policies can be applied to Microsoft 365 apps like Outlook, Teams, OneDrive, and line-of-business applications. Integration with Conditional Access ensures only compliant devices can access corporate resources. Dashboards and reporting tools provide insights into enforcement, usage, and compliance status.

For MD-102 exam purposes, candidates must understand how to configure App Protection Policies, enforce encryption and access controls, implement selective wipe, and monitor compliance. Proper implementation balances security with end-user flexibility, enabling secure mobile productivity.

By leveraging App Protection Policies, organizations prevent data leakage, secure corporate apps on unmanaged devices, enforce compliance, maintain access control, and support BYOD strategies, forming a critical part of enterprise endpoint management and security strategy.