Microsoft MD-102 Endpoint Administrator Exam Dumps and Practice Test Questions Set 9 Q161-180

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Question 161:

Which Microsoft Endpoint Manager feature allows administrators to deploy device restrictions for Windows 10, including camera usage, Bluetooth access, and USB connection control?

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

Answer: A) Device Configuration Profiles

Explanation:

Device Configuration Profiles in Microsoft Endpoint Manager allow administrators to deploy device restriction settings, making Option A correct. These profiles control access to device features such as the camera, Bluetooth, and USB ports, reducing security risks and preventing data exfiltration.

Compliance Policies (B) evaluate adherence to organizational standards but do not enforce device feature restrictions. Endpoint Security Policies (C) focus on security configurations like antivirus and firewall settings, but not specific device features. App Protection Policies (D) enforce app-level data security but do not control hardware or system features.

Key capabilities of Device Restriction Profiles include:

Camera Control: Disable or enable the camera for corporate and personal use. This prevents sensitive information from being captured in unsecured locations.

Bluetooth Restrictions: Limit or block Bluetooth connectivity to prevent unauthorized data transfer or device pairing.

USB Access Control: Restrict USB device connections to prevent malware introduction or data theft.

Application Control Integration: Prevent restricted hardware from being accessed by apps or scripts.

Profile Assignment and Monitoring: Assign profiles to user or device groups and monitor compliance through Intune dashboards.

Administrators can implement these policies to specific departments or devices, ensuring compliance without negatively impacting productivity. Monitoring tools help track violations or attempts to circumvent restrictions, allowing proactive remediation.

For MD-102 exam purposes, candidates must understand how to create device restriction profiles, assign them, monitor enforcement, and troubleshoot non-compliant devices. Proper implementation ensures sensitive data is protected, minimizes risk of malware introduction, and enforces corporate security standards.

By leveraging Device Configuration Profiles for device restrictions, organizations control access to sensitive features, prevent unauthorized data transfer, enforce compliance policies, enhance endpoint security, and reduce exposure to insider threats, forming a critical part of enterprise endpoint management.

Question 162:

Which Microsoft Endpoint Manager feature allows administrators to enforce Windows Defender Antivirus policies, including real-time protection, cloud-delivered protection, and exclusion settings on 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 Windows Defender Antivirus policies, making Option A correct. This ensures that devices are continuously protected against malware, viruses, and ransomware, reducing the likelihood of security breaches.

Device Configuration Profiles (B) configure system settings but cannot enforce advanced antivirus policies. Compliance Policies (C) assess whether antivirus protection is enabled but cannot actively enforce configurations. Security Baselines (D) include recommended antivirus settings but are not dynamic enforcement tools.

Key capabilities of Windows Defender Antivirus deployment through Endpoint Security Policies include:

Real-Time Protection: Continuously monitors for malware, exploits, and malicious behavior.

Cloud-Delivered Protection: Leverages Microsoft cloud intelligence to detect emerging threats.

Exclusion Management: Define trusted files, folders, and processes to optimize performance without reducing security.

Behavior Monitoring and Remediation: Automatically identifies suspicious activities and takes corrective action.

Monitoring and Reporting: Track protection status, alert events, and remediation activities via Intune dashboards.

Administrators can assign policies to groups or individual devices, ensuring consistency across the organization. Integration with Endpoint Analytics helps monitor effectiveness, while Conditional Access ensures only protected devices can access corporate resources.

For MD-102 exam purposes, candidates must understand how to configure antivirus settings, assign policies, monitor alerts, remediate non-compliance, and integrate antivirus enforcement with other endpoint management strategies. Proper implementation strengthens the organization’s security posture and reduces operational risk.

By leveraging Endpoint Security Policies for Windows Defender Antivirus, organizations protect endpoints from malware, enforce real-time and cloud-based security, monitor device health, remediate threats proactively, and maintain regulatory compliance, forming a key component of enterprise endpoint protection.

Question 163:

Which Microsoft Endpoint Manager feature allows administrators to deploy Windows Update for Business policies, including deferral periods, active hours, and update deadlines for Windows 10 devices?

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

Answer: A) Update Rings

Explanation:

Update Rings in Microsoft Endpoint Manager allow administrators to manage Windows 10 update deployment, making Option A correct. Update Rings ensure devices receive critical feature and quality updates in a controlled manner, balancing security and stability with minimal disruption to end users.

Device Configuration Profiles (B) configure device settings but cannot control update deployment. Compliance Policies (C) monitor update compliance but cannot enforce installation schedules. Security Baselines (D) provide recommended security settings but do not manage updates dynamically.

Key capabilities of Update Rings include:

Automatic Update Deployment: Schedule installation of feature and quality updates automatically.

Deferral Periods: Delay updates to test compatibility and reduce operational impact.

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

Deadline Enforcement: Specify when updates must be installed, ensuring devices remain secure and compliant.

Monitoring and Reporting: Track deployment status, installation success, and non-compliant devices via Intune dashboards.

Integration with Endpoint Analytics allows administrators to monitor update performance, detect devices that fail updates, and remediate automatically. Conditional Access ensures that devices not updated according to policy may be restricted from accessing corporate resources.

For MD-102 exam purposes, candidates must understand how to configure update rings, schedule updates, manage deferrals, monitor compliance, and troubleshoot failed installations. Proper implementation reduces security risks, prevents system instability, and maintains productivity.

By leveraging Update Rings, organizations ensure timely and controlled update deployment, maintain device security, enforce compliance, minimize disruptions, and optimize IT management, forming a crucial component of modern endpoint management strategy.

Question 164:

Which Microsoft Endpoint Manager feature allows administrators to enforce device compliance for mobile devices, including encryption, password policies, and device health checks?

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 enforce device compliance for mobile devices, making Option A correct. Compliance Policies are critical for ensuring that devices meet corporate security requirements before they can access sensitive resources, providing a secure environment for both corporate and BYOD devices.

Device Configuration Profiles (B) configure device settings but do not enforce compliance evaluations. Endpoint Security Policies (C) enforce security settings but do not evaluate overall device compliance. App Protection Policies (D) protect app-level data but cannot evaluate device health or adherence to security policies.

Key capabilities of Compliance Policies for mobile devices include:

Encryption Enforcement: Ensure devices use BitLocker, FileVault, or device-specific encryption to protect data.

Password Policies: Enforce PIN or password complexity, history, expiration, and lockout thresholds.

Device Health Checks: Verify OS version, antivirus status, jailbreak/root status, and other security metrics.

Integration with Conditional Access: Restrict access to corporate resources if devices do not meet compliance standards.

Monitoring and Reporting: Track compliance status, detect non-compliant devices, and automate remediation or user notifications.

Administrators can assign compliance policies to groups, monitor adherence via Intune dashboards, and remediate non-compliant devices automatically. Integration with Conditional Access ensures only secure and compliant devices can access corporate apps and data.

For MD-102 exam purposes, candidates must understand how to configure compliance settings, enforce encryption and password requirements, monitor device health, remediate non-compliance, and integrate with Conditional Access. Proper implementation strengthens security, reduces risks, and ensures regulatory compliance.

By leveraging Compliance Policies for mobile devices, organizations enforce security standards, prevent unauthorized access, protect corporate data, maintain compliance, and mitigate risks associated with personal or unmanaged devices, forming a cornerstone of modern endpoint management strategy.

Question 165:

Which Microsoft Endpoint Manager feature allows administrators to deploy and configure Windows Hello for Business, including PIN complexity, biometric authentication, and key trust configuration for Windows 10 devices?

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

Answer: A) Device Configuration Profiles

Explanation:

Device Configuration Profiles in Microsoft Endpoint Manager allow administrators to deploy and configure Windows Hello for Business, making Option A correct. Windows Hello for Business replaces traditional passwords with more secure authentication methods, including PINs and biometrics, improving security while enhancing the user experience.

Endpoint Security Policies (B) enforce device security features but do not configure authentication mechanisms. Compliance Policies (C) evaluate adherence to security standards but cannot deploy authentication methods. App Protection Policies (D) secure app-level data but cannot configure device authentication.

Key capabilities of Windows Hello for Business deployment via Device Configuration Profiles include:

PIN Complexity Enforcement: Configure minimum length, complexity requirements, and expiration rules for PIN authentication.

Biometric Authentication: Enable facial recognition or fingerprint authentication for secure and convenient access.

Key Trust and Certificate Trust Configuration: Support PKI integration to manage device and user credentials securely.

Automated Deployment: Ensure consistent configuration across new and existing devices.

Monitoring and Reporting: Track enrollment status, authentication success/failure, and user adoption.

Integration with Conditional Access ensures that only devices using compliant Windows Hello for Business credentials can access corporate resources. Endpoint Analytics can monitor performance, adoption, and troubleshoot authentication issues, supporting seamless deployment and security enforcement.

For MD-102 exam purposes, candidates must understand how to configure PIN and biometric policies, manage key trust configurations, deploy profiles, monitor enrollment, and remediate issues. Proper implementation strengthens endpoint authentication security, reduces password-related breaches, and supports modern identity management.

By leveraging Device Configuration Profiles for Windows Hello for Business, organizations enhance authentication security, improve user experience, enforce credential policies, maintain compliance, and protect against unauthorized access, forming a critical element of enterprise endpoint management strategy.

Question 166:

Which Microsoft Endpoint Manager feature allows administrators to configure Windows Defender Application Control (WDAC) policies to allow or block applications and scripts on Windows 10 devices?

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 Windows Defender Application Control (WDAC) policies, making Option A correct. WDAC enforces code integrity by allowing only trusted applications and scripts to run on Windows 10 devices, preventing malware and unverified software from executing.

Device Configuration Profiles (B) configure system settings but do not manage application control policies. Compliance Policies (C) assess adherence to policies but cannot enforce application execution rules. App Protection Policies (D) protect corporate app data but do not control executable permissions at the system level.

Key capabilities of WDAC through Endpoint Security Policies include:

Application Whitelisting: Only signed and trusted applications can execute, preventing malware execution.

Script Control: Restrict or allow scripts based on publisher signatures or hash rules.

Audit Mode: Monitor blocked applications without enforcing policy for testing purposes.

Policy Deployment: Assign policies to groups or individual devices for granular control.

Monitoring and Reporting: Track blocked applications, policy violations, and remediation opportunities.

Administrators can implement WDAC policies to ensure critical systems run only verified code, minimizing the risk of zero-day exploits and ransomware attacks. Integration with Device Compliance ensures devices not adhering to WDAC rules can be blocked from accessing corporate resources.

For MD-102 exam purposes, candidates must understand how to configure WDAC policies, assign policies, test in audit mode, monitor blocked applications, and remediate violations. Proper implementation ensures application integrity, reduces attack surface, and enforces enterprise-level security standards.

By leveraging Endpoint Security Policies for WDAC, organizations prevent execution of unauthorized software, enforce code integrity, mitigate ransomware and malware risk, maintain compliance, and protect enterprise systems, forming a critical component of a secure endpoint strategy.

Question 167:

Which Microsoft Endpoint Manager feature allows administrators to enforce compliance policies for iOS and Android devices, including encryption, PIN/password enforcement, and jailbreak/root detection?

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 enforce security requirements on mobile devices, making Option A correct. Compliance ensures that only devices meeting corporate security standards can access sensitive resources, protecting organizational data on iOS and Android devices, which are commonly used in BYOD environments.

Device Configuration Profiles (B) can configure settings but cannot evaluate overall compliance. Endpoint Security Policies (C) enforce security configurations but do not evaluate adherence to corporate standards across mobile devices. App Protection Policies (D) secure app-level data but do not enforce device-wide compliance.

Key capabilities of Compliance Policies for iOS and Android include:

Encryption Enforcement: Ensure devices use native encryption methods to protect stored data.

PIN/Password Enforcement: Require secure lock codes with complexity, history, and expiration policies.

Jailbreak/Root Detection: Prevent access from compromised devices that bypass built-in security controls.

Device Health Checks: Evaluate OS version, security patch level, antivirus status, and other parameters.

Conditional Access Integration: Restrict access to corporate apps and resources for non-compliant devices.

Administrators can assign compliance policies to device groups, monitor compliance through Intune dashboards, and remediate non-compliant devices automatically. Integration with Conditional Access ensures that only secure and compliant mobile devices can access corporate apps, improving security without limiting productivity.

For MD-102 exam purposes, candidates must understand how to create and assign mobile compliance policies, configure encryption and PIN settings, detect jailbroken or rooted devices, monitor compliance, and enforce Conditional Access. Proper implementation ensures corporate data remains protected in BYOD and remote work scenarios.

By leveraging Compliance Policies on iOS and Android devices, organizations enforce device-level security, prevent unauthorized access, reduce data leakage risks, maintain regulatory compliance, and protect corporate resources, forming a cornerstone of mobile device management strategy.

Question 168:

Which Microsoft Endpoint Manager feature allows administrators to enforce BitLocker recovery key backup to Azure Active Directory for 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 BitLocker recovery key backup to Azure Active Directory, making Option A correct. Backup of recovery keys ensures that encrypted devices can be recovered if a user forgets their PIN or the system experiences hardware issues, preventing data loss and maintaining operational continuity.

Device Configuration Profiles (B) can enable BitLocker but do not enforce key backup to Azure AD. Compliance Policies (C) check whether BitLocker is enabled but cannot enforce backup. Security Baselines (D) provide recommended BitLocker settings but are not dynamic enforcement tools.

Key capabilities of BitLocker recovery key management include:

Automatic Key Backup: Devices automatically store recovery keys in Azure AD upon encryption.

Secure Storage: Keys are encrypted and linked to the device object in Azure AD.

Recovery Access: IT administrators can retrieve recovery keys securely for device recovery purposes.

Monitoring and Reporting: Track devices with missing keys, encryption status, and compliance.

Integration with Conditional Access: Devices without proper encryption or key backup can be restricted from accessing corporate resources.

Administrators can assign policies to device groups and monitor compliance using Intune dashboards. Recovery processes can be automated or performed by administrators securely, reducing downtime and support calls. Integration with Endpoint Analytics enables monitoring of encryption health across the enterprise.

For MD-102 exam purposes, candidates must understand how to configure BitLocker policies, enforce key backup, monitor compliance, retrieve recovery keys, and remediate devices without backed-up keys. Proper implementation protects corporate data while ensuring devices remain recoverable in case of loss or system failure.

By leveraging Endpoint Security Policies for BitLocker key backup, organizations maintain data confidentiality, ensure device recoverability, prevent data loss, comply with regulatory requirements, and strengthen overall security posture, forming a crucial component of endpoint security strategy.

Question 169:

Which Microsoft Endpoint Manager feature allows administrators to configure Conditional Access policies requiring compliant devices or approved apps to access Microsoft 365 services?

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 enforce Conditional Access policies, making Option A correct. Conditional Access evaluates device compliance, user risk, and app protection to ensure that only secure, compliant devices and applications access corporate resources in Microsoft 365.

Device Configuration Profiles (B) configure settings but cannot enforce conditional access. Endpoint Security Policies (C) enforce security settings but do not integrate directly with access control. App Protection Policies (D) secure apps but do not control access based on compliance status.

Key capabilities of Conditional Access with Compliance Policies include:

Device Compliance Enforcement: Ensure devices meet encryption, antivirus, OS patching, and other security requirements.

Integration with Microsoft Identity Protection: Evaluate user risk and enforce access rules accordingly.

App-Level Enforcement: Ensure that only apps meeting protection policies can access corporate data.

Access Control Actions: Block, limit, or require additional verification for access to Microsoft 365 services.

Monitoring and Reporting: Track access attempts, policy failures, and non-compliant devices.

Administrators can create granular policies based on user groups, device types, location, and risk assessment. Non-compliant devices can be remediated automatically, improving security while maintaining productivity. Integration with Intune ensures continuous monitoring and policy updates.

For MD-102 exam purposes, candidates must understand how to create compliance policies, link them with Conditional Access, monitor enforcement, remediate non-compliant devices, and secure Microsoft 365 resources effectively. Proper implementation ensures that only secure endpoints access sensitive corporate information.

By leveraging Compliance Policies for Conditional Access, organizations enforce secure access, maintain compliance, reduce unauthorized access risk, prevent data breaches, and support BYOD scenarios, forming a foundational element of enterprise security strategy.

Question 170:

Which Microsoft Endpoint Manager feature allows administrators to enforce selective wipe on corporate data from Microsoft 365 apps on unmanaged devices without affecting personal 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) in Microsoft Endpoint Manager allow administrators to perform selective wipe of corporate app data, making Option A correct. This is especially important in BYOD scenarios, where personal data must remain untouched while corporate data is removed from lost, stolen, or non-compliant devices.

Device Configuration Profiles (B) configure system settings but do not remove app data. Endpoint Security Policies (C) enforce device-level security but cannot selectively wipe app content. Compliance Policies (D) assess device compliance but do not remove data.

Key capabilities of selective wipe via App Protection Policies include:

Targeted Data Removal: Only corporate data within apps like Outlook, Teams, and OneDrive is deleted.

Policy-Based Execution: Automatically triggered when a device is unenrolled, lost, or non-compliant.

Minimal User Impact: Personal apps and data remain intact.

Integration with Conditional Access: Devices failing to meet compliance standards can have corporate data removed automatically.

Monitoring and Reporting: Track wipe execution, success rates, and remaining corporate data on endpoints.

Administrators can assign these policies to user or device groups and monitor execution through Intune dashboards. Integration with Microsoft 365 ensures corporate apps maintain data integrity while personal apps remain unaffected.

For MD-102 exam purposes, candidates must understand how to configure selective wipe policies, assign them, monitor enforcement, and remediate devices effectively. Proper implementation protects corporate data while respecting user privacy.

By leveraging App Protection Policies for selective wipe, organizations protect corporate information, maintain privacy of personal data, enforce compliance, mitigate data leakage risks, and support BYOD and remote work policies, forming a critical component of enterprise mobile application management strategy.

Question 171:

Which Microsoft Endpoint Manager feature allows administrators to deploy VPN profiles for Windows 10, iOS, and Android devices with support for IKEv2, L2TP, and SSL VPN protocols?

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

Answer: A) Device Configuration Profiles

Explanation:

Device Configuration Profiles in Microsoft Endpoint Manager allow administrators to deploy VPN profiles across Windows, iOS, and Android devices, making Option A correct. VPN profiles ensure secure, encrypted connections for remote users accessing corporate networks, preventing unauthorized access and protecting sensitive organizational data.

Endpoint Security Policies (B) enforce device security features but do not configure network connectivity. Compliance Policies (C) evaluate whether devices meet security standards but cannot deploy VPN configurations. App Protection Policies (D) protect corporate app data but do not manage network connections.

Key capabilities of VPN profile deployment include:

Protocol Support: Configure IKEv2, L2TP, SSL VPN, and other industry-standard VPN protocols to ensure compatibility with various devices and infrastructure.

Authentication Methods: Support username/password, certificates, or multi-factor authentication for secure VPN connections.

Automatic VPN Connection: Enable devices to automatically connect to the corporate network when needed.

Split Tunneling: Direct only corporate traffic through the VPN while allowing personal traffic to use local networks, optimizing bandwidth and performance.

Monitoring and Reporting: Track connection status, errors, and policy compliance through Intune dashboards.

Administrators can assign VPN profiles to device groups and monitor usage and compliance centrally. Integration with Conditional Access ensures that only devices with the VPN policy can access sensitive corporate resources, enhancing security for remote workers.

For MD-102 exam purposes, candidates must understand how to create VPN profiles, configure authentication and protocol settings, assign profiles, monitor connectivity, and troubleshoot connection issues. Proper implementation ensures secure remote access, protects corporate data, and maintains compliance with organizational security policies.

By leveraging Device Configuration Profiles for VPN deployment, organizations secure remote network access, enforce encrypted connections, control access based on policy, reduce risk of data breaches, and support remote and hybrid work scenarios, forming a critical component of enterprise endpoint management strategy.

Question 172:

Which Microsoft Endpoint Manager feature allows administrators to enforce application inventory and block potentially unwanted applications (PUAs) on Windows 10 devices?

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 enforce application inventory tracking and block potentially unwanted applications (PUAs), making Option A correct. PUAs include software that may be harmful, display unwanted advertisements, or negatively impact system performance, and blocking them reduces the risk of malware infection and data compromise.

Device Configuration Profiles (B) configure settings but do not provide dynamic enforcement of application control. Compliance Policies (C) monitor adherence but cannot block or remediate undesired software. App Protection Policies (D) secure corporate app data but do not control system-level applications.

Key capabilities of application inventory and PUA blocking include:

Inventory Collection: Track all installed applications on Windows 10 devices to maintain visibility and compliance.

PUA Blocking: Prevent installation or execution of applications classified as potentially unwanted, including adware or software bundled with malicious components.

Integration with Windows Defender SmartScreen: Prevent users from downloading or executing untrusted applications from the web.

Automated Remediation: Remove non-compliant applications or alert administrators for action.

Monitoring and Reporting: Centralized dashboards in Intune provide visibility into blocked applications, installation attempts, and compliance status.

Administrators can assign policies to groups or devices, monitor enforcement, and integrate these controls with Conditional Access to prevent non-compliant devices from accessing corporate resources. This ensures only trusted and safe applications run on corporate endpoints, reducing the risk of malware and data breaches.

For MD-102 exam purposes, candidates must understand how to create Endpoint Security Policies for application control, enforce PUA blocking, track inventory, remediate non-compliant applications, and monitor overall compliance. Proper implementation safeguards organizational endpoints from harmful applications while maintaining productivity.

By leveraging Endpoint Security Policies for application inventory and PUA blocking, organizations maintain application integrity, prevent malware and adware execution, enforce compliance, protect sensitive data, and reduce security risks, forming a critical part of enterprise endpoint protection strategy.

Question 173:

Which Microsoft Endpoint Manager feature allows administrators to deploy Wi-Fi profiles that include automatic certificate enrollment for enterprise authentication?

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

Answer: A) Device Configuration Profiles

Explanation:

Device Configuration Profiles in Microsoft Endpoint Manager allow administrators to deploy Wi-Fi profiles with automatic certificate enrollment, making Option A correct. Certificate-based authentication improves security over traditional username/password methods by validating both the device and user identity, ensuring only authorized devices access corporate Wi-Fi networks.

Compliance Policies (B) can check device settings but cannot configure network profiles or certificates. Endpoint Security Policies (C) enforce security features but do not manage Wi-Fi connections. App Protection Policies (D) protect corporate app data but do not configure network connectivity.

Key capabilities of Wi-Fi profiles with certificate-based authentication include:

Automatic Certificate Enrollment: Devices can request and install certificates without manual user intervention.

Enterprise Authentication: Support for EAP-TLS, PEAP, or WPA2-Enterprise ensures secure connections.

Seamless Connectivity: Devices automatically connect to corporate Wi-Fi without requiring user input.

Integration with Conditional Access: Only devices with valid certificates can access corporate networks.

Monitoring and Compliance Reporting: Track enrollment success, profile assignment, and connection errors centrally.

Administrators can assign these profiles to specific groups, ensuring security policies are applied consistently. Integration with Intune monitoring dashboards allows proactive detection of devices that fail certificate enrollment or connection, enabling remediation to maintain network security.

For MD-102 exam purposes, candidates must understand how to configure Wi-Fi profiles, enable certificate enrollment, assign profiles to devices, monitor connectivity, and troubleshoot failures. Proper implementation ensures secure enterprise wireless access while minimizing administrative overhead.

By leveraging Device Configuration Profiles for Wi-Fi certificate-based authentication, organizations secure corporate networks, enforce identity validation, prevent unauthorized access, reduce credential theft, and ensure seamless connectivity, forming a crucial part of enterprise network security strategy.

Question 174:

Which Microsoft Endpoint Manager feature allows administrators to configure Microsoft Edge security and privacy settings on Windows 10 devices, including preventing saving passwords and restricting access to unsafe sites?

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

Answer: A) Device Configuration Profiles

Explanation:

Device Configuration Profiles in Microsoft Endpoint Manager allow administrators to configure Microsoft Edge security and privacy settings, making Option A correct. These profiles help enforce organizational standards for web browsing, reduce exposure to unsafe content, and protect sensitive corporate data from phishing and malware threats.

Compliance Policies (B) monitor device adherence but do not enforce browser configurations. Endpoint Security Policies (C) secure the device at a system level but do not configure browser-specific features. App Protection Policies (D) secure corporate app data but cannot enforce browser settings.

Key capabilities of Microsoft Edge configuration via Device Configuration Profiles include:

Password Management Control: Prevent saving passwords in the browser to reduce risk of credential theft.

Safe Browsing Enforcement: Restrict access to malicious, phishing, or unsafe websites.

Pop-up and Download Management: Block or allow specific download types and pop-ups.

Extension Management: Allow or block browser extensions to reduce security risks.

Reporting and Monitoring: Track policy deployment success and adherence through Intune dashboards.

Administrators can deploy profiles to groups or devices and ensure all endpoints follow the organization’s browser security standards. Integration with Conditional Access allows compliance status to influence access to corporate resources.

For MD-102 exam purposes, candidates must understand how to configure Edge security settings, manage password and extension policies, enforce safe browsing, assign profiles, and monitor compliance. Proper implementation reduces the risk of data breaches and ensures safe web usage across all corporate devices.

By leveraging Device Configuration Profiles for Microsoft Edge, organizations enforce secure browsing, protect credentials, restrict access to unsafe content, maintain compliance, and reduce malware risks, forming a critical part of enterprise endpoint security strategy.

Question 175:

Which Microsoft Endpoint Manager feature allows administrators to deploy custom scripts to remediate configuration issues, enforce security settings, or perform automated tasks on Windows 10 devices?

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 execute custom scripts for remediation, configuration, or automation, making Option A correct. Scripts provide flexibility to enforce specific settings, remediate compliance violations, and automate repetitive tasks across Windows 10 endpoints.

Device Configuration Profiles (B) configure pre-defined settings but cannot execute scripts dynamically. Endpoint Security Policies (C) enforce security features but are limited to policy settings rather than custom automation. App Protection Policies (D) protect corporate app data but do not perform system-level automation.

Key capabilities of PowerShell Script Deployment include:

Automated Remediation: Detect non-compliant settings and automatically correct them.

Configuration Enforcement: Apply registry changes, system configurations, or application settings.

Task Automation: Deploy updates, clean temporary files, or perform other repetitive tasks.

Execution Context: Scripts can run with user-level or system-level permissions based on requirements.

Monitoring and Reporting: Track script execution status, success/failure, and detailed logs through Intune dashboards.

Administrators can assign scripts to specific groups, schedule execution, and ensure policies are applied consistently across devices. Integration with compliance and Endpoint Security Policies allows scripts to enforce or remediate policies automatically.

For MD-102 exam purposes, candidates must understand how to create scripts, deploy them via Intune, monitor execution, remediate failures, and integrate scripting with broader endpoint management strategies. Proper implementation reduces manual workload, enforces compliance, and enhances operational efficiency.

By leveraging PowerShell Script Deployment, organizations automate configuration and remediation, enforce compliance, reduce manual errors, improve operational efficiency, and maintain secure endpoints, forming a critical component of modern endpoint management strategy.

Question 176:

Which Microsoft Endpoint Manager feature allows administrators to configure Windows Defender Firewall rules, including inbound and outbound traffic control, notifications, and profile assignments for Windows 10 devices?

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 Windows Defender Firewall settings, making Option A correct. Proper firewall configuration is critical for preventing unauthorized network access, reducing attack surfaces, and protecting endpoints from network-based threats.

Device Configuration Profiles (B) can configure basic system settings but do not provide advanced firewall rule enforcement. Compliance Policies (C) evaluate whether firewall settings are enabled but cannot dynamically configure rules. App Protection Policies (D) secure app-level data but do not control system network configurations.

Key capabilities of firewall configuration through Endpoint Security Policies include:

Inbound and Outbound Rule Management: Create rules to allow or block specific applications, ports, or IP addresses.

Profile Assignments: Configure firewall behavior separately for domain, private, and public networks to ensure appropriate protection across environments.

Notifications and Alerts: Notify users when applications are blocked and log firewall events for administrative review.

Integration with Threat Protection: Combine firewall rules with Windows Defender Antivirus, Exploit Guard, and other endpoint protections for comprehensive security.

Monitoring and Reporting: Track rule deployment, firewall status, and compliance centrally via Intune dashboards.

Administrators can assign firewall policies to device groups, ensuring consistent protection across all endpoints. Integration with Conditional Access ensures that only devices with enforced firewall rules can access corporate resources. Proactive monitoring allows detection of unauthorized changes, enabling rapid remediation.

For MD-102 exam purposes, candidates must understand how to configure firewall rules, assign policies to devices, monitor enforcement, integrate firewall with broader endpoint security controls, and troubleshoot non-compliant devices. Proper implementation strengthens network security, reduces exposure to attacks, and ensures organizational compliance.

By leveraging Endpoint Security Policies for Windows Defender Firewall, organizations control network traffic, prevent unauthorized access, detect and mitigate threats, maintain compliance, and enforce consistent protection across all endpoints, forming a critical component of endpoint security strategy.

Question 177:

Which Microsoft Endpoint Manager feature allows administrators to enforce attack surface reduction (ASR) rules, such as blocking executable content from email and Office files, on Windows 10 devices?

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 enforce Attack Surface Reduction (ASR) rules, making Option A correct. ASR rules help mitigate threats by controlling application behaviors that are commonly exploited by malware, ransomware, or phishing attacks.

Device Configuration Profiles (B) configure general device settings but do not implement ASR rules. Compliance Policies (C) monitor security configurations but do not actively block threats. App Protection Policies (D) secure corporate app data but do not control system-level behavior.

Key capabilities of ASR rules through Endpoint Security Policies include:

Blocking Executable Content from Email and Office Files: Prevent malicious code delivered via Office macros or embedded content from executing.

Script Control: Block scripts from executing in untrusted locations or with elevated privileges.

Network Protection Integration: Prevent connections to known malicious domains.

Application Behavior Monitoring: Identify suspicious actions like child process creation or credential theft attempts.

Audit and Enforcement Modes: Administrators can monitor blocked actions in audit mode before full enforcement, minimizing operational disruption.

Assigning ASR policies to device groups allows administrators to enforce security consistently while monitoring effectiveness. Integration with Conditional Access ensures that only protected devices can access corporate resources. Administrators can remediate issues proactively and review detailed logs to understand potential threats.

For MD-102 exam purposes, candidates must understand how to configure ASR rules, deploy policies, monitor enforcement, interpret logs, and remediate devices proactively. Proper implementation strengthens endpoint security, reduces attack surfaces, and prevents common malware infection vectors.

By leveraging Endpoint Security Policies for ASR rules, organizations block malware execution, prevent phishing exploits, control application behavior, enforce corporate security standards, and maintain a proactive security posture, forming a critical component of endpoint threat mitigation strategy.

Question 178:

Which Microsoft Endpoint Manager feature allows administrators to enforce device encryption using BitLocker on Windows 10 devices, including policy settings for startup PIN, TPM usage, and recovery key backup?

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 BitLocker encryption, making Option A correct. BitLocker protects sensitive corporate data on Windows 10 devices by encrypting the drive and enforcing authentication mechanisms, ensuring data remains secure even if the device is lost or stolen.

Device Configuration Profiles (B) can enable BitLocker but do not enforce policies like startup PIN or key backup automatically. Compliance Policies (C) monitor encryption status but do not configure or enforce settings. Security Baselines (D) provide recommended encryption settings but are not dynamic enforcement tools.

Key capabilities of BitLocker deployment through Endpoint Security Policies include:

Startup PIN Enforcement: Require users to enter a PIN during device boot to prevent unauthorized access.

TPM Integration: Utilize Trusted Platform Module hardware for secure key storage and verification.

Recovery Key Backup: Automatically back up recovery keys to Azure Active Directory for secure retrieval.

Encryption Scope Configuration: Define which drives or volumes to encrypt and enforce encryption methods.

Monitoring and Compliance Reporting: Track encryption status, key backup, and recovery key access centrally.

Administrators can assign policies to groups or devices, ensuring consistent encryption enforcement across the organization. Integration with Conditional Access ensures that only encrypted and compliant devices can access corporate resources. Regular monitoring allows administrators to detect devices with encryption issues and remediate them automatically.

For MD-102 exam purposes, candidates must understand how to configure BitLocker policies, enforce PIN and TPM usage, assign encryption policies, monitor compliance, and recover encrypted devices. Proper implementation ensures data confidentiality, prevents unauthorized access, and aligns with organizational security requirements.

By leveraging Endpoint Security Policies for BitLocker, organizations encrypt sensitive data, enforce authentication policies, protect against device theft, enable secure recovery, and maintain regulatory compliance, forming a critical aspect of enterprise endpoint protection strategy.

Question 179:

Which Microsoft Endpoint Manager feature allows administrators to deploy security baselines, such as the Microsoft recommended Windows 10 security baseline, to ensure devices comply with industry standards?

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

Answer: A) Security Baselines

Explanation:

Security Baselines in Microsoft Endpoint Manager allow administrators to deploy Microsoft-recommended security configurations, making Option A correct. Baselines provide pre-configured policies that align with best practices and industry standards, ensuring consistent and secure device configurations across the organization.

Device Configuration Profiles (B) can configure individual settings but do not provide a comprehensive pre-defined security baseline. Endpoint Security Policies (C) enforce specific security features like antivirus or firewall but do not provide complete baseline configurations. Compliance Policies (D) evaluate adherence but do not deploy baseline settings.

Key capabilities of Security Baselines include:

Predefined Security Recommendations: Microsoft provides baseline templates for Windows 10, Edge, and Office to simplify security enforcement.

Customizable Deployment: Administrators can modify settings to meet specific organizational requirements while maintaining baseline compliance.

Automated Assignment: Assign baselines to device groups for consistent application across the enterprise.

Compliance Reporting: Monitor adherence, detect deviations, and remediate non-compliant devices efficiently.

Integration with Endpoint Analytics: Assess baseline effectiveness, detect risks, and track policy adoption.

Security baselines cover multiple areas including password policies, BitLocker encryption, Windows Defender settings, firewall configuration, and application control. Regularly updating baselines ensures devices remain protected against emerging threats and vulnerabilities.

For MD-102 exam purposes, candidates must understand how to deploy baselines, customize them, monitor compliance, remediate deviations, and integrate baselines with other security management strategies. Proper implementation ensures organizational devices adhere to best practices, reducing vulnerability exposure and supporting regulatory compliance.

By leveraging Security Baselines, organizations standardize endpoint security, enforce best practices, reduce risk exposure, maintain compliance, and simplify management, forming a critical foundation for enterprise device security and management.

Question 180:

Which Microsoft Endpoint Manager feature allows administrators to configure app protection policies (MAM) for iOS and Android devices to secure corporate app data, enforce PINs, and perform selective wipes?

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 secure corporate app data on iOS and Android devices, making Option A correct. MAM policies are crucial for BYOD environments, where corporate and personal data coexist on the same device, allowing IT to protect corporate data without impacting personal content.

Device Configuration Profiles (B) configure system settings but cannot selectively manage app data. Endpoint Security Policies (C) enforce device-level security but do not manage application-level protection. Compliance Policies (D) assess device compliance but cannot perform selective wipes or app-level enforcement.

Key capabilities of App Protection Policies include:

Data Encryption: Encrypt corporate app data at rest and in transit to prevent unauthorized access.

PIN or Biometric Enforcement: Require users to authenticate to access corporate apps.

Selective Wipe: Remove corporate app data when a device is lost, stolen, or unenrolled while keeping personal data intact.

Data Transfer Control: Restrict cut/copy/paste or save-as actions to prevent data leakage.

Monitoring and Reporting: Track policy enforcement, app usage, and wipe execution via Intune dashboards.

Administrators can assign policies to groups or individual users, ensuring secure corporate app usage across personal or unmanaged devices. Integration with Conditional Access ensures that only apps adhering to protection policies can access corporate data.

For MD-102 exam purposes, candidates must understand how to configure MAM policies, enforce PIN and encryption, implement selective wipe, monitor policy enforcement, and mitigate data leakage risks. Proper implementation ensures corporate data remains protected while respecting user privacy.

By leveraging App Protection Policies, organizations protect corporate data, enforce app-level security, enable selective wipes, prevent data leakage, and maintain compliance in BYOD scenarios, forming a critical component of enterprise mobile application management strategy.