Microsoft MD-102 Endpoint Administrator Exam Dumps and Practice Test Questions Set 8 Q141-160

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Question 141:

Which Microsoft Endpoint Manager feature allows administrators to configure Windows Defender Application Guard policies to isolate untrusted websites and Office documents in a secure container on Windows 10 devices?

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

Answer: A) Endpoint Security Policies

Explanation:

Endpoint Security Policies in Microsoft Endpoint Manager allow administrators to configure Windows Defender Application Guard (WDAG), making Option A correct. WDAG is a security feature in Windows 10 designed to isolate untrusted websites, documents, and applications in a lightweight virtualized container, preventing malware, ransomware, and zero-day attacks from affecting the host system.

Device Configuration Profiles (B) can configure some system settings but lack the capability to enforce application isolation policies. Compliance Policies (C) evaluate adherence to security standards but do not actively isolate threats. Update Rings (D) control OS update deployment and do not provide isolation capabilities.

Key capabilities of WDAG via Endpoint Security Policies include:

Isolated Browser Sessions: Untrusted websites open in a virtual container that cannot interact with the host operating system or access sensitive data.

Office Document Isolation: Potentially harmful Office documents can be opened in a secure container to prevent macro or file-based malware from compromising the device.

Network Isolation: Restrict network communication of containerized sessions to prevent lateral movement of malware.

Policy Enforcement: Admins can configure WDAG to automatically apply policies, control clipboard access, and manage shared folders between host and container.

Deployment can target device groups or users, and integration with Conditional Access ensures that devices running WDAG meet security requirements before accessing corporate resources. Monitoring dashboards provide insights into policy deployment, container usage, and potential threats that were contained by WDAG.

For MD-102 exam purposes, candidates must understand how to deploy WDAG policies, configure container behavior, monitor isolation effectiveness, and integrate with other security features like Endpoint Analytics. Implementing WDAG reduces attack surfaces, prevents unauthorized code execution, and enhances overall device security.

By leveraging Endpoint Security Policies to configure WDAG, organizations protect devices from web-based threats, contain malicious Office files, prevent malware propagation, maintain compliance, and reduce endpoint security risks, forming a critical part of enterprise endpoint protection strategy.

Question 142:

Which Microsoft Endpoint Manager feature allows administrators to deploy PowerShell scripts to Windows 10 devices to automate tasks such as configuration changes, remediation, and reporting 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 Windows 10 device management, making Option A correct. Scripts can perform configuration updates, remediate non-compliant settings, collect system information, or deploy applications, reducing manual administrative workload while ensuring consistency across devices.

Device Configuration Profiles (B) deploy pre-defined settings but cannot execute custom automation scripts. Endpoint Security Policies (C) enforce specific security configurations but do not automate tasks beyond security enforcement. App Protection Policies (D) manage app-level data security and do not provide device-level automation.

Key capabilities of PowerShell Script Deployment include:

Execution Context: Scripts can run as system (with elevated privileges) or user, depending on the operation.

Assignment Targeting: Scripts can be assigned to specific devices, users, or dynamic groups for granular control.

Detection and Remediation: Scripts can include logic to detect existing configurations and remediate as needed.

Automation of Repetitive Tasks: Tasks such as registry updates, service configurations, or software installations can be automated.

Monitoring and Reporting: Admins can track execution status, success, failures, and errors through Intune dashboards.

Integration with Compliance Policies allows scripts to remediate non-compliant settings automatically, improving overall compliance and security posture. Endpoint Analytics can also track the effectiveness of deployed scripts, identify performance impacts, and support proactive IT decision-making.

For MD-102 exam purposes, candidates must understand how to create scripts, configure execution context, deploy to target devices, monitor results, and integrate with compliance workflows. Proper implementation reduces manual errors, ensures consistent configurations, and enhances endpoint management efficiency.

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 device management strategy.

Question 143:

Which Microsoft Endpoint Manager feature allows administrators to deploy Windows Hello for Business policies, including PIN complexity, biometric authentication, and key trust configurations for Windows 10 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 Windows Hello for Business policies, making Option A correct. Windows Hello for Business is a modern authentication solution that replaces passwords with PINs or biometric methods, enhancing security and user experience.

App Protection Policies (B) secure corporate app data but do not configure authentication methods. Compliance Policies (C) evaluate adherence to security standards but cannot enforce PIN or biometric configurations. Endpoint Security Policies (D) focus on security settings like antivirus or firewall but do not directly manage authentication methods.

Key capabilities of Windows Hello for Business deployment include:

PIN Configuration: Enforce complexity, length, and expiration policies for PIN authentication.

Biometric Authentication: Enable facial recognition or fingerprint sign-in to provide secure, convenient access.

Key Trust and Certificate Trust: Configure public key infrastructure (PKI) integration for secure credential management.

Enrollment and Deployment: Automate configuration for new devices and ensure consistent policy application across the organization.

Monitoring and Troubleshooting: Track enrollment status, authentication failures, and user adoption through Intune dashboards.

Integration with Conditional Access ensures that only devices using compliant Windows Hello for Business credentials can access corporate resources. Endpoint Analytics can track performance, user adoption, and identify any issues with authentication methods.

For MD-102 exam purposes, candidates must understand how to configure PIN and biometric policies, manage key trust configurations, deploy profiles to device groups, monitor adoption, and troubleshoot failures. Proper implementation strengthens security, reduces reliance on passwords, and improves user experience.

By leveraging Device Configuration Profiles to deploy Windows Hello for Business, organizations enhance authentication security, improve user productivity, enforce credential policies, reduce risk of password-related breaches, and support modern identity management strategies, forming a critical part of enterprise endpoint management.

Question 144:

Which Microsoft Endpoint Manager feature allows administrators to monitor and improve endpoint performance by collecting telemetry on startup times, app reliability, and overall device health?

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 collect telemetry data on device startup performance, application reliability, and overall health, making Option A correct. This feature provides actionable insights to proactively remediate issues before they impact end users, improving productivity and user satisfaction.

Device Configuration Profiles (B) configure device settings but do not provide telemetry on performance. Compliance Policies (C) assess adherence to security policies but do not measure endpoint health or performance. Update Rings (D) manage OS updates but do not track performance metrics.

Key capabilities of Endpoint Analytics include:

Startup Performance Monitoring: Track boot times, identify apps causing delays, and recommend optimizations.

Application Reliability: Detect application crashes or unresponsiveness to prevent productivity loss.

Device Health Insights: Evaluate error logs, blue screen occurrences, and system stability metrics.

Proactive Remediation: Automatically deploy scripts or configuration changes to resolve issues.

Dashboards and Reporting: Provide detailed visualizations of trends, problem areas, and remediation effectiveness.

Integration with Intune allows administrators to deploy remediation scripts based on analytics insights. Endpoint Analytics can also support predictive insights, helping IT teams plan hardware upgrades, resource allocation, and prioritize problem-solving strategies.

For MD-102 exam purposes, candidates must understand how to enable Endpoint Analytics, interpret telemetry, configure remediation actions, monitor improvements, and integrate analytics with broader device management strategies. Proper implementation reduces downtime, improves device reliability, and enhances IT operational efficiency.

By leveraging Endpoint Analytics, organizations proactively monitor device health, enhance startup and application performance, reduce support tickets, optimize IT resources, and improve overall user experience, forming a vital component of enterprise endpoint management strategy.

Question 145:

Which Microsoft Endpoint Manager feature allows administrators to deploy security baselines for Windows 10 devices, including recommended settings for BitLocker, Windows Defender Antivirus, and account policies?

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

Answer: A) Security Baselines

Explanation:

Security Baselines in Microsoft Endpoint Manager allow administrators to deploy recommended security configurations for Windows 10 devices, making Option A correct. Baselines include settings for BitLocker, Windows Defender Antivirus, account policies, and other security features, providing a proven framework to strengthen device security.

Device Configuration Profiles (B) allow custom configuration of settings but do not provide pre-defined security recommendations. Compliance Policies (C) check adherence to rules but do not enforce a standard baseline. App Protection Policies (D) focus on securing app-level data rather than device-wide configurations.

Key capabilities of Security Baselines include:

Pre-Configured Security Settings: Microsoft provides tested configurations to reduce vulnerabilities.

BitLocker Settings: Ensure encryption standards and recovery key policies are applied.

Windows Defender Antivirus: Apply recommended protection settings, exclusions, and monitoring options.

Account Policies: Enforce password complexity, lockout thresholds, and multi-factor authentication requirements.

Monitoring and Reporting: Track baseline deployment, compliance status, and deviations across devices.

Administrators can customize baselines, deploy them to groups, monitor adoption, and remediate deviations. Integration with Endpoint Analytics provides insights into devices not meeting baseline standards and allows proactive remediation actions.

For MD-102 exam purposes, candidates must understand how to deploy security baselines, configure critical security settings, monitor compliance, remediate deviations, and integrate with other endpoint management policies. Effective implementation improves security posture, ensures regulatory compliance, and reduces exposure to cyber threats.

By leveraging Security Baselines, organizations standardize security settings, strengthen endpoint protection, reduce misconfigurations, maintain regulatory compliance, and minimize risks from cyber threats, forming a critical foundation of enterprise endpoint security strategy.

Question 146:

Which Microsoft Endpoint Manager feature allows administrators to deploy VPN profiles to Windows 10 and mobile devices, including connection type, authentication method, and routing configuration?

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, making Option A correct. VPN profiles ensure that Windows 10 and mobile devices can securely connect to corporate networks from any location, maintaining data confidentiality and secure access to resources.

App Protection Policies (B) focus on securing corporate app data but cannot configure VPN connectivity. Compliance Policies (C) assess device adherence to standards but do not deploy VPN configurations. Endpoint Security Policies (D) enforce security settings but do not configure network access directly.

Key capabilities of VPN deployment through Device Configuration Profiles include:

Connection Type Configuration: Support for IKEv2, SSTP, L2TP, and custom VPN protocols.

Authentication Methods: Configure username/password, certificate-based, or multi-factor authentication for secure connections.

Routing and Split Tunneling: Define which traffic should traverse the VPN to optimize network performance.

Targeted Deployment: Assign profiles to user groups, devices, or dynamic collections.

Monitoring and Reporting: Track deployment status, connectivity success, and compliance through Intune dashboards.

Integration with Conditional Access ensures that only devices with compliant VPN configurations can access corporate resources. Administrators can also deploy remediation scripts to resolve connectivity issues automatically.

For MD-102 exam purposes, candidates must understand how to create VPN profiles, configure authentication and routing, assign profiles, monitor deployment, and troubleshoot issues. Proper implementation ensures secure, reliable network access, supports remote work scenarios, and reduces IT support calls.

By leveraging Device Configuration Profiles for VPN, organizations secure remote access, enforce connectivity policies, optimize network routing, ensure compliance, and maintain productivity for mobile and remote users, forming a critical aspect of modern endpoint management strategy.

Question 147:

Which Microsoft Endpoint Manager feature allows administrators to deploy conditional launch settings for Microsoft 365 apps, including requiring device PIN, encryption, or app protection policies before access?

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 conditional launch settings for Microsoft 365 apps, making Option A correct. Conditional launch ensures that apps comply with organizational security requirements before allowing access to corporate data, protecting sensitive information on unmanaged or personal devices.

Device Configuration Profiles (B) configure device-level settings but cannot enforce app-specific conditional launch. Endpoint Security Policies (C) enforce device security features but do not manage app-level behavior. Compliance Policies (D) check device compliance but do not enforce app-level access restrictions.

Key capabilities of conditional launch via App Protection Policies include:

PIN or Biometric Requirements: Ensure user authentication before accessing corporate apps.

Device Encryption Verification: Enforce that corporate data can only be accessed if the device meets encryption requirements.

Compliance Checks: Ensure the app is protected by corporate policies and not jailbroken or rooted.

Access Blocking and Remediation: Prevent access to corporate data if policies are not met, with options to notify the user or require remediation.

Selective Wipe Integration: Remove corporate data if device settings fall out of compliance or are compromised.

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

For MD-102 exam purposes, candidates must understand how to configure conditional launch rules, enforce encryption and PIN policies, integrate with Conditional Access, monitor compliance, and remediate non-compliant apps. Proper implementation reduces data leakage risks while maintaining user productivity.

By leveraging App Protection Policies for conditional launch, organizations protect corporate data on unmanaged devices, enforce security requirements, prevent unauthorized access, support BYOD policies, and maintain regulatory compliance, forming a key part of mobile application management strategy.

Question 148:

Which Microsoft Endpoint Manager feature allows administrators to enforce firewall rules, anti-exploit settings, and security monitoring on Windows 10 devices to protect against advanced threats?

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 firewall rules, anti-exploit settings, and security monitoring, making Option A correct. This feature strengthens Windows 10 security by reducing the attack surface and proactively mitigating potential threats.

Device Configuration Profiles (B) configure general device settings but lack advanced threat protection controls. Compliance Policies (C) monitor device adherence to rules but do not actively enforce security features. Update Rings (D) control OS updates and do not provide comprehensive threat mitigation.

Key capabilities of Endpoint Security Policies for threat protection include:

Firewall Rules: Control inbound/outbound traffic and prevent unauthorized network access.

Attack Surface Reduction (ASR): Block common malware and ransomware behaviors.

Exploit Protection: Configure system-level mitigations against memory-based attacks.

Real-Time Monitoring: Track security events and enforce automated responses.

Integration with Microsoft Defender: Enhance endpoint protection and alerting.

Administrators can assign these policies to user or device groups, monitor enforcement through dashboards, and remediate non-compliant devices. Integration with Conditional Access ensures only compliant and secure devices can access corporate resources, enhancing overall organizational security posture.

For MD-102 exam purposes, candidates must understand how to configure security policies, implement ASR and firewall rules, monitor enforcement, respond to security alerts, and integrate Endpoint Security with broader IT security workflows. Effective implementation ensures robust protection against evolving threats and maintains regulatory compliance.

By leveraging Endpoint Security Policies, organizations prevent malware execution, enforce firewall and ASR settings, mitigate exploit risks, monitor security events, and maintain device compliance, forming a foundational aspect of enterprise endpoint security strategy.

Question 149:

Which Microsoft Endpoint Manager feature allows administrators to deploy Wi-Fi certificates to devices for secure authentication to corporate wireless networks?

A) Device Configuration Profiles
B) App Protection Policies
C) Compliance Policies
D) Update Rings

Answer: A) Device Configuration Profiles

Explanation:

Device Configuration Profiles in Microsoft Endpoint Manager allow administrators to deploy Wi-Fi certificates, making Option A correct. Certificates provide a secure method of authenticating devices to corporate wireless networks without relying on passwords, ensuring encrypted connections and minimizing the risk of credential theft.

App Protection Policies (B) secure corporate app data but do not manage network authentication. Compliance Policies (C) check device security but do not deploy certificates. Update Rings (D) manage OS updates but do not provide network authentication capabilities.

Key capabilities of Wi-Fi certificate deployment include:

Automatic Certificate Enrollment: Devices automatically request and receive certificates from a trusted Certificate Authority (CA).

Authentication Security: Support for EAP-TLS, PEAP, and other secure Wi-Fi authentication methods.

Network Access Control: Restrict access to corporate Wi-Fi only for compliant, certificate-enabled devices.

Profile Assignment and Monitoring: Assign profiles to users or device groups and monitor deployment status and connectivity success.

Integration with Conditional Access: Devices without required certificates can be blocked from accessing network resources.

Administrators can track certificate usage, expiration, and renewal, ensuring continuous secure access. Integration with Endpoint Analytics allows proactive identification of connectivity or deployment issues, enabling rapid remediation.

For MD-102 exam purposes, candidates must understand how to create Wi-Fi certificate profiles, configure authentication methods, deploy to devices, monitor compliance, and troubleshoot connectivity issues. Proper implementation ensures secure wireless connectivity and protects corporate network resources.

By leveraging Device Configuration Profiles for Wi-Fi certificates, organizations ensure secure authentication, prevent credential theft, enforce compliance, maintain reliable network access, and reduce helpdesk support, forming a critical aspect of enterprise endpoint management.

Question 150:

Which Microsoft Endpoint Manager feature allows administrators to deploy device security baselines, including BitLocker, account lockout, Windows Defender Antivirus, and audit settings, to enforce recommended security configurations?

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

Answer: A) Security Baselines

Explanation:

Security Baselines in Microsoft Endpoint Manager allow administrators to deploy recommended security configurations, making Option A correct. These baselines include settings for BitLocker encryption, account policies, Windows Defender Antivirus, and auditing, providing a pre-tested, industry-recommended framework for securing Windows 10 devices.

Device Configuration Profiles (B) allow custom configuration but do not include pre-defined security recommendations. Compliance Policies (C) monitor adherence to rules but do not enforce a complete security baseline. App Protection Policies (D) protect app-level data and cannot enforce system-wide security settings.

Key capabilities of Security Baselines include:

BitLocker Settings: Ensure disk encryption is enabled and recovery keys are securely stored.

Windows Defender Antivirus Configuration: Enforce real-time protection, cloud-delivered protection, and exclusion rules.

Account Policies: Require strong passwords, account lockouts, and MFA configurations.

Audit Policies: Enable event logging to track security incidents and system changes.

Monitoring and Reporting: Track deployment success, compliance, and deviations across all devices.

Administrators can customize baselines, assign to device groups, monitor adoption, and remediate deviations. Integration with Endpoint Analytics provides visibility into baseline effectiveness, while Conditional Access can enforce compliance to secure access.

For MD-102 exam purposes, candidates must understand how to deploy security baselines, customize settings, monitor compliance, remediate deviations, and integrate with other security and endpoint management features. Proper implementation ensures a secure, standardized, and compliant enterprise environment.

By leveraging Security Baselines, organizations strengthen device security, enforce best practices, reduce vulnerabilities, maintain regulatory compliance, and provide a consistent security framework, forming a critical foundation of enterprise endpoint security and management strategy.

Question 151:

Which Microsoft Endpoint Manager feature allows administrators to deploy and manage device encryption policies, including enforcing BitLocker encryption, startup PIN requirements, and recovery key storage in Azure Active Directory?

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 device encryption policies, making Option A correct. Encryption is a foundational security practice that protects sensitive corporate data on devices by rendering it unreadable without the proper credentials or recovery keys. BitLocker is the primary encryption tool for Windows 10 devices, and managing it through Endpoint Security Policies ensures consistency and compliance across the enterprise.

Device Configuration Profiles (B) can configure some encryption settings, such as enabling BitLocker, but do not provide comprehensive recovery key management or detailed enforcement settings. Compliance Policies (C) assess whether devices are encrypted but cannot enforce encryption or configure recovery settings. App Protection Policies (D) focus on protecting app-level data and do not provide disk-level encryption management.

Key capabilities of BitLocker deployment via Endpoint Security Policies include:

BitLocker Enforcement: Require all organizational devices to use full-disk encryption.

Startup PIN Requirements: Strengthen device security by requiring a PIN during boot.

TPM Integration: Use Trusted Platform Module (TPM) hardware to secure encryption keys and protect against tampering.

Recovery Key Storage: Automatically store recovery keys in Azure Active Directory (Azure AD) to facilitate secure recovery if a device is lost, stolen, or the user forgets their PIN.

Monitoring and Reporting: Track encryption status, key backup, and compliance across all enrolled devices.

Administrators can deploy BitLocker policies to groups based on device type, OS version, or department. Integration with Conditional Access ensures that devices without proper encryption are marked non-compliant and blocked from accessing corporate resources. Alerts and logs allow IT teams to respond quickly to encryption failures or non-compliant devices, reducing the risk of data breaches.

For MD-102 exam purposes, candidates must understand how to configure BitLocker policies, manage recovery keys, enforce startup PINs, assign policies, monitor deployment, and remediate non-compliant devices. Proper implementation strengthens the organization’s overall security posture by protecting sensitive data and ensuring regulatory compliance.

By leveraging Endpoint Security Policies for BitLocker, organizations protect confidential information, enforce strong encryption standards, maintain recoverability, ensure compliance with regulatory requirements, and reduce the risk of unauthorized data access, forming a critical component of enterprise endpoint security strategy.

Question 152:

Which Microsoft Endpoint Manager feature allows administrators to deploy device compliance policies, including password complexity, encryption, antivirus, and OS version checks, to enforce corporate security standards?

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

Answer: A) Compliance Policies

Explanation:

Compliance Policies in Microsoft Endpoint Manager allow administrators to enforce device security standards, making Option A correct. These policies define criteria that devices must meet to access corporate resources, ensuring that only secure and compliant devices interact with sensitive organizational data. Compliance Policies are essential for managing both corporate-owned and BYOD devices across a heterogeneous IT environment.

Device Configuration Profiles (B) configure device settings but do not enforce compliance rules. Endpoint Security Policies (C) enforce security features but cannot evaluate overall compliance holistically. App Protection Policies (D) secure app-level data but do not evaluate device compliance.

Key capabilities of Compliance Policies include:

Password Enforcement: Define complexity, length, expiration, and history to prevent unauthorized access.

Encryption Requirements: Ensure devices use BitLocker or other encryption technologies.

Antivirus Status Checks: Verify that devices have active, up-to-date antivirus software.

Operating System Version Checks: Ensure devices are updated with critical patches and feature updates.

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

Administrators can assign compliance policies to device groups, monitor adherence through Intune dashboards, and automate remediation actions such as notifying users or blocking non-compliant devices. Alerts provide insight into policy failures, enabling proactive resolution.

For MD-102 exam purposes, candidates must understand how to create compliance policies, assign them to devices, configure enforcement settings, monitor compliance, and remediate non-compliant devices. Proper implementation ensures corporate security standards are consistently applied, reduces the risk of breaches, and maintains regulatory compliance.

By leveraging Compliance Policies, organizations enforce security standards, ensure devices are secure before accessing corporate resources, prevent data breaches, maintain compliance, and improve overall endpoint security posture, forming a critical component of modern endpoint management.

Question 153:

Which Microsoft Endpoint Manager feature allows administrators to deploy security baselines for Windows 10 devices, including recommended configurations for BitLocker, Windows Defender Antivirus, and account policies?

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

Answer: A) Security Baselines

Explanation:

Security Baselines in Microsoft Endpoint Manager allow administrators to deploy pre-configured security settings, making Option A correct. These baselines provide a tested and recommended framework for securing Windows 10 devices, ensuring consistent and industry-recognized configurations across the enterprise.

Device Configuration Profiles (B) allow administrators to configure individual settings but do not provide pre-defined security recommendations. Compliance Policies (C) monitor adherence to policies but do not enforce a full security baseline. App Protection Policies (D) protect application-level data but do not secure system-wide configurations.

Key capabilities of Security Baselines include:

BitLocker Configuration: Ensure full-disk encryption is enforced with recovery key management.

Windows Defender Antivirus Settings: Apply recommended real-time protection, cloud-delivered protection, and exclusion settings.

Account Policies: Enforce password complexity, lockout thresholds, and multi-factor authentication.

Audit Policies: Enable logging for security events, account changes, and system modifications.

Deployment and Monitoring: Assign baselines to device groups, track compliance, and remediate deviations.

Administrators can customize baselines for organizational needs and integrate with Conditional Access to block non-compliant devices. Endpoint Analytics provides insights into baseline effectiveness, identifying devices that deviate from the recommended configuration and enabling proactive remediation.

For MD-102 exam purposes, candidates must understand how to deploy and customize security baselines, monitor compliance, remediate deviations, and integrate with broader endpoint management strategies. Proper implementation ensures a standardized, secure, and compliant endpoint environment.

By leveraging Security Baselines, organizations standardize device security, enforce best practices, mitigate vulnerabilities, ensure regulatory compliance, and reduce the risk of data breaches, forming a foundational element of enterprise endpoint management.

Question 154:

Which Microsoft Endpoint Manager feature allows administrators to deploy Windows 10 update rings, including automatic update installation, deferral periods, and restart behavior?

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 manage Windows 10 update deployment, making Option A correct. Update Rings provide control over feature updates, quality updates, and security patches, ensuring devices remain secure and stable while minimizing disruption to end users.

Device Configuration Profiles (B) configure device settings but cannot manage update deployment. Compliance Policies (C) check if devices are up to date but cannot enforce update schedules. Endpoint Security Policies (D) enforce security features but do not control OS update installation.

Key capabilities of Update Rings include:

Automatic Update Installation: Devices automatically install updates according to the defined schedule.

Deferral Periods: Delay updates to allow testing and compatibility verification.

Restart Configuration: Control active hours to prevent disruptive restarts during work time.

Feature and Quality Updates: Manage deployment of both major OS upgrades and monthly patches.

Monitoring and Reporting: Track update status, success, failures, and compliance across devices.

Integration with Endpoint Analytics allows administrators to monitor update performance and identify devices that fail to install updates. Conditional Access can block non-compliant devices from accessing corporate resources until updates are applied.

For MD-102 exam purposes, candidates must understand how to create Update Rings, configure update settings, assign them to devices, monitor deployment, and troubleshoot failures. Proper implementation ensures security, stability, and minimal disruption for end users.

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

Question 155:

Which Microsoft Endpoint Manager feature allows administrators to enforce app-level security 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 secure corporate apps on unmanaged mobile devices, making Option A correct. These policies enforce security controls at the app level rather than device level, ensuring corporate data remains protected on personal or BYOD devices without requiring full device enrollment.

Device Configuration Profiles (B) configure device-level settings but cannot enforce app-level protections. Endpoint Security Policies (C) enforce device security configurations but do not provide selective app protection. Compliance Policies (D) assess device compliance but do not enforce app-specific security controls.

Key capabilities of App Protection Policies include:

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

Access Control: Require PIN, biometric, or corporate credentials to open apps.

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.

Conditional Launch: Enforce checks before allowing app access, such as requiring device compliance or policy adherence.

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

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

By leveraging App Protection Policies, organizations prevent data leakage, enforce security requirements on unmanaged devices, maintain regulatory compliance, protect corporate data, and support BYOD strategies, forming a critical part of enterprise mobile application management.

Question 156:

Which Microsoft Endpoint Manager feature allows administrators to enforce Attack Surface Reduction (ASR) rules to block ransomware, malware, and unsafe applications 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 is part of Windows Defender Exploit Guard and is designed to prevent malware, ransomware, and other exploit techniques from executing on Windows 10 devices. By enforcing ASR rules, organizations reduce the attack surface and proactively mitigate threats before they can compromise the system.

Device Configuration Profiles (B) configure general device settings but do not include ASR rules. Compliance Policies (C) check whether devices meet defined security standards but cannot enforce runtime threat mitigations. App Protection Policies (D) secure corporate app data but do not control low-level system threat prevention.

Key capabilities of ASR via Endpoint Security Policies include:

Executable File Control: Block execution of scripts, macros, or applications that may introduce malware.

Network Protection: Prevent connections to malicious or untrusted sites to reduce web-based attacks.

Credential Guard Integration: Protect credentials from theft by isolating authentication data.

Office Application Protection: Prevent Office applications from creating child processes or executing unsafe macros.

Monitoring and Logging: Track blocked actions, rule violations, and threat attempts in real time.

Administrators can assign ASR rules to targeted device groups, monitor enforcement through Intune dashboards, and remediate non-compliant devices. Integration with Conditional Access ensures that only devices with enforced ASR rules can access corporate resources, improving the organization’s security posture.

For MD-102 exam purposes, candidates must understand how to configure ASR rules, assign them to devices, monitor enforcement, interpret logs, and remediate threats proactively. Proper implementation strengthens endpoint protection, reduces risk from malware and ransomware, and aligns with organizational security policies.

By leveraging Endpoint Security Policies to enforce ASR, organizations prevent malware execution, mitigate ransomware risk, protect credentials, control application behavior, and maintain a proactive security posture, forming a key component of enterprise endpoint defense strategy.

Question 157:

Which Microsoft Endpoint Manager feature allows administrators to deploy Wi-Fi profiles with enterprise authentication, including certificate-based EAP-TLS, PEAP, and WPA2-Enterprise configurations?

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 Wi-Fi profiles with enterprise authentication, making Option A correct. Properly configured Wi-Fi profiles ensure secure, encrypted connectivity for corporate devices, reducing the risk of unauthorized access and credential theft.

Endpoint Security Policies (B) enforce security configurations but do not configure network connectivity. Compliance Policies (C) monitor device adherence to standards but do not deploy network profiles. App Protection Policies (D) secure corporate app data but do not manage network authentication.

Key capabilities of Wi-Fi deployment include:

Enterprise Authentication: Support for EAP-TLS, PEAP, WPA2-Enterprise, and certificate-based authentication.

Automatic Certificate Enrollment: Devices can automatically request and install certificates for network authentication.

Secure Access Control: Ensure only devices meeting security requirements can connect to corporate Wi-Fi.

Profile Assignment and Monitoring: Assign profiles to specific device groups and track deployment and connectivity success.

Integration with Conditional Access: Devices without proper Wi-Fi profiles can be restricted from accessing corporate resources.

Administrators can monitor profile compliance, identify connectivity issues, and automate remediation processes to ensure consistent network access. This is especially important for organizations with BYOD or remote workforce scenarios.

For MD-102 exam purposes, candidates must understand how to create Wi-Fi profiles, configure authentication methods, deploy certificates, assign profiles, monitor compliance, and troubleshoot connectivity issues. Proper implementation ensures secure wireless connectivity and supports organizational security policies.

By leveraging Device Configuration Profiles for Wi-Fi, organizations secure wireless access, enforce encryption and authentication, reduce credential theft risk, maintain compliance, and ensure seamless connectivity, forming a critical part of enterprise endpoint management.

Question 158:

Which Microsoft Endpoint Manager feature allows administrators to enforce Conditional Access policies based on device compliance, application protection, and user risk level to secure access to Microsoft 365 resources?

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

Answer: A) Compliance Policies

Explanation:

Compliance Policies in Microsoft Endpoint Manager allow administrators to enforce Conditional Access rules based on device compliance, making Option A correct. Conditional Access ensures that only devices and users meeting organizational security requirements can access corporate resources, reducing the risk of unauthorized access and data breaches.

Device Configuration Profiles (B) configure device settings but do not enforce access control based on compliance. App Protection Policies (C) secure corporate app data but cannot enforce Conditional Access rules based on device state. Endpoint Security Policies (D) enforce security configurations but do not integrate directly with Conditional Access.

Key capabilities of Conditional Access based on Compliance Policies include:

Device Compliance Checks: Verify encryption, antivirus status, OS version, and security configurations.

User Risk Assessment: Use Microsoft Identity Protection to evaluate login risks and enforce additional security requirements.

App-Level Access Controls: Restrict access to Microsoft 365 apps based on compliance status.

Integration with Multi-Factor Authentication (MFA): Require MFA for non-compliant devices or high-risk users.

Monitoring and Reporting: Track blocked access attempts, compliance violations, and remediation actions.

Administrators can configure policies to block, limit, or allow access to resources, ensuring organizational security while maintaining user productivity. Devices that are non-compliant can be remediated automatically through Intune, improving the overall security posture.

For MD-102 exam purposes, candidates must understand how to create compliance policies, link them with Conditional Access, enforce access rules, monitor compliance, and remediate non-compliant devices. Proper implementation ensures secure access, minimizes data loss risk, and supports regulatory compliance.

By leveraging Compliance Policies for Conditional Access, organizations secure resource access, enforce device compliance, mitigate risk, maintain regulatory compliance, and prevent unauthorized access to Microsoft 365 resources, forming a critical element of enterprise security strategy.

Question 159:

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

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 Windows 10 device management, making Option A correct. Scripts can perform configuration updates, remediate non-compliant settings, collect telemetry, or deploy applications, reducing manual administrative work and ensuring consistent device configurations.

Device Configuration Profiles (B) configure pre-defined settings but cannot execute custom scripts. Endpoint Security Policies (C) enforce security features but do not automate tasks beyond policy enforcement. App Protection Policies (D) manage app-level data security and do not provide system-level automation.

Key capabilities of PowerShell Script Deployment include:

Execution Context: Run scripts as system (elevated) or user depending on required permissions.

Targeted Deployment: Assign scripts to devices, users, or dynamic groups for granular control.

Detection and Remediation: Detect configuration issues and automatically remediate them.

Automation of Repetitive Tasks: Automate registry updates, service configurations, application deployments, and policy enforcement.

Monitoring and Reporting: Track execution status, success, and failure rates via Intune dashboards.

Integration with Compliance Policies allows scripts to remediate non-compliant devices automatically. Endpoint Analytics provides insights into script effectiveness, identifying potential performance impacts and supporting proactive IT operations.

For MD-102 exam purposes, candidates must understand how to create scripts, configure deployment settings, monitor results, remediate failures, and integrate automation with other management policies. Proper implementation reduces human error, ensures consistent configuration, and enhances endpoint management efficiency.

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

Question 160:

Which Microsoft Endpoint Manager feature allows administrators to enforce app-level conditional launch policies, such as requiring PIN, encryption, or compliance checks before accessing corporate Microsoft 365 apps on unmanaged 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) in Microsoft Endpoint Manager allow administrators to enforce app-level conditional launch policies, making Option A correct. Conditional launch ensures that corporate apps on unmanaged or BYOD devices meet organizational security requirements before accessing sensitive data, providing a critical layer of protection for mobile productivity.

Device Configuration Profiles (B) configure device-level settings but cannot enforce app-specific conditional access. Endpoint Security Policies (C) enforce security at the device level but do not provide selective app-level controls. Compliance Policies (D) assess device adherence to standards but do not enforce app-specific policies.

Key capabilities of App Protection Policies for conditional launch include:

PIN or Biometric Requirements: Require authentication to access corporate apps.

Device Encryption Verification: Ensure apps can only be opened on encrypted devices.

Compliance Checks: Prevent access if the device is jailbroken, rooted, or non-compliant.

Access Blocking and Remediation: Automatically block non-compliant apps or require user action.

Selective Wipe: Remove corporate app data if security policies are violated or devices are compromised.

These policies apply to Microsoft 365 apps such as Outlook, Teams, OneDrive, and line-of-business applications. Integration with Conditional Access ensures that only compliant devices and apps can access organizational resources. Reporting dashboards allow administrators to monitor policy enforcement, app usage, and compliance status.

For MD-102 exam purposes, candidates must understand how to configure conditional launch rules, enforce encryption and authentication, implement selective wipe, monitor app compliance, and integrate policies with Conditional Access. Proper implementation reduces data leakage risks while enabling secure mobile productivity.

By leveraging App Protection Policies for conditional launch, organizations enforce security on corporate apps, protect sensitive data on unmanaged devices, prevent unauthorized access, maintain compliance, and support BYOD initiatives, forming a critical component of enterprise mobile application management.