Microsoft MD-102 Endpoint Administrator Exam Dumps and Practice Test Questions Set 7 Q91-105
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Question 91
Which Intune feature allows administrators to automatically apply security baselines to Windows devices?
A) Device Configuration Profiles
B) Compliance Policies
C) Endpoint Analytics
D) App Protection Policies
Answer: A) Device Configuration Profiles
Explanation:
Device Configuration Profiles in Microsoft Intune provide a structured method for IT administrators to apply comprehensive security baselines to Windows devices. These baselines are developed and recommended by Microsoft to help organizations implement consistent, robust security measures across all managed endpoints. They encompass a wide range of security settings, including password complexity and expiration requirements, encryption standards such as BitLocker, firewall configurations to control network traffic, and Windows Defender settings for antivirus and threat protection. By deploying these baselines, organizations can ensure that every device adheres to a consistent security posture, minimizing the risk of misconfigurations that could lead to vulnerabilities or unauthorized access.
While Compliance Policies in Intune define the rules that devices must meet to access corporate resources, such as requiring a minimum operating system version, device encryption, or antivirus protection, they do not actively enforce baseline configurations. Compliance Policies evaluate whether a device meets the established criteria and report compliance status, but they cannot automatically apply detailed security settings or technical configurations. Similarly, Endpoint Analytics is designed to monitor device health, performance, and user experience metrics such as startup times or application reliability, but it does not configure devices or enforce security policies. App Protection Policies focus on safeguarding corporate data within managed applications, controlling actions such as copy-paste, save-as, or sharing between apps, yet they do not influence system-wide security configurations or enforce baselines across the device.
Using Device Configuration Profiles to deploy Microsoft-recommended baselines enables IT teams to standardize security settings across all enrolled devices efficiently. This standardization helps eliminate inconsistencies in security configurations, reducing the potential for vulnerabilities caused by user misconfigurations or overlooked security settings. Administrators can also leverage reporting tools within Intune to track which devices have successfully applied the baseline configurations and identify devices that fail to meet requirements. These insights allow IT teams to take corrective actions, whether remotely adjusting settings, notifying end users, or enforcing additional remediation measures.
Integrating Device Configuration Profiles and baseline enforcement with Conditional Access enhances overall security by ensuring that only devices meeting the required standards are allowed to access corporate resources. Conditional Access can evaluate compliance with security baselines in real-time and prevent non-compliant devices from connecting to services such as Microsoft 365, SharePoint Online, or Exchange Online. This ensures that organizational data is protected from potential exposure while maintaining operational efficiency.
Beyond security, deploying baselines through Device Configuration Profiles supports regulatory compliance by aligning devices with industry standards and organizational policies. It simplifies IT management, reduces administrative overhead, and promotes a consistent security posture across all endpoints. By combining automated configuration, monitoring, and conditional access, organizations can maintain a secure, compliant, and productive digital environment. Ultimately, Device Configuration Profiles serve as a cornerstone for modern endpoint management, enabling organizations to protect sensitive information, minimize risks, and maintain control over all managed Windows devices.
Question 92
Which Intune feature allows administrators to require device encryption before granting access to corporate resources?
A) Compliance Policies
B) Device Configuration Profiles
C) App Protection Policies
D) Endpoint Analytics
Answer: A) Compliance Policies
Explanation:
Compliance Policies within Microsoft Intune are essential for enforcing security standards across devices accessing corporate resources. These policies establish the specific conditions that devices must meet to be considered compliant before they are granted access to sensitive systems or data. One of the most critical compliance requirements is device encryption. Encryption ensures that data stored on a device is protected, mitigating the risk of unauthorized access if a device is lost, stolen, or otherwise compromised. By requiring encryption, organizations can maintain the confidentiality and integrity of corporate data, which is especially important in environments where sensitive information is handled, including financial, healthcare, or government sectors.
While Device Configuration Profiles can enable encryption settings on devices, they do not provide enforcement mechanisms. Configuration Profiles apply technical settings, such as activating BitLocker on Windows or enforcing FileVault on macOS, but they do not prevent access to corporate resources if a device fails to comply. Similarly, App Protection Policies focus on securing data at the application level by enforcing rules like restricting copy-paste actions, requiring PINs for app access, and controlling data sharing. However, these policies do not address device-wide compliance requirements such as encryption, operating system version, or security patch status. Endpoint Analytics, on the other hand, offers insights into device performance, application reliability, and user experience but cannot restrict access to corporate resources based on compliance criteria.
Integrating Compliance Policies with Conditional Access adds a layer of enforcement that ensures only secure, compliant devices can access organizational services. Conditional Access evaluates a device’s compliance state in real-time and enforces access controls accordingly. For example, if a device is found to be non-encrypted or otherwise non-compliant, Conditional Access can block access to services such as Microsoft 365, SharePoint Online, or Exchange Online. This integration ensures that corporate resources remain protected while allowing IT administrators to manage access dynamically based on the current security posture of devices.
In addition to enforcement, Compliance Policies provide visibility and reporting capabilities that are vital for ongoing device management. IT teams can generate reports showing which devices are compliant and which are not, along with detailed reasons for non-compliance. This allows administrators to proactively notify users about required actions, such as enabling encryption, updating their operating system, or installing security patches. It also supports remediation workflows, helping IT maintain security standards across all managed devices efficiently.
By implementing Compliance Policies alongside Conditional Access, organizations can enforce security consistently across corporate-owned and BYOD devices. This approach not only safeguards sensitive information but also supports regulatory compliance requirements, including GDPR, HIPAA, and ISO standards. Moreover, it balances security with usability, enabling employees to access necessary resources while ensuring that organizational data remains protected. Compliance Policies, when properly configured and monitored, are a fundamental component of a comprehensive endpoint security strategy, helping organizations maintain control, reduce risk, and support a secure and productive work environment.
Question 93
Which Intune feature allows administrators to automatically enroll Windows devices into management during first setup?
A) Windows Autopilot
B) Device Enrollment Manager
C) App Protection Policies
D) Endpoint Analytics
Answer: A) Windows Autopilot
Explanation:
Windows Autopilot is a modern deployment solution that simplifies the provisioning and configuration of Windows devices for organizations. Designed for corporate-owned devices, it allows new devices to be delivered directly to employees while automatically handling essential setup tasks without requiring extensive IT intervention. When a device is powered on for the first time, Autopilot can automatically join it to Azure Active Directory (Azure AD), enroll it in Microsoft Intune, and apply pre-configured policies, profiles, and applications. This ensures that devices are business-ready from the outset, reducing delays and minimizing the potential for configuration errors that commonly occur during manual setup processes.
Autopilot provides a seamless onboarding experience for both IT administrators and end users. IT teams can define device configuration profiles and application packages in advance, ensuring that every new device is provisioned consistently according to organizational standards. Security settings, compliance policies, VPN and Wi-Fi configurations, and required applications are applied automatically during the initial setup process. This eliminates the need for physical IT intervention at the device level, enabling employees to begin work immediately after receiving their devices. It also ensures that organizational security and compliance requirements are enforced uniformly across all endpoints, reducing vulnerabilities caused by inconsistent configurations.
While Device Enrollment Manager supports bulk enrollment of devices, it is primarily intended for scenarios where IT staff need to enroll multiple devices at once, such as shared kiosks, pre-configured laptops, or corporate-owned devices intended for multiple users. Unlike Autopilot, Device Enrollment Manager does not provide personalized provisioning for individual devices during first-time setup and is not focused on delivering a streamlined end-user experience.
App Protection Policies complement Autopilot by securing corporate data at the application level, enforcing rules such as encryption, PIN requirements, and restrictions on sharing data with unmanaged apps. However, these policies focus on data security rather than device provisioning, and they do not automate the enrollment or configuration of new endpoints. Similarly, Endpoint Analytics provides IT teams with insights into device performance, reliability, and user experience but does not perform enrollment or automated setup tasks. It is a monitoring and optimization tool rather than a deployment solution.
By combining Autopilot with modern management tools, organizations can achieve both efficiency and consistency in device deployment. Autopilot reduces the administrative burden on IT teams, particularly when deploying large numbers of devices or supporting remote workers. Automated configuration ensures that devices comply with organizational standards, including security policies, compliance rules, and software requirements, from the moment they are activated. This approach minimizes the risk of misconfigurations, enhances endpoint security, and allows IT staff to focus on higher-value tasks rather than repetitive setup procedures.
In addition to streamlining deployment, Autopilot supports ongoing device management by maintaining integration with Intune and Azure AD. Devices remain enrolled and manageable throughout their lifecycle, enabling updates, policy changes, and security enforcement without disrupting the end-user experience. By standardizing the initial setup and ensuring immediate compliance, Autopilot contributes to operational efficiency, improved productivity, and a secure and consistent computing environment for the organization.
Windows Autopilot is a transformative solution for modern IT environments. It automates enrollment, configuration, and application deployment for Windows devices, providing a secure, consistent, and efficient provisioning process. Unlike Device Enrollment Manager, App Protection Policies, or Endpoint Analytics, Autopilot focuses on first-time setup and personalized device provisioning, ensuring employees receive ready-to-use devices while reducing IT overhead and supporting enterprise security and compliance standards.
Question 94
Which feature allows IT to require multifactor authentication if a device is non-compliant?
A) Conditional Access
B) Compliance Policies
C) App Protection Policies
D) Device Configuration Profiles
Answer: A) Conditional Access
Explanation:
In modern enterprise environments, controlling access to corporate resources is a critical component of maintaining security, ensuring regulatory compliance, and protecting sensitive information. Microsoft’s Conditional Access in Azure Active Directory provides organizations with a dynamic and intelligent framework to enforce access controls based on a combination of user identity, device compliance, location, risk level, and session context. Conditional Access allows IT administrators to implement granular policies that determine whether users and devices are authorized to access resources such as Exchange Online, SharePoint, OneDrive, Teams, and other cloud applications, ensuring that access is both secure and contextually appropriate.
Conditional Access operates by evaluating multiple signals in real-time. These signals include the user’s identity, group membership, device state, network location, and the level of risk associated with the login attempt, as assessed by Azure AD Identity Protection. One of the key aspects of Conditional Access is its ability to enforce multifactor authentication (MFA) when necessary. For example, if a device attempting to connect to corporate resources is identified as non-compliant based on predefined security rules, Conditional Access can require the user to verify their identity through MFA before access is granted. This layered approach ensures that only legitimate users on secure devices can access critical resources, thereby reducing the risk of data breaches and unauthorized access.
While Conditional Access is focused on access enforcement, Compliance Policies play a complementary role by defining the specific criteria that devices must meet to be considered secure. These policies can include requirements such as minimum operating system versions, device encryption, antivirus protection, password complexity, and system integrity checks. Compliance Policies serve as the baseline for security, but on their own, they do not directly control user access or trigger authentication challenges. Their true value is realized when integrated with Conditional Access, allowing organizations to enforce access restrictions based on the compliance state of each device.
Similarly, App Protection Policies provide security at the application level, controlling how corporate data is accessed, stored, and shared within managed apps. While these policies are essential for preventing data leakage, particularly on personal or BYOD devices, they do not evaluate device compliance or control authentication workflows. Device Configuration Profiles, on the other hand, allow administrators to enforce system settings such as Wi-Fi configurations, VPN connections, or BitLocker encryption, but they are not capable of assessing compliance in real time or requiring users to perform additional authentication steps.
By combining Conditional Access with Compliance Policies, organizations create a powerful, automated mechanism for securing access to corporate resources. Devices that fail to meet compliance criteria can be automatically restricted, requiring users to remediate security issues or complete additional authentication steps before access is allowed. This ensures that only authorized users on secure devices can reach sensitive data, mitigating the risk of exposure due to compromised devices, outdated systems, or misconfigurations.
Conditional Access also supports flexible work scenarios by allowing policies to be applied based on location, risk level, or application sensitivity. For instance, users accessing corporate resources from trusted networks or compliant devices may be granted seamless access, while users on untrusted networks or non-compliant devices may be required to complete MFA. Policies can also be fine-tuned dynamically based on changing risk conditions or threat intelligence, giving IT teams real-time control over access without impeding user productivity.
Administrators can monitor enforcement through reporting and analytics dashboards, gaining visibility into how policies are applied, which users or devices are non-compliant, and where potential security gaps exist. This visibility allows IT teams to adjust policies proactively, ensuring ongoing compliance, security, and operational efficiency. The integration of Conditional Access with Compliance Policies thus provides a holistic, adaptive, and secure approach to protecting corporate resources, balancing stringent security controls with user flexibility and productivity.
Conditional Access, when paired with Compliance Policies, enables organizations to enforce secure, context-aware access to corporate resources. It leverages real-time evaluation of device compliance, user identity, risk, and location to protect sensitive data, support regulatory requirements, and facilitate modern work environments. This integration ensures that only secure and authorized devices can access organizational assets while giving IT teams the tools to monitor, enforce, and adjust access dynamically, making it a cornerstone of enterprise security strategy.
Question 95
Which Intune feature allows IT to monitor device startup performance and identify issues affecting reliability?
A) Endpoint Analytics
B) Device Compliance Policies
C) App Protection Policies
D) Device Configuration Profiles
Answer: A) Endpoint Analytics
Explanation:
Endpoint Analytics in Microsoft Intune is a powerful tool that provides IT administrators with detailed insights into the performance and reliability of managed devices. By collecting telemetry data from endpoints, Endpoint Analytics enables IT teams to monitor critical aspects of device functionality, including startup and boot times, application reliability, and overall system responsiveness. These insights are essential for identifying devices that are underperforming or experiencing repeated failures, allowing administrators to take proactive steps to prevent productivity loss and maintain a seamless user experience across the organization.
While Device Compliance Policies focus on enforcing security requirements—such as ensuring devices are encrypted, have up-to-date antivirus protection, or meet minimum operating system standards—they do not provide visibility into device performance metrics or application behavior. Similarly, App Protection Policies are designed to safeguard corporate data within managed applications by enforcing restrictions on copy-paste actions, save-as operations, and data sharing with unmanaged apps. However, these policies do not track or report on how well applications or devices are functioning. Device Configuration Profiles can enforce settings like Wi-Fi configurations, VPN connections, and system security options, but they also lack the capability to collect telemetry or analyze performance trends.
Endpoint Analytics fills this gap by aggregating device performance data in a centralized dashboard, providing IT with actionable insights into the health and efficiency of endpoints. Administrators can detect devices with slow boot times, repeated application crashes, or inconsistent system behavior, and identify whether these issues are due to hardware limitations, misconfigurations, or software incompatibilities. This proactive approach allows IT teams to address potential problems before they escalate, minimizing downtime and ensuring that employees can remain productive without interruptions.
The tool also enables administrators to compare performance across devices and identify patterns that may indicate systemic issues, such as drivers or updates causing conflicts, or specific applications that frequently fail. Armed with this information, IT can implement targeted remediation actions, such as adjusting configuration settings, rolling out patches, or recommending hardware upgrades for devices that consistently underperform. By continuously monitoring endpoints, organizations can maintain high service quality while reducing support tickets and reactive troubleshooting efforts.
Beyond improving device reliability, Endpoint Analytics supports strategic IT planning. By analyzing performance trends, administrators can make informed decisions about deploying new hardware, optimizing software updates, and refining configuration policies. Insights from Endpoint Analytics can also be integrated with other Microsoft Endpoint Manager features, helping organizations maintain a secure and efficient computing environment while aligning with compliance and operational standards.
Endpoint Analytics provides IT teams with comprehensive visibility into device startup performance, application reliability, and overall system efficiency. It complements other Intune management tools by focusing specifically on performance monitoring and proactive remediation. By leveraging these insights, organizations can enhance the end-user experience, reduce downtime, optimize device and application performance, and implement data-driven strategies for ongoing endpoint management. It empowers IT to maintain productivity, minimize disruptions, and ensure that corporate resources are effectively utilized across all managed devices.
Question 96
Which feature allows IT administrators to remove only corporate apps and data while keeping personal content intact?
A) Selective Wipe
B) Full Wipe
C) Autopilot Reset
D) Device Configuration Profiles
Answer: A) Selective Wipe
Explanation:
Selective Wipe is a key feature in modern endpoint management that allows IT administrators to remove only corporate-managed data from devices, leaving personal content untouched. This includes corporate applications, managed email accounts, organizational configurations, and any other work-related data deployed through management tools like Microsoft Intune. By preserving personal files, photos, and applications, Selective Wipe ensures that employees using their own devices for work—commonly referred to as Bring Your Own Device (BYOD) scenarios—can continue to use their devices without disruption while corporate data is securely removed when necessary.
Unlike a Full Wipe, which completely erases all data on a device and restores it to factory settings, Selective Wipe provides a targeted approach that protects personal privacy while maintaining corporate security. Full Wipe is typically reserved for devices that are fully corporate-owned or when a device is being decommissioned, as it does not differentiate between personal and organizational data. Autopilot Reset, while useful for preparing corporate devices for reuse, does not selectively remove corporate data; instead, it restores the device to a business-ready state, keeping the enrollment and management settings intact. Device Configuration Profiles, on the other hand, allow administrators to enforce specific configurations and security settings on devices, but they do not have the capability to remove data, whether corporate or personal.
The ability to perform a Selective Wipe remotely is critical in modern workplace scenarios. If a device is lost, stolen, or an employee leaves the organization, IT can initiate a wipe of corporate data without requiring physical access to the device. This ensures that sensitive information, such as emails, documents, and app data, does not fall into the wrong hands. The process is swift and reduces the window of risk, protecting intellectual property and maintaining compliance with organizational policies and regulatory standards.
Furthermore, reporting and monitoring capabilities within management platforms allow IT teams to track which devices have undergone Selective Wipe actions. This accountability ensures that data removal activities are logged, auditable, and compliant with security policies. Administrators can generate reports to verify that corporate data has been securely removed while confirming that personal content remains unaffected.
Selective Wipe also integrates seamlessly with other endpoint management features, such as App Protection Policies and Conditional Access. App Protection Policies complement Selective Wipe by enforcing corporate data restrictions within applications, such as preventing copy-paste or sharing with unmanaged apps, while Conditional Access ensures that only compliant devices can access corporate resources. Together, these tools create a comprehensive strategy that balances organizational security and employee privacy.
Selective Wipe is a vital capability for managing devices in environments where employees use personal devices for work. It allows IT administrators to remove corporate-managed apps, data, and configurations without affecting personal content, supports compliance with security policies, and ensures rapid response to lost or compromised devices. By combining remote wipe capabilities with detailed reporting and integration with other security features, organizations can maintain robust data protection while respecting user privacy, minimizing disruption, and supporting a secure and productive BYOD ecosystem.
Question 97
Which Intune feature allows administrators to pre-configure Wi-Fi networks on enrolled devices?
A) Device Configuration Profiles
B) App Protection Policies
C) Compliance Policies
D) Endpoint Analytics
Answer: A) Device Configuration Profiles
Explanation:
In modern enterprise environments, ensuring secure and consistent network connectivity across a wide variety of devices is a critical component of IT management. With employees using Windows, iOS, and Android devices to access corporate resources, manually configuring Wi-Fi settings on each device is time-consuming, prone to errors, and often leads to inconsistent security practices. Device Configuration Profiles in Microsoft Intune address this challenge by allowing IT administrators to automate the deployment of Wi-Fi settings across managed devices, ensuring secure, reliable connectivity while reducing administrative overhead.
Through Device Configuration Profiles, administrators can define detailed Wi-Fi configurations, including SSID names, authentication methods, and certificates required for secure access. These profiles are applied automatically when a device is enrolled in Intune, eliminating the need for end users to manually configure network settings. This automation not only improves the user experience by providing a seamless connection to corporate networks but also enhances security by ensuring that all devices adhere to standardized network access protocols. Consistent application of authentication methods and certificates helps prevent misconfigurations that could expose corporate networks to unauthorized access or data breaches.
Device Configuration Profiles can be targeted to specific user groups, device types, or organizational units, allowing administrators to tailor Wi-Fi settings based on roles, locations, or device capabilities. For example, executives or remote workers may require access to private corporate Wi-Fi networks using specialized certificates, while general staff may connect to a different segment of the network. This flexibility ensures that all devices receive the correct configuration according to organizational requirements, supporting both security and operational efficiency.
It is important to note that while Device Configuration Profiles can configure network settings, other Intune features serve different purposes. App Protection Policies, for instance, focus on securing corporate applications and data on devices, providing controls such as restricting copy-paste or sharing with unmanaged apps, but they do not configure Wi-Fi connections. Compliance Policies enforce security rules such as password complexity, encryption, and OS version requirements but do not manage device network configurations. Endpoint Analytics offers insights into device performance, reliability, and user experience but cannot configure settings like Wi-Fi profiles. Device Configuration Profiles fill this specific need by providing a centralized, automated method for deploying network configurations securely and consistently.
Automating Wi-Fi setup through configuration profiles also reduces the risk of user errors, which are common when individuals manually enter SSID names, passwords, or certificates. Even small mistakes can prevent devices from connecting or inadvertently expose sensitive credentials to unsecured networks. By centrally managing Wi-Fi settings, IT ensures all devices comply with security policies while maintaining uninterrupted access to essential corporate resources. This approach also minimizes helpdesk calls and support tickets related to connectivity issues, freeing IT teams to focus on more strategic initiatives.
In addition, Device Configuration Profiles improve overall productivity by allowing employees to connect to corporate networks seamlessly, regardless of their technical expertise. New devices can be provisioned quickly, remote employees can connect without complex instructions, and roaming users can securely access networks from multiple locations. The ability to enforce standardized Wi-Fi policies across all managed devices ensures consistent security practices and simplifies auditing and compliance efforts.
Device Configuration Profiles in Intune provide a robust, automated solution for deploying Wi-Fi settings to Windows, iOS, and Android devices. By defining SSID, authentication, and certificate configurations centrally, organizations reduce user errors, enhance security, maintain compliance, and improve user productivity. Unlike App Protection Policies, Compliance Policies, or Endpoint Analytics, configuration profiles directly manage network connectivity, making them essential for streamlined device management and secure access in modern enterprise environments.
Question 98
Which feature allows IT to enforce device encryption and backup BitLocker recovery keys to Azure AD?
A) Device Configuration Profiles
B) Endpoint Analytics
C) App Protection Policies
D) Compliance Policies
Answer: A) Device Configuration Profiles
Explanation:
In today’s enterprise environment, securing corporate data on devices is a fundamental requirement for protecting sensitive information, maintaining compliance, and mitigating the risk of data breaches. One of the most effective ways to achieve this is through full-disk encryption, which protects information stored on devices from unauthorized access, even if the device is lost, stolen, or improperly disposed of. Microsoft Intune provides IT administrators with the ability to enforce BitLocker encryption on Windows devices through Device Configuration Profiles, ensuring that organizational data is always secured at rest.
Device Configuration Profiles allow administrators to define and enforce a range of BitLocker settings centrally. These configurations can mandate encryption on all corporate-owned devices and ensure that recovery keys are automatically backed up to Azure Active Directory. This feature not only enhances security but also simplifies the recovery process in the event of device loss or failure. By storing recovery keys in Azure AD, administrators can quickly recover encrypted drives without relying on local backups or user intervention, significantly reducing downtime and supporting business continuity.
While encryption is critical, it is important to understand the distinct roles of other Intune management tools. Endpoint Analytics, for example, provides deep insights into device performance, startup times, application reliability, and hardware health, but it does not have the capability to enforce system-wide encryption. App Protection Policies secure data within managed applications, protecting sensitive corporate information from leakage or unauthorized access, but they operate at the application level and do not implement encryption for the entire device. Similarly, Device Compliance Policies allow administrators to define rules for security and configuration, such as requiring antivirus software, minimum operating system versions, or password complexity, but they do not directly enable or enforce BitLocker encryption. Device Configuration Profiles therefore play a unique and essential role by actively applying encryption policies to devices.
Enforcing BitLocker encryption through Device Configuration Profiles brings multiple benefits beyond basic security. Firstly, it ensures that corporate data is protected in accordance with regulatory requirements and industry standards, supporting compliance frameworks such as GDPR, HIPAA, and ISO 27001. Secondly, it provides a consistent and standardized approach to data protection across all managed Windows devices, reducing the risk of misconfigurations or devices falling outside organizational security policies. Thirdly, integrating encrypted devices with Conditional Access further strengthens security by ensuring that only compliant, encrypted devices are permitted to access corporate resources such as email, SharePoint, OneDrive, or internal applications. This integration creates a cohesive security model that safeguards sensitive information while allowing authorized employees to work productively.
Another key advantage of using configuration profiles for encryption is automation. Administrators can target specific device groups, ensuring that new and existing devices are automatically encrypted without requiring manual user intervention. This eliminates the reliance on end-user compliance and reduces the potential for human error, which is a common source of security vulnerabilities. Additionally, automated enforcement of BitLocker policies reduces IT workload, simplifies auditing, and ensures that recovery procedures are consistent and reliable.
Furthermore, Device Configuration Profiles provide granular control over encryption settings, allowing administrators to define key rotation policies, specify encryption algorithms, and enforce pre-boot authentication requirements. This level of control ensures that devices not only have encryption enabled but also adhere to organizational security standards and best practices. By combining encryption enforcement with centralized monitoring and reporting, IT teams gain visibility into encryption status across all devices, allowing them to identify non-compliant machines, track recovery key availability, and take corrective actions proactively.
Device Configuration Profiles in Intune are a powerful tool for securing corporate data on Windows devices through BitLocker encryption. By automating encryption, ensuring recovery keys are backed up to Azure AD, and integrating with Conditional Access, organizations can protect sensitive information, maintain regulatory compliance, and enable quick recovery in case of device loss or failure. Unlike Endpoint Analytics, App Protection Policies, or Compliance Policies, configuration profiles directly enforce encryption at the system level, providing a comprehensive, consistent, and secure approach to managing enterprise devices. This capability is essential for modern endpoint management, enabling organizations to safeguard data, reduce risk, and support a secure and productive workforce.
Question 99
Which Intune feature allows administrators to deploy Microsoft 365 apps to both Windows and mobile devices?
A) Intune App Deployment
B) Device Compliance Policies
C) App Protection Policies
D) Endpoint Analytics
Answer: A) Intune App Deployment
Explanation:
Intune App Deployment is a comprehensive solution that enables IT administrators to manage and distribute applications across an organization’s device ecosystem, including Windows, iOS, and Android platforms. This functionality supports a wide range of applications, from Microsoft 365 productivity apps to traditional Win32 applications and custom line-of-business software. By using Intune, IT teams can assign applications directly to individual users, groups, or devices, ensuring that every endpoint has the software required for its specific role or function within the organization.
One of the key advantages of Intune App Deployment is its ability to handle complex deployment scenarios. Administrators can define dependencies between applications, so that essential supporting software is installed automatically before the main application, reducing installation errors and ensuring that apps function correctly. Additionally, IT teams can set installation schedules, controlling when applications are deployed to avoid network congestion or disruption during peak work hours. This feature is particularly useful in large-scale deployments or distributed environments where devices may be located in different offices, remote locations, or home offices.
While Device Compliance Policies play a crucial role in maintaining security by ensuring devices meet organizational standards, they do not facilitate the deployment of applications. Similarly, App Protection Policies focus on safeguarding corporate data within applications, enforcing restrictions such as copy-paste prevention or requiring PINs to access apps, but they do not manage app distribution itself. Endpoint Analytics provides valuable insights into device performance, startup times, and application reliability; however, it does not deliver or install software. Intune App Deployment fills this gap by providing a centralized, automated method to distribute software efficiently and consistently across all enrolled devices.
Using Intune for application deployment streamlines IT operations, reduces the risk of configuration errors, and ensures that users have access to the tools they need to perform their work effectively. By providing administrators with detailed reporting capabilities, the platform allows IT teams to track installation status for each application on every device. If a deployment fails, administrators can quickly identify the cause, take corrective action, and remediate affected devices. This proactive monitoring and management reduces helpdesk calls, minimizes downtime, and ensures a consistent and predictable software environment across the organization.
Another benefit of Intune App Deployment is its integration with compliance and security policies. Applications deployed through Intune can be combined with App Protection Policies and Conditional Access to ensure that only compliant devices can access sensitive corporate resources. This integration reinforces security while maintaining user productivity, particularly in environments where devices may be personally owned or used in BYOD scenarios.
Intune App Deployment is an essential component of modern device management. It enables IT teams to distribute a wide variety of applications efficiently across multiple platforms, enforce dependencies, schedule installations, and monitor deployment success. By providing centralized control and visibility, Intune ensures that users have the applications they need, reduces support workload, maintains consistent device configurations, and integrates seamlessly with security and compliance frameworks, supporting both operational efficiency and organizational security goals.
Question 100
Which feature allows IT to enforce corporate VPN configuration automatically on devices?
A) Device Configuration Profiles
B) App Protection Policies
C) Compliance Policies
D) Endpoint Analytics
Answer: A) Device Configuration Profiles
Explanation:
Device Configuration Profiles can pre-configure VPN settings on Windows, iOS, and Android devices, including authentication methods, certificates, and connection policies. This ensures secure connectivity for users without manual configuration.
App Protection Policies secure data within apps but cannot configure VPN. Compliance Policies enforce security but do not deploy VPN settings. Endpoint Analytics monitors device performance but cannot configure network connections.
Automated VPN deployment reduces errors, ensures compliance, and improves productivity. Administrators can target profiles to specific user groups or device types, ensuring secure access to corporate resources while maintaining consistency.
Question 101
Which feature allows IT to enforce a PIN or password requirement on mobile devices?
A) Device Configuration Profiles
B) App Protection Policies
C) Compliance Policies
D) Endpoint Analytics
Answer: A) Device Configuration Profiles
Explanation:
Device Configuration Profiles can enforce PIN or password policies across enrolled mobile devices, ensuring corporate data is protected. Settings can include minimum length, complexity, and expiration.
App Protection Policies secure corporate data at the app level but cannot enforce device-wide authentication. Compliance Policies define rules but cannot directly configure PIN or password requirements. Endpoint Analytics monitors performance and health metrics without enforcing security.
By applying these profiles, IT ensures standard security policies are applied consistently, protecting sensitive corporate data and maintaining compliance with organizational or regulatory requirements. Profiles can be applied to groups, enabling targeted security management.
Question 102
Which Intune feature allows IT to selectively wipe corporate data from apps without removing personal data?
A) App Protection Policies
B) Device Configuration Profiles
C) Compliance Policies
D) Endpoint Analytics
Answer: A) App Protection Policies
Explanation:
App Protection Policies allow IT to perform selective wipes of corporate data from managed applications while keeping personal content untouched. This is critical in BYOD scenarios where personal privacy must be preserved.
Device Configuration Profiles enforce system settings but do not remove app data. Compliance Policies evaluate device status but cannot wipe data. Endpoint Analytics monitors performance but does not manage data security.
Selective wipe protects corporate information, maintains compliance, and ensures users can safely use personal devices without risking corporate data exposure. Policies integrate with Conditional Access to enforce secure access.
Question 103
Which Intune feature enables bulk enrollment of multiple corporate devices using a single account?
A) Device Enrollment Manager
B) Windows Autopilot
C) App Protection Policies
D) Conditional Access
Answer: A) Device Enrollment Manager
Explanation:
Device Enrollment Manager (DEM) allows IT to enroll multiple devices in bulk using a single account, ideal for corporate-owned devices such as shared computers, kiosks, or pre-configured laptops.
Windows Autopilot automates individual device deployment but is not optimized for bulk enrollment. App Protection Policies secure corporate apps but do not handle enrollment. Conditional Access enforces security and compliance but does not manage device enrollment.
Using DEM streamlines setup, applies configuration profiles, installs required apps, and tracks enrollment success. Reports allow administrators to identify issues and remediate devices efficiently, ensuring consistency and security across large fleets.
Question 104
Which feature allows IT to monitor which devices are compliant with encryption, antivirus, and OS version requirements?
A) Device Compliance Report
B) App Install Status Report
C) Endpoint Analytics Report
D) Security Baselines Report
Answer: A) Device Compliance Report
Explanation:
Device Compliance Reports provide administrators with detailed information on which devices meet organizational compliance rules, such as encryption, antivirus status, and minimum OS version.
App Install Status Reports track application deployment, not compliance. Endpoint Analytics monitors performance and reliability. Security Baselines Reports ensure devices meet recommended configurations but do not indicate real-time compliance status.
Administrators can use compliance reports to notify users, remediate non-compliant devices, and enforce Conditional Access policies. This ensures secure access to corporate resources and helps maintain regulatory compliance.
Question 105
Which Intune feature allows administrators to deploy security baselines and pre-configured profiles to ensure standardized device configurations?
A) Device Configuration Profiles
B) Compliance Policies
C) App Protection Policies
D) Endpoint Analytics
Answer: A) Device Configuration Profiles
Explanation:
Device Configuration Profiles allow administrators to deploy pre-configured security baselines and standardized settings across enrolled devices. These include Wi-Fi, VPN, encryption, password policies, and firewall configurations.
Compliance Policies define rules but do not configure devices. App Protection Policies protect corporate data within apps but cannot enforce system-wide settings. Endpoint Analytics monitors device performance but cannot deploy configurations.
Using configuration profiles ensures consistent device management, improves security posture, and simplifies IT operations. Reports track deployment success and help administrators remediate devices not meeting required configurations. Integration with Conditional Access ensures compliant devices maintain access to corporate resources.