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Question 16:
Your organization requires that all Windows 11 devices automatically install critical updates, but feature updates should be deferred for six months to ensure application compatibility. Which Intune configuration should you deploy?
A) Windows Update for Business policy
B) BitLocker encryption policy
C) Endpoint security antivirus policy
D) Wi-Fi configuration profile
Answer:
A) Windows Update for Business policy
Explanation:
Windows Update for Business (WUfB) is a key feature for enterprises using Windows 11 that provides IT administrators centralized control over update deployment, allowing a balance between security and operational stability. In this scenario, the organization wants to enforce automatic installation of critical security updates while deferring feature updates for six months to ensure compatibility with business applications. WUfB policies are specifically designed for this purpose. By creating a Windows Update for Business configuration in Intune, administrators can define several critical parameters, including update channels, deferral periods, deadlines, and active hours. The feature allows separating updates into categories, typically security updates, quality updates, and feature updates. Security updates, which address vulnerabilities that could be exploited by malicious actors, can be set to install automatically and immediately upon release. This ensures devices are protected from zero-day attacks, exploits, and malware threats. Feature updates, which introduce new operating system functionality, can be deferred for a defined period to allow adequate testing and validation with enterprise applications, reducing the risk of compatibility issues that could impact productivity. Administrators can target these policies to specific device groups or organizational units within Intune, allowing a staged deployment where pilot groups receive updates first and production devices receive them later, minimizing disruptions. Reporting and monitoring tools within Intune provide detailed insights into the update status of each device, including which updates have been installed, which are pending, and any devices experiencing failures or errors. This centralized visibility allows IT teams to take proactive remediation actions, such as manually deploying updates to critical systems or troubleshooting installation failures. The Windows Update for Business approach integrates seamlessly with compliance policies and Conditional Access, allowing organizations to enforce security requirements based on update status. Devices that are out-of-date or missing critical security patches can be restricted from accessing sensitive corporate resources until they are compliant. This integration reduces risk exposure and ensures regulatory and internal compliance standards are maintained across the enterprise. Option B, BitLocker encryption policy, secures data at rest but does not manage updates. Option C, endpoint security antivirus policy, protects devices from malware but does not handle operating system updates. Option D, Wi-Fi configuration profile, manages network connectivity and does not influence update deployment. The automated and controlled update mechanism provided by WUfB reduces IT administrative burden, prevents inconsistent patching, and minimizes downtime caused by untested feature updates. It also aligns with modern enterprise management best practices by providing flexibility, automation, and security assurance. Administrators can configure deadlines and notifications to end-users, ensuring updates occur within defined windows while minimizing disruptions. Overall, deploying Windows Update for Business policies ensures Windows 11 devices remain secure with timely critical updates while controlling feature updates to maintain enterprise application stability, providing a comprehensive, scalable, and compliant endpoint update strategy for the organization.
Question 17:
You want to prevent users from accessing corporate data on unmanaged Windows 11 devices. Which combination of Intune features should you use to enforce this restriction?
A) Conditional Access policies and device compliance policies
B) Windows Hello for Business profile and BitLocker policy
C) Wi-Fi profile and Microsoft 365 Apps deployment profile
D) Endpoint security antivirus policy and BitLocker policy
Answer:
A) Conditional Access policies and device compliance policies
Explanation:
In modern enterprise environments, controlling access to corporate resources based on device management status is critical for data protection and regulatory compliance. By combining Conditional Access policies with Intune device compliance policies, organizations can restrict access to corporate resources, such as Microsoft 365, SharePoint, and OneDrive, from unmanaged or non-compliant Windows 11 devices. Conditional Access in Azure Active Directory allows administrators to define rules specifying which users or groups can access resources under certain conditions, including device compliance, location, risk level, and application used. Device compliance policies in Intune define what constitutes a compliant device. These policies may include requirements such as having up-to-date operating systems, active antivirus, enabled BitLocker encryption, firewall enabled, and configuration profiles applied. Devices that do not meet these criteria are marked as non-compliant, which triggers Conditional Access policies to block access or require additional verification such as MFA. Option B, Windows Hello for Business profile and BitLocker policy, strengthens authentication and encrypts data but does not enforce conditional access. Option C, Wi-Fi profile and Microsoft 365 Apps deployment profile, ensures connectivity and application deployment but does not restrict access based on device management. Option D, endpoint security antivirus and BitLocker, improves device security but does not enforce access restrictions. By combining these two features, organizations enforce security dynamically, reducing risk of data breaches from unmanaged or compromised devices. IT administrators can assign policies to all users, specific departments, or device groups, ensuring flexibility and targeted enforcement. Additionally, administrators can monitor compliance through Intune dashboards, identifying non-compliant devices and taking corrective actions, such as notifying users to remediate compliance issues. This approach also integrates with security monitoring tools and auditing frameworks, allowing organizations to maintain visibility over access patterns, compliance status, and security incidents. Automated remediation can be enabled to push required updates, enforce security settings, or guide users through device enrollment processes. By restricting access to corporate resources to only compliant devices, organizations maintain a robust security posture, reduce exposure to cyber threats, and ensure regulatory compliance. This method protects sensitive information, prevents data leakage from unmanaged endpoints, and supports modern remote and hybrid work scenarios where devices may connect from various locations. The integration of Conditional Access with device compliance policies provides a centralized, scalable, and automated solution to safeguard corporate resources while maintaining user productivity.
Question 18:
You need to ensure that corporate Windows 11 devices encrypt removable drives automatically when users plug them in to protect sensitive data. Which Intune configuration should you implement?
A) BitLocker policy with removable drive encryption enabled
B) Windows Update for Business policy
C) Wi-Fi configuration profile
D) Endpoint security antivirus policy
Answer:
A) BitLocker policy with removable drive encryption enabled
Explanation:
Protecting sensitive corporate data stored on removable drives, such as USB flash drives and external hard drives, is critical in enterprise environments to prevent data leakage and unauthorized access. Microsoft Intune allows administrators to deploy BitLocker policies with removable drive encryption enabled to enforce automatic encryption of these devices. Option B, Windows Update for Business policy, manages OS updates but does not encrypt drives. Option C, Wi-Fi configuration profile, manages network access and connectivity. Option D, endpoint security antivirus policy, protects against malware but does not enforce encryption. A BitLocker policy in Intune can be configured to automatically encrypt any removable media that a user connects to a managed Windows 11 device. Administrators can define encryption methods, set recovery key storage options (such as Azure AD backup), and enforce authentication requirements. This ensures that even if removable media is lost or stolen, the data remains inaccessible to unauthorized individuals. Administrators can assign these policies to device groups or user groups, ensuring consistent enforcement across the organization. Compliance reports in Intune provide visibility into which devices and drives have successfully applied encryption, allowing proactive management of potential security gaps. Integration with other Intune features, such as device compliance policies and Conditional Access, ensures that only devices following encryption standards can access corporate resources, further enhancing data protection. BitLocker removable drive encryption also supports centralized recovery key management, allowing IT teams to retrieve keys securely if needed while ensuring that end-users cannot bypass encryption. Automated deployment minimizes manual configuration and reduces the likelihood of human error, which is common when users manually attempt to secure removable drives. This centralized, automated approach aligns with enterprise security best practices, regulatory compliance requirements, and data protection strategies, ensuring corporate data remains secure both on the endpoint and when transferred to removable media. By implementing a BitLocker policy with removable drive encryption in Intune, organizations can achieve scalable, reliable, and auditable data protection, mitigating risks associated with portable data storage in Windows 11 environments.
Question 19:
You want to configure all corporate Windows 11 devices to automatically lock after 10 minutes of inactivity to enhance physical security. Which Intune configuration should you implement?
A) Device configuration profile with device restrictions
B) Endpoint security antivirus policy
C) Wi-Fi configuration profile
D) Windows Update for Business policy
Answer:
A) Device configuration profile with device restrictions
Explanation:
Physical security of devices is a critical aspect of endpoint management. Configuring corporate Windows 11 devices to automatically lock after a defined period of inactivity reduces the risk of unauthorized access to sensitive corporate data. Device configuration profiles in Intune allow administrators to enforce such restrictions centrally across all enrolled devices. This includes configuring screen lock timers, password complexity, inactivity timeouts, and other security measures. Option B, endpoint security antivirus policy, focuses on malware protection but does not manage device lock settings. Option C, Wi-Fi configuration profile, only manages network connectivity. Option D, Windows Update for Business policy, manages updates but does not influence device security settings like inactivity locks. By using a device configuration profile with device restrictions, administrators can specify the required timeout period, such as 10 minutes, to trigger automatic screen locking. This ensures that if a user leaves their workstation unattended, sensitive data is not exposed. Profiles can be targeted to specific device groups, allowing flexibility for departments with different operational requirements. Intune allows administrators to monitor compliance and generate reports to confirm that devices are adhering to these policies. Non-compliant devices can be flagged for remediation or restricted from accessing corporate resources until the configuration is applied. Automatic lock enforcement complements other security features, such as BitLocker, antivirus, and Windows Hello for Business, by creating layered security that protects both data at rest and during active sessions. Centralized management reduces the burden on IT support teams and ensures consistent policy application across diverse device fleets, which may include laptops, desktops, and hybrid devices. Additionally, compliance reporting and monitoring enable administrators to audit adherence to physical security policies and demonstrate alignment with regulatory requirements such as GDPR, HIPAA, or ISO standards. Implementing automatic lock policies also educates users on security best practices and encourages secure behavior, further enhancing overall organizational security. This approach is scalable, reduces the likelihood of accidental data exposure, and supports enterprise governance by enforcing consistent physical security measures across all Windows 11 endpoints. By combining device configuration profiles with other Intune management features, administrators can create a comprehensive security strategy that mitigates risks associated with unattended or misplaced devices while maintaining operational efficiency and user productivity.
Question 20:
You need to enforce that all Windows 11 devices use corporate certificates to authenticate to internal Wi-Fi networks. Which Intune configuration should you deploy?
A) Wi-Fi profile with certificate-based authentication
B) Endpoint security antivirus policy
C) Windows Hello for Business profile
D) BitLocker encryption policy
Answer:
A) Wi-Fi profile with certificate-based authentication
Explanation:
Securing network access through certificate-based authentication ensures that only authorized devices can connect to corporate Wi-Fi networks. This approach enhances security by eliminating the risks associated with shared passwords and simplifying authentication management. Intune allows administrators to deploy Wi-Fi profiles with certificate-based authentication to all Windows 11 devices. Option B, endpoint security antivirus policy, protects devices from malware but does not manage network authentication. Option C, Windows Hello for Business profile, enhances user authentication but does not configure network connectivity. Option D, BitLocker encryption policy, secures data at rest but does not manage Wi-Fi authentication. A Wi-Fi profile in Intune with certificate-based authentication involves provisioning certificates to devices through Intune and configuring the SSID, security type, encryption method, and authentication method. Devices use these certificates to authenticate automatically, ensuring that only compliant and trusted endpoints connect to corporate networks. Administrators can assign profiles to device groups, ensuring that all targeted devices receive the configuration seamlessly. Intune provides monitoring and reporting to verify successful deployment, detect failures, and remediate devices that fail to connect. This automated approach reduces administrative overhead, improves security posture, and ensures consistent access policies across the organization. Certificate-based authentication eliminates the need for users to remember complex passwords or credentials, reducing the likelihood of human error or credential leakage. Additionally, integration with Conditional Access policies ensures that devices not meeting certificate requirements or compliance standards are blocked from accessing sensitive resources. Administrators can implement expiration and renewal policies for certificates, ensuring continuous security without requiring manual intervention. This method supports hybrid work scenarios, allowing remote employees to securely connect to internal networks without compromising corporate security. Deploying Wi-Fi profiles with certificate-based authentication through Intune also supports regulatory compliance by enforcing standardized, secure network access controls and providing auditable evidence of device authentication practices. Overall, this configuration strengthens network security, streamlines device onboarding, reduces administrative complexity, and ensures enterprise-wide consistency for Windows 11 devices connecting to internal Wi-Fi networks. By centralizing management, IT teams can enforce corporate policies efficiently, protect against unauthorized network access, and maintain operational continuity while minimizing risk to corporate data.
Question 21:
Your organization wants to track inventory and compliance status of all Windows 11 devices in real time. Which Intune feature provides centralized visibility and reporting?
A) Intune device inventory and reporting
B) Windows Update for Business policy
C) Endpoint security antivirus policy
D) Wi-Fi configuration profile
Answer:
A) Intune device inventory and reporting
Explanation:
Centralized visibility into device inventory and compliance status is essential for enterprise endpoint management, security, and regulatory compliance. Intune provides robust device inventory and reporting features that enable administrators to track hardware, software, configuration profiles, security compliance, and other device details in real time. Option B, Windows Update for Business policy, manages OS updates but does not provide comprehensive inventory tracking. Option C, endpoint security antivirus policy, ensures malware protection but does not generate inventory reports. Option D, Wi-Fi configuration profile, manages network connectivity but does not provide centralized monitoring. Intune’s device inventory includes details such as device type, operating system version, installed applications, update status, BitLocker encryption status, compliance policies applied, and device ownership. Administrators can generate reports to assess compliance with corporate standards, detect devices that are outdated, non-compliant, or improperly configured, and identify trends that may require intervention. Reporting capabilities allow filtering by organizational units, device groups, or compliance state, providing granular insights for IT planning, audits, and risk assessment. Real-time monitoring helps organizations respond to potential security issues quickly, such as non-compliant devices attempting to access corporate resources. Integration with Conditional Access ensures that only compliant devices can access sensitive information, further enhancing security. Device inventory data supports lifecycle management, including device provisioning, upgrades, decommissioning, and resource allocation. Automated reporting reduces manual administrative tasks and ensures accuracy, allowing IT teams to focus on remediation and strategic planning rather than manual data collection. Intune’s reporting platform supports exporting data for compliance audits, management reviews, and regulatory reporting, ensuring organizations maintain accountability and meet legal obligations. The centralized visibility also enables proactive planning for software updates, security patches, and application deployment, ensuring enterprise-wide consistency across all Windows 11 devices. By leveraging Intune’s device inventory and reporting features, organizations improve operational efficiency, strengthen security, maintain regulatory compliance, and gain actionable insights into endpoint health, usage, and configuration. This centralized approach allows for data-driven decision-making, effective resource allocation, and rapid response to emerging threats or non-compliance, providing a scalable, reliable, and secure endpoint management framework for all corporate Windows 11 devices.
Question 22:
Your organization wants to enforce that all corporate Windows 11 devices require users to set complex passwords and change them every 90 days. Which Intune configuration should you deploy?
A) Device configuration profile with password policy settings
B) Endpoint security antivirus policy
C) Wi-Fi configuration profile
D) Microsoft 365 Apps deployment profile
Answer:
A) Device configuration profile with password policy settings
Explanation:
Enforcing password complexity and rotation policies is a fundamental aspect of endpoint security and user authentication management. In a corporate Windows 11 environment, ensuring that users create strong, complex passwords and periodically change them reduces the likelihood of unauthorized access and strengthens overall security posture. Intune allows administrators to implement these requirements centrally using device configuration profiles with password policy settings. Option B, endpoint security antivirus policy, protects devices from malware but does not enforce password rules. Option C, Wi-Fi configuration profile, configures network connectivity and does not manage authentication. Option D, Microsoft 365 Apps deployment profile, installs and updates Microsoft 365 applications but does not influence device password policies.
Using a device configuration profile with password settings, administrators can define parameters such as minimum password length, complexity requirements (including uppercase letters, numbers, and special characters), maximum password age, and lockout thresholds after failed attempts. These profiles can be assigned to specific user or device groups, allowing organizations to enforce uniform security standards across all Windows 11 devices while accommodating different departments with unique requirements. The policy also ensures compliance with regulatory standards like HIPAA, GDPR, or ISO 27001, which often mandate secure authentication mechanisms and password rotation policies.
Intune provides monitoring and reporting to track compliance with password policies. Devices not adhering to the defined standards are marked as non-compliant, triggering alerts or Conditional Access restrictions that prevent access to corporate resources until remediation occurs. This centralized enforcement reduces the administrative burden associated with manual password policy management, eliminates inconsistencies across devices, and minimizes risks associated with weak or reused passwords.
Additionally, combining password policies with features like Windows Hello for Business enhances security by providing multifactor authentication options such as biometrics, PINs, or security keys while maintaining compliance with organizational standards. Administrators can configure these policies to automatically enforce changes, ensuring that password rotations occur consistently without requiring manual intervention.
From an operational perspective, this approach helps prevent account compromise, reduces potential downtime from security incidents, and supports IT governance by ensuring standardized practices across the enterprise. Security audits benefit from detailed compliance reporting, demonstrating adherence to corporate policies and regulatory requirements. The automated enforcement of complex passwords and periodic rotation is essential for protecting sensitive corporate data, maintaining user accountability, and mitigating risks associated with credential theft. By leveraging Intune’s device configuration profiles for password policy enforcement, organizations achieve a scalable, secure, and auditable approach to managing user authentication across all Windows 11 devices, aligning security with enterprise standards and regulatory obligations.
Question 23:
You need to remotely collect logs from all Windows 11 devices to troubleshoot application errors reported by users. Which Intune feature should you use?
A) Remote diagnostics and Log Analytics integration
B) Endpoint security antivirus policy
C) Wi-Fi configuration profile
D) Microsoft 365 Apps deployment profile
Answer:
A) Remote diagnostics and Log Analytics integration
Explanation:
Remote diagnostics and centralized log collection are critical components of enterprise endpoint management for proactive troubleshooting, monitoring, and incident resolution. In a Windows 11 environment, users may encounter application errors that require IT administrators to analyze logs to identify root causes and implement corrective actions. Intune supports remote diagnostics and integration with Microsoft Log Analytics, allowing administrators to collect, aggregate, and analyze logs from multiple devices in real time. Option B, endpoint security antivirus policy, protects against malware but does not facilitate log collection. Option C, Wi-Fi configuration profile, manages network connectivity without capturing application or system logs. Option D, Microsoft 365 Apps deployment profile, deploys applications and updates but does not provide diagnostic capabilities.
Using remote diagnostics in Intune, administrators can request logs from enrolled devices without physically accessing them. This includes system logs, application logs, event viewer data, and performance metrics. Logs are collected securely and transmitted to centralized repositories, such as Log Analytics or Azure Monitor, where administrators can analyze patterns, detect anomalies, and identify the root causes of application errors. Centralized log collection also supports proactive monitoring, enabling IT teams to identify recurring issues before they impact broader groups of users.
Intune provides policies and workflows for automating log collection, including scheduling log retrievals, filtering specific events, and integrating with alerting systems for faster response times. Administrators can generate dashboards, reports, and visualizations to track error trends, device health, application reliability, and compliance status. This real-time visibility allows IT teams to prioritize troubleshooting efforts based on the severity and frequency of issues across the device fleet.
Furthermore, integrating log collection with automation tools enables IT to implement corrective actions such as reinstalling applications, updating drivers, or applying configuration fixes remotely. This minimizes user disruption and reduces downtime associated with manual troubleshooting. Security considerations are maintained through secure transmission protocols, access controls, and audit trails, ensuring sensitive data in logs is protected while enabling effective diagnostics.
The combination of remote diagnostics and Log Analytics in Intune also supports IT governance and compliance, providing auditable records of troubleshooting activities and device performance monitoring. By centralizing logs, organizations can enforce consistency in incident management, improve operational efficiency, and establish data-driven decision-making processes for endpoint management.
Overall, using Intune for remote diagnostics and log collection enhances enterprise capabilities to maintain high-performing, secure, and reliable Windows 11 devices. It provides scalable, automated, and proactive monitoring and troubleshooting capabilities while maintaining user productivity and ensuring security and compliance across all corporate endpoints. This approach is essential for modern IT operations in large enterprises, enabling administrators to quickly identify, analyze, and remediate issues with minimal impact on end-users while maintaining a secure and auditable environment.
Question 24:
You want to deploy corporate applications to Windows 11 devices in a way that allows users to install them on-demand without administrative privileges. Which Intune deployment method should you use?
A) Line-of-business (LOB) app deployment with self-service portal
B) BitLocker encryption policy
C) Wi-Fi configuration profile
D) Endpoint security antivirus policy
Answer:
A) Line-of-business (LOB) app deployment with self-service portal
Explanation:
Deploying corporate applications in a flexible, user-friendly manner is a critical aspect of modern endpoint management. Windows 11 devices often require access to business-specific applications while maintaining security and minimizing IT administrative overhead. Intune’s line-of-business (LOB) app deployment with the self-service portal allows administrators to make applications available for users to install on-demand without requiring administrative privileges. Option B, BitLocker encryption policy, secures data at rest but does not manage application deployment. Option C, Wi-Fi configuration profile, configures network connectivity. Option D, endpoint security antivirus policy, protects against malware but does not facilitate application deployment.
By using LOB app deployment with self-service, administrators can package business applications and assign them to device groups or user groups within Intune. The self-service portal, accessible via the Company Portal app, provides an interface where users can browse available applications, review descriptions, and install them as needed. This reduces administrative workload, as IT no longer needs to manually install applications or provide administrative credentials for every deployment. The portal also ensures that applications are installed in a controlled, secure environment, with compliance policies enforced during installation.
Intune allows administrators to define installation behavior, such as mandatory apps, optional apps, dependencies, and update schedules. Reporting tools within Intune track installation status, failures, and user adoption, providing visibility into application deployment and enabling proactive remediation. This approach supports scalability for enterprises with large device fleets or remote users, as users can independently install necessary applications without requiring helpdesk intervention.
Security is maintained because applications deployed via Intune can be verified, digitally signed, and monitored for compliance. Integration with Conditional Access ensures that only devices meeting compliance standards can access corporate applications. Administrators can also define policies to automatically update applications or uninstall deprecated versions, maintaining consistency across the enterprise.
This deployment method aligns with modern IT practices by empowering end-users, reducing administrative overhead, and improving operational efficiency while ensuring corporate applications are installed securely. It supports a hybrid workforce by allowing remote users to access required business applications seamlessly and safely. Intune’s LOB app deployment with self-service portal provides an auditable, centralized, and scalable mechanism for enterprise application management, ensuring Windows 11 devices are equipped with necessary tools while minimizing risk, maintaining compliance, and optimizing productivity.
Question 25:
Your organization wants to enforce compliance policies to ensure all Windows 11 devices have antivirus enabled, firewall active, and BitLocker encryption turned on. Which Intune feature should you use to implement these requirements?
A) Device compliance policies
B) Wi-Fi configuration profile
C) Microsoft 365 Apps deployment profile
D) Endpoint security antivirus policy
Answer:
A) Device compliance policies
Explanation:
Enforcing compliance across Windows 11 devices is essential to maintain security, operational integrity, and regulatory adherence within an enterprise environment. Device compliance policies in Intune are designed to ensure that all enrolled devices meet organizational security standards and configurations. In this scenario, the requirements are to have antivirus enabled, firewall active, and BitLocker encryption turned on. Option B, Wi-Fi configuration profile, only configures network connectivity and does not enforce compliance policies. Option C, Microsoft 365 Apps deployment profile, manages deployment and updating of Microsoft 365 applications, but does not enforce device security compliance. Option D, endpoint security antivirus policy, ensures malware protection but does not enforce multiple compliance checks or integrated security configurations.
Device compliance policies allow administrators to define a comprehensive set of rules that devices must adhere to in order to be considered compliant. For Windows 11 devices, these policies can check operating system version, enforce antivirus status, ensure firewall is enabled, verify encryption status through BitLocker, and confirm other security configurations. Non-compliant devices can be flagged automatically and, through integration with Conditional Access, can be restricted from accessing corporate resources until compliance is restored. This creates a layered security model that protects sensitive corporate data, prevents unauthorized access, and reduces the risk of breaches.
Intune provides extensive reporting on compliance policies, allowing IT teams to monitor real-time status across the device fleet. This reporting enables proactive remediation, identification of devices that are out of compliance, and auditing capabilities that demonstrate adherence to internal policies and external regulations, such as GDPR, HIPAA, or ISO standards. Administrators can assign compliance policies to groups, enabling targeted enforcement and phased rollout, which minimizes disruption while ensuring comprehensive coverage.
Compliance policies can also be combined with automated remediation tasks. For example, if a device lacks BitLocker encryption, Intune can trigger encryption automatically. If the firewall is disabled, it can notify the user or enforce activation remotely. Antivirus software can be monitored for active protection status and required updates. This reduces the need for manual intervention by IT staff, improves operational efficiency, and ensures devices remain secure consistently.
The integration of device compliance policies with Conditional Access allows organizations to implement real-time enforcement. Devices that are not compliant are either blocked from accessing corporate email, OneDrive, SharePoint, or other applications, or are prompted to remediate compliance issues before access is granted. This dynamic approach ensures continuous security enforcement without relying solely on user behavior.
By implementing device compliance policies in Intune, organizations achieve a scalable, centralized, and automated mechanism to monitor, enforce, and maintain security across all Windows 11 devices. This approach strengthens organizational security, protects sensitive data, reduces operational risk, simplifies auditing and reporting, and aligns with industry best practices for enterprise endpoint management. The policy framework ensures a consistent baseline for security configuration while providing flexibility to address unique departmental or role-based requirements, maintaining enterprise-wide compliance, and mitigating security threats across the device lifecycle.
Question 26:
Your organization wants to allow users to install Microsoft 365 apps on their Windows 11 devices without requiring administrative credentials. Which deployment method should you choose in Intune?
A) Microsoft 365 Apps deployment profile with self-service installation
B) BitLocker encryption policy
C) Wi-Fi configuration profile
D) Endpoint security antivirus policy
Answer:
A) Microsoft 365 Apps deployment profile with self-service installation
Explanation:
Deploying Microsoft 365 applications efficiently across enterprise Windows 11 devices is critical to ensure users have access to productivity tools without administrative bottlenecks. Intune supports deployment of Microsoft 365 Apps through deployment profiles that can be configured for self-service installation. This allows users to install applications on-demand without requiring administrative privileges, enhancing productivity and minimizing IT intervention. Option B, BitLocker encryption policy, secures data at rest but does not manage application deployment. Option C, Wi-Fi configuration profile, only configures network connectivity. Option D, endpoint security antivirus policy, provides malware protection but does not deploy productivity applications.
The Microsoft 365 Apps deployment profile enables administrators to define the applications to be installed, installation behavior, update channels, and license assignments. By leveraging self-service installation, users can select required applications from the Company Portal without administrator involvement. This is particularly beneficial in large enterprises or remote work scenarios, reducing IT helpdesk requests and accelerating application availability.
Intune ensures secure and managed deployment by verifying device compliance before allowing installation, integrating with Conditional Access to prevent installation on unmanaged or non-compliant devices. Administrators can define update settings to ensure applications remain current and compatible with enterprise standards, reducing risks associated with vulnerabilities in outdated software. Reporting and analytics within Intune allow tracking installation status, identifying failed installations, and monitoring application usage across the organization.
Self-service deployment also supports BYOD scenarios, where users may need flexibility in accessing corporate applications without compromising security. By centrally controlling deployment configurations, IT teams maintain governance while empowering users with autonomy for application management. This approach aligns with modern enterprise principles of user empowerment, operational efficiency, and secure management of enterprise applications.
Additionally, administrators can combine self-service installation with licensing enforcement, ensuring only authorized users install licensed applications. This helps maintain compliance with Microsoft licensing agreements and avoids over-provisioning of software. The solution scales effectively for large enterprises, hybrid workforces, or organizations with diverse device types, providing consistent and automated management while minimizing administrative overhead.
Using Microsoft 365 Apps deployment profiles with self-service installation ensures that users receive necessary productivity tools efficiently, devices remain compliant with corporate policies, and IT teams maintain centralized oversight and control. This approach optimizes operational efficiency, improves end-user experience, strengthens security, and aligns with enterprise best practices for application deployment in Windows 11 environments, supporting modern workplace requirements and flexible IT operations.
Question 27:
You want to configure Windows 11 devices to prevent users from copying corporate data to unencrypted USB drives. Which Intune feature should you deploy?
A) BitLocker policy with removable drive encryption and access control
B) Wi-Fi configuration profile
C) Endpoint security antivirus policy
D) Windows Update for Business policy
Answer:
A) BitLocker policy with removable drive encryption and access control
Explanation:
Preventing data leakage through removable media is a critical security requirement in enterprise environments. Corporate Windows 11 devices often require strict enforcement to prevent sensitive data from being copied to unencrypted USB drives or other portable storage devices. Intune allows administrators to deploy BitLocker policies with removable drive encryption and access control to address this requirement. Option B, Wi-Fi configuration profile, manages network connectivity but does not enforce encryption or access control. Option C, endpoint security antivirus policy, protects devices from malware but does not control removable drive usage. Option D, Windows Update for Business policy, manages operating system updates and does not affect data protection on removable media.
A BitLocker policy configured for removable drives can enforce encryption automatically when users connect USB drives or external storage devices. Administrators can configure access controls that prevent copying of corporate data to unencrypted drives while allowing read/write access to encrypted drives. This ensures that sensitive information remains protected, even if the removable device is lost or stolen. Administrators can enforce compliance across device groups or user groups, ensuring consistent application of policies across the enterprise.
Intune provides reporting and monitoring to track which devices have applied removable drive encryption, identify users attempting to bypass controls, and confirm that corporate data remains protected. Integration with device compliance policies allows enforcement of access restrictions to corporate resources for devices that do not meet encryption requirements. This centralized approach reduces the administrative burden, minimizes human error, and provides scalable enforcement across large fleets of Windows 11 devices.
Removable drive encryption policies can also support scenarios where corporate data is temporarily shared or transported. Administrators can configure recovery key management to ensure authorized access while preventing unauthorized decryption. Compliance with regulatory requirements, such as GDPR, HIPAA, or internal corporate data protection policies, is simplified through centralized enforcement and auditable reporting.
By deploying BitLocker policies with removable drive encryption and access control, organizations can protect sensitive corporate information, reduce the risk of data breaches, enforce consistent security practices, and maintain centralized visibility over all endpoints. This approach aligns with enterprise security best practices, ensuring that Windows 11 devices remain compliant, secure, and auditable while enabling controlled use of removable media in the workplace. It supports hybrid and remote work scenarios, providing scalable protection for devices outside traditional corporate networks while maintaining operational efficiency and user productivity.
Question 28:
Your organization wants to configure Windows 11 devices to automatically encrypt all data on the system drive and prevent unauthorized access if a device is lost or stolen. Which Intune feature should you deploy?
A) BitLocker policy for operating system drive encryption
B) Wi-Fi configuration profile
C) Endpoint security antivirus policy
D) Microsoft 365 Apps deployment profile
Answer:
A) BitLocker policy for operating system drive encryption
Explanation:
Encrypting data on the system drive of Windows 11 devices is a critical aspect of endpoint security. BitLocker provides full disk encryption that protects sensitive corporate information by converting the data on the operating system drive into an unreadable format that cannot be accessed without proper authentication. Deploying a BitLocker policy through Intune allows administrators to enforce encryption settings centrally across all enrolled devices, ensuring that all Windows 11 endpoints automatically encrypt the system drive upon enrollment or during initial configuration. Option B, Wi-Fi configuration profile, only configures network connectivity and does not provide encryption capabilities. Option C, endpoint security antivirus policy, protects against malware but does not secure data at rest. Option D, Microsoft 365 Apps deployment profile, installs productivity applications but has no control over system drive encryption.
A BitLocker policy configured for the operating system drive allows administrators to enforce additional security measures, such as requiring pre-boot authentication using TPM, PIN, or startup key, ensuring that unauthorized users cannot access the device even if they physically remove the drive. Integration with Azure AD allows BitLocker recovery keys to be backed up securely in the cloud, providing IT administrators with the ability to recover data in case a user forgets the authentication PIN or the device enters a recovery state.
Intune enables administrators to enforce compliance by verifying that encryption is applied on all targeted devices. Non-compliant devices can be flagged for remediation or restricted from accessing corporate resources through Conditional Access policies until the encryption requirements are met. Reporting dashboards in Intune allow IT teams to monitor the encryption status of devices, track recovery key availability, and ensure that encryption policies are consistently applied across the enterprise.
Deploying operating system drive encryption through BitLocker also aligns with regulatory requirements and industry best practices, providing a secure baseline for sensitive data protection. This approach mitigates risks associated with device theft or loss, as unauthorized access to encrypted data becomes extremely difficult without the proper authentication credentials. Organizations can configure advanced options, including encryption algorithms, network unlock settings, and automatic device encryption on supported hardware.
By centrally managing BitLocker policies through Intune, enterprises reduce administrative overhead, ensure consistency across devices, and maintain compliance with internal and external security standards. Encryption policies support remote work scenarios, hybrid environments, and BYOD devices by providing automated enforcement and reporting. In summary, deploying a BitLocker policy for the operating system drive in Intune provides robust, scalable, and auditable protection of corporate data on Windows 11 devices, safeguarding against unauthorized access and maintaining enterprise security posture while ensuring operational efficiency and compliance with security regulations.
Question 29:
You need to deploy a security baseline to ensure that all Windows 11 devices meet recommended security settings, including firewall, antivirus, and account protection. Which Intune feature should you use?
A) Security baseline deployment
B) Wi-Fi configuration profile
C) Microsoft 365 Apps deployment profile
D) Endpoint security antivirus policy
Answer:
A) Security baseline deployment
Explanation:
Security baselines in Intune provide a pre-configured set of recommended security settings designed to help organizations meet enterprise security requirements quickly and consistently. Deploying a security baseline to Windows 11 devices ensures that essential security configurations, such as enabling Windows Firewall, turning on antivirus protection, configuring account protection policies, and enforcing device control settings, are applied uniformly across the device fleet. Option B, Wi-Fi configuration profile, manages network access but does not apply security settings. Option C, Microsoft 365 Apps deployment profile, handles application deployment without enforcing system-level security. Option D, endpoint security antivirus policy, only manages antivirus protection and does not provide comprehensive security configuration.
Security baselines are developed based on Microsoft recommendations and industry best practices, providing IT administrators with a trusted starting point for enterprise security configuration. By deploying these baselines through Intune, organizations can automatically enforce security settings on all enrolled Windows 11 devices, ensuring compliance with corporate and regulatory standards. Administrators can customize baseline settings to align with organizational requirements while maintaining the integrity of recommended security controls.
Intune provides detailed monitoring and reporting for baseline deployment, allowing administrators to identify devices that are not compliant with recommended settings and take corrective action. This centralized approach ensures visibility into security posture across the enterprise, enabling proactive risk management and reducing vulnerabilities. Security baselines can include multiple categories, such as account security, device configuration, Microsoft Defender Antivirus, firewall, BitLocker, and Windows Update settings, providing a comprehensive security framework.
Integration with Conditional Access policies ensures that devices not meeting baseline requirements are restricted from accessing corporate resources, reinforcing security across endpoints and network access. Administrators can assign baselines to specific device or user groups, allowing phased rollout and minimizing disruption while ensuring coverage across diverse organizational units.
The use of security baselines also simplifies compliance reporting for regulatory audits by providing evidence of consistent application of recommended security configurations. Automated remediation can address non-compliance issues, such as enabling a disabled firewall, updating antivirus definitions, or applying recommended account protection settings.
Deploying security baselines through Intune enhances operational efficiency, reduces the risk of misconfiguration, ensures consistent application of security policies, and improves the overall security posture of the enterprise. It provides a scalable, automated, and auditable approach to enforcing security standards on all Windows 11 devices, supporting enterprise compliance, regulatory alignment, and protection of corporate data against evolving threats.
Question 30:
Your organization wants to ensure that Windows 11 devices are automatically enrolled in Intune during the initial setup and that users cannot bypass enrollment. Which deployment method should you use?
A) Autopilot enrollment
B) Wi-Fi configuration profile
C) Microsoft 365 Apps deployment profile
D) Endpoint security antivirus policy
Answer:
A) Autopilot enrollment
Explanation:
Windows Autopilot is a modern deployment and provisioning solution designed to simplify device setup and enrollment in enterprise environments. Using Autopilot, organizations can configure Windows 11 devices to automatically enroll in Intune during initial setup, ensuring that devices are managed, secure, and compliant from the first boot. Option B, Wi-Fi configuration profile, only manages network access and cannot enforce enrollment. Option C, Microsoft 365 Apps deployment profile, deploys productivity applications but does not handle device enrollment. Option D, endpoint security antivirus policy, provides malware protection but cannot enforce initial enrollment.
Autopilot enables administrators to define configuration profiles that automatically provision devices with corporate settings, policies, applications, and security controls, eliminating the need for manual setup by IT staff. Devices purchased from vendors or resellers can be registered with Autopilot, allowing the system to recognize and apply the appropriate profile upon first boot. This process ensures that devices are compliant with corporate standards before users access the operating system or corporate data.
Administrators can configure Autopilot deployment profiles to enforce mandatory Intune enrollment, preventing users from bypassing management or applying unapproved configurations. Autopilot supports self-deploying, user-driven, and pre-provisioned deployment scenarios, enabling flexibility while maintaining strict compliance requirements. Devices can be assigned to specific groups based on department, location, or role, allowing targeted provisioning of applications, policies, and configuration profiles.
Integration with Azure Active Directory ensures seamless device registration and user authentication, enabling single sign-on and immediate access to corporate resources once the device is enrolled. Autopilot also supports Windows Update for Business policies, security baselines, and BitLocker configuration during the initial setup, reducing post-deployment manual interventions.
Monitoring and reporting tools in Intune provide visibility into enrollment status, device compliance, and deployment success, allowing IT teams to quickly address failures or non-compliant devices. Automated remediation workflows can resolve issues such as failed enrollment, network connectivity problems, or missing configuration profiles.
Using Autopilot enrollment improves operational efficiency, reduces deployment costs, ensures consistent application of policies, enhances security posture from the first use, and supports hybrid or remote work environments. By enforcing automatic enrollment and preventing bypass, organizations maintain control over devices, protect corporate data, comply with regulatory requirements, and ensure that all Windows 11 endpoints are fully managed and secure throughout their lifecycle.