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Question 196
A company wants to allow employees to reset their own Windows 10 device passwords without contacting IT. Which solution should they implement
A) Azure AD Self-Service Password Reset
B) Group Policy
C) Microsoft Intune
D) Windows Autopilot
Answer
A) Azure AD Self-Service Password Reset
Explanation
Azure Active Directory Self-Service Password Reset (SSPR) enables users to reset their own passwords without needing IT intervention. This is a cloud-based feature integrated with Azure AD, allowing employees to regain access to their accounts in a secure and controlled manner. It is particularly useful for large organizations with numerous users, as it reduces the administrative workload on IT support teams and minimizes downtime caused by locked-out accounts.
SSPR supports multiple authentication methods to verify the user’s identity before allowing a password reset. These methods can include mobile phone verification, email, security questions, or authenticator app notifications. Administrators can configure the required number and type of verification methods based on the organization’s security policies. Once identity verification is successful, the user can reset their password directly through a web portal or on their Windows 10 device.
By integrating SSPR with Windows 10 devices that are Azure AD-joined, users can initiate password reset actions directly from the sign-in screen. This streamlines the process, providing immediate access without needing to contact helpdesk personnel. Integration with Microsoft Intune enhances security by ensuring that password resets are logged and monitored and can be tied to device compliance policies.
Group Policy (option B) is primarily used for managing on-premises Active Directory devices and does not provide self-service password reset capabilities in Azure AD. Intune (option C) is focused on device management, compliance, and application deployment, not direct password reset functionality. Windows Autopilot (option D) is used for device provisioning and enrollment but does not handle user account password resets.
Implementing SSPR also strengthens security because it encourages the use of strong, unique passwords and reduces the risk associated with helpdesk-assisted password resets, which can sometimes bypass verification protocols. Administrators can set policy controls to require users to register for SSPR before using it and monitor password reset activity to detect potential security issues. This provides both operational efficiency and enhanced security posture for organizations managing Windows 10 devices in a hybrid or cloud-only environment.
Question 197
A company wants to deploy BitLocker encryption on all Windows 10 devices and ensure recovery keys are backed up automatically. Which solution should they implement
A) Microsoft Intune
B) Windows Defender Antivirus
C) Windows Autopilot
D) Azure AD
Answer
A) Microsoft Intune
Explanation
Microsoft Intune provides comprehensive management for Windows 10 devices, including the ability to configure and enforce BitLocker drive encryption policies. BitLocker encrypts the entire disk, protecting sensitive corporate data in case a device is lost, stolen, or improperly decommissioned. With Intune, administrators can create device configuration profiles that automatically enable BitLocker on all managed devices and define recovery key management policies.
Recovery keys are essential for unlocking encrypted drives if a user forgets their PIN, loses their TPM, or encounters hardware changes. Intune allows automatic backup of recovery keys to Azure Active Directory for devices joined to Azure AD or to the Intune management portal. This ensures that IT can recover encrypted devices without end-user intervention while maintaining security and compliance requirements.
Intune provides granular control over BitLocker settings, including encryption algorithm selection, encryption method (XTS-AES 128-bit or 256-bit), and whether to require startup PINs, passwords, or TPM-only authentication. Administrators can also define policies to handle removable drives and enforce encryption of USB storage devices, ensuring end-to-end protection for all types of data storage.
Windows Defender Antivirus (option B) protects against malware but does not encrypt data. Windows Autopilot (option C) provisions and configures devices but does not manage BitLocker policies post-deployment. Azure AD (option D) stores identity and access information and can store recovery keys for Azure AD-joined devices but does not directly enforce BitLocker policies without Intune integration.
By deploying BitLocker with Intune, organizations can enforce compliance with data protection regulations, reduce the risk of unauthorized data access, and maintain centralized control over encryption policies. Reporting and monitoring features in Intune enable IT teams to track which devices have encryption enabled, verify compliance status, and audit recovery key access. Integration with conditional access policies can ensure that non-compliant devices cannot access corporate resources until BitLocker encryption is enforced, supporting a secure and managed environment for Windows 10 devices.
Question 198
A company wants to provide remote employees with secure access to corporate applications without requiring a VPN. Which solution should they implement
A) Azure AD Application Proxy
B) Windows Hello for Business
C) Microsoft Intune Compliance Policies
D) BitLocker
Answer
A) Azure AD Application Proxy
Explanation
Azure AD Application Proxy allows organizations to provide secure remote access to on-premises web applications without deploying a traditional VPN. This solution integrates with Azure Active Directory for authentication, enabling single sign-on (SSO) and conditional access policies to control access based on user identity, device compliance, location, and risk levels.
The Application Proxy consists of two components: the connector, which is installed on a server inside the corporate network, and the Azure service, which handles external requests. When a remote user accesses an internal application, the request passes through the Azure service to the connector, which forwards it to the application. The user is authenticated via Azure AD before access is granted. This ensures secure access while eliminating the need to expose applications directly to the internet or requiring users to connect through a VPN.
Administrators can leverage conditional access policies to enforce device compliance and MFA requirements before allowing access to sensitive corporate resources. This is particularly useful for organizations supporting BYOD scenarios or remote work environments, as it provides security and control without introducing the complexity and overhead of traditional VPN infrastructure.
Windows Hello for Business (option B) provides passwordless authentication for Windows devices but does not provide remote access to applications. Intune compliance policies (option C) help enforce security and compliance but do not handle application access or remote connectivity directly. BitLocker (option D) encrypts device data but does not facilitate remote access.
Azure AD Application Proxy supports integration with cloud applications, such as Microsoft 365, and on-premises line-of-business applications, providing seamless access for remote employees. It also supports pre-authentication, which ensures that only authorized users can reach the internal network, reducing the attack surface. Reporting and monitoring tools in Azure AD allow administrators to track application access, detect suspicious sign-in attempts, and enforce governance policies.
By implementing Azure AD Application Proxy, companies can enhance security, improve user experience for remote workers, and simplify IT operations by eliminating the need for VPN deployment, while maintaining compliance and control over access to sensitive corporate resources.
Question 199
A company wants to ensure that only compliant Windows 10 devices can access corporate resources. Which solution should they implement
A) Microsoft Intune Compliance Policies
B) Azure AD Self-Service Password Reset
C) Windows Autopilot
D) BitLocker
Answer
A) Microsoft Intune Compliance Policies
Explanation
Microsoft Intune compliance policies allow administrators to define rules and settings that devices must meet to be considered compliant. These rules can include operating system version requirements, device encryption status, presence of antivirus software, firewall configuration, and other security settings. The primary goal is to ensure that devices accessing corporate resources meet organizational security standards, reducing the risk of unauthorized access or data breaches.
Compliance policies are particularly important in a modern workforce environment where employees may use both corporate-owned and personal devices (BYOD). By enforcing compliance, IT administrators can control access to sensitive data based on device state. Intune integrates with Azure Active Directory to enforce conditional access, meaning only compliant devices are allowed to access resources such as Microsoft 365 apps, SharePoint, or custom line-of-business applications. Devices that do not meet compliance criteria can be blocked, prompted to remediate issues, or quarantined until they meet the required standards.
Administrators can define a wide range of conditions within compliance policies. For example, they can require that a device be encrypted with BitLocker, have a secure lock screen with a password or PIN, and that security updates are applied. They can also enforce system health conditions like having the latest antivirus definitions or preventing jailbroken/rooted devices from connecting. These policies provide a flexible framework for aligning device management with organizational security requirements.
Compliance policies work hand-in-hand with conditional access. When a user attempts to access a resource, Azure AD checks the compliance status of the device. If the device is non-compliant, access can be restricted, and users are notified of the steps required to bring their devices into compliance. This automated approach minimizes manual intervention by IT staff while maintaining strict security controls.
Windows Autopilot (option C) helps deploy and configure devices but does not enforce compliance on an ongoing basis. BitLocker (option D) ensures drive encryption but is only one aspect of device compliance. Azure AD Self-Service Password Reset (option B) allows users to reset their passwords without IT help but does not manage device compliance.
By implementing Microsoft Intune compliance policies, organizations can secure access to corporate resources, protect sensitive data, and reduce the likelihood of compromised devices connecting to the network. It ensures a consistent, policy-driven approach for monitoring and enforcing security standards across all Windows 10 devices in the environment, providing a foundation for secure remote and hybrid work scenarios.
Question 200
A company wants to deploy Windows 10 to multiple new employees with pre-configured settings, apps, and security policies. Which solution should they implement
A) Windows Autopilot
B) Microsoft Intune Compliance Policies
C) Azure AD Application Proxy
D) BitLocker
Answer
A) Windows Autopilot
Explanation
Windows Autopilot is a deployment and provisioning solution that simplifies the setup of new Windows 10 devices with pre-configured settings, applications, and policies. It allows organizations to ship devices directly to employees without IT needing to manually configure each one, reducing deployment time and administrative overhead. Autopilot leverages Azure Active Directory and Microsoft Intune to ensure devices are automatically enrolled and managed during the first sign-in.
With Autopilot, IT administrators can define deployment profiles that include out-of-box experience (OOBE) customization, required applications, device naming conventions, and security settings such as BitLocker encryption and compliance policies. When a user receives a new device and signs in with their corporate credentials, the device automatically joins Azure AD, enrolls in Intune, applies all policies, and installs the required software. This zero-touch deployment process enhances user experience and ensures consistency across the organization.
Windows Autopilot also integrates with Intune for application management and compliance enforcement. Devices can be monitored and maintained remotely after deployment, allowing IT to push updates, new applications, or policy changes without requiring physical access to the device. This integration helps maintain security posture while supporting modern work environments where employees may work from home, branch offices, or on the road.
Microsoft Intune Compliance Policies (option B) enforce security rules but do not provision devices. Azure AD Application Proxy (option C) provides secure remote access to applications but is unrelated to device deployment. BitLocker (option D) encrypts device drives but does not automate the provisioning process.
Using Windows Autopilot allows organizations to standardize device configurations, reduce setup complexity, and accelerate employee onboarding. It provides a seamless experience while ensuring that all security and compliance requirements are applied from the moment the device is first powered on. Autopilot also supports device re-provisioning and recovery, allowing IT to quickly reset and redeploy devices as needed while maintaining organizational standards.
Question 201
A company wants to implement multi-factor authentication for all Windows 10 device logins to improve security. Which solution should they implement
A) Windows Hello for Business
B) Azure AD Self-Service Password Reset
C) Microsoft Intune Compliance Policies
D) BitLocker
Answer
A) Windows Hello for Business
Explanation
Windows Hello for Business provides strong authentication for Windows 10 devices using multi-factor authentication (MFA) without relying on traditional passwords. It replaces passwords with a combination of a user credential (PIN or biometric data) and device-based security keys, providing a more secure and convenient method of authentication. By leveraging biometric factors such as facial recognition or fingerprint scanning, along with a PIN tied to the device, Windows Hello for Business reduces the risk of credential theft and phishing attacks.
Windows Hello for Business can be integrated with Azure Active Directory or on-premises Active Directory environments. It allows organizations to enforce MFA policies for device login and application access while eliminating the need for users to remember complex passwords. Each Windows Hello credential is cryptographically linked to the device and the user account, making it significantly harder for attackers to reuse stolen credentials on other devices.
MFA can be enforced for remote access, VPN connections, or accessing cloud applications, complementing conditional access policies in Azure AD. Administrators can configure Windows Hello to require biometric verification, PINs, or a combination of both, enhancing security while maintaining a user-friendly experience.
Azure AD Self-Service Password Reset (option B) focuses on password management, not multi-factor authentication. Intune Compliance Policies (option C) enforce device configuration and security rules but do not directly provide MFA. BitLocker (option D) encrypts drives to protect data but does not authenticate users.
By deploying Windows Hello for Business, organizations improve security for all Windows 10 devices while providing users with a seamless authentication experience. The use of device-bound credentials and biometric factors reduces the likelihood of unauthorized access and enhances compliance with security standards. It also complements other identity and access management strategies, such as conditional access and Azure AD security policies, creating a robust framework for secure device and application access in modern workplaces.
Question 202
A company wants to ensure that lost or stolen Windows 10 devices can be remotely locked or wiped. Which solution should they implement
A) Microsoft Intune Device Actions
B) Windows Autopilot
C) BitLocker
D) Azure AD Self-Service Password Reset
Answer
A) Microsoft Intune Device Actions
Explanation
Microsoft Intune provides device management capabilities that allow IT administrators to take remote actions on enrolled devices. One critical capability is the ability to remotely lock or wipe devices that are lost, stolen, or compromised. This feature is essential for protecting sensitive corporate data and ensuring compliance with security policies. By remotely locking a device, the administrator can prevent unauthorized access, while wiping a device completely removes corporate data and resets it to a factory state.
The process begins with device enrollment into Intune, which can be automated using tools like Windows Autopilot or manual enrollment for BYOD devices. Once a device is enrolled, it becomes manageable through the Intune portal. IT administrators can initiate actions such as remote lock, wipe, passcode reset, and sync. These actions are particularly important in scenarios where employees lose devices outside the corporate network, such as during travel, at home, or offsite client meetings. The commands are sent over the internet and executed once the device connects, ensuring security measures can be applied even when the device is not physically accessible.
Remote wipe is different from simply deleting files; it ensures that all corporate data, email profiles, and apps are removed while maintaining user privacy if the device is personal. Administrators can also choose between a full wipe, which resets the device to factory defaults, and a selective wipe, which removes only corporate data while leaving personal files intact. This capability is essential for organizations that allow BYOD devices to access corporate resources.
Windows Autopilot (option B) simplifies deployment but does not handle ongoing device management after deployment. BitLocker (option C) encrypts drives, protecting data in case of physical theft, but does not enable remote lock or wipe. Azure AD Self-Service Password Reset (option D) allows users to reset passwords but has no impact on device actions.
By using Microsoft Intune Device Actions, organizations maintain control over their devices even when they are not physically present, ensuring that sensitive data remains protected. It also allows administrators to comply with regulatory requirements, maintain operational security, and respond quickly to incidents involving lost or stolen devices. This is particularly relevant in modern hybrid environments where employees may carry devices between home, office, and client sites. The integration of Intune with conditional access and compliance policies further enhances security by ensuring that only compliant and secure devices can access corporate resources, thereby protecting both corporate data and user privacy.
Question 203
A company wants to ensure that users can only access corporate apps from devices that meet security requirements. Which solution should they implement
A) Azure AD Conditional Access
B) Windows Autopilot
C) BitLocker
D) Microsoft Intune Device Actions
Answer
A) Azure AD Conditional Access
Explanation
Azure Active Directory Conditional Access is a security feature that controls access to applications based on specific conditions. Conditional Access policies evaluate signals such as user identity, device compliance, location, risk level, and application sensitivity to determine whether access should be granted, blocked, or require additional authentication. This ensures that corporate resources are accessed only under secure conditions, preventing unauthorized access and reducing security risks.
The combination of Conditional Access with Microsoft Intune compliance policies is powerful. Intune determines whether devices meet security requirements such as encryption, password policies, firewall status, and antivirus presence. Conditional Access uses this compliance information as a signal to allow or block access. For example, a policy can specify that only devices marked as compliant can access Microsoft 365 applications. Non-compliant devices may be blocked or prompted to meet compliance requirements before access is granted.
Conditional Access policies are highly customizable. Administrators can define which users or groups are affected, which applications are protected, and under which conditions access is allowed or denied. Additional controls such as requiring multi-factor authentication (MFA), limiting access to specific geographic locations, or enforcing session controls for cloud apps provide granular security. These policies help organizations achieve a zero-trust security model by continuously evaluating access risks rather than relying solely on network perimeter defenses.
Windows Autopilot (option B) automates device deployment and provisioning but does not enforce access conditions after deployment. BitLocker (option C) encrypts drives but does not control application access. Microsoft Intune Device Actions (option D) manages devices and allows remote actions but does not evaluate access policies.
By implementing Azure AD Conditional Access, organizations ensure that corporate apps are accessible only from secure and compliant devices. This reduces the risk of data leakage, strengthens overall security posture, and supports regulatory compliance. Combined with device compliance policies, Conditional Access allows organizations to create dynamic and intelligent access controls that adapt to changing security contexts, thereby enabling secure and productive remote and hybrid work environments.
Question 204
A company wants to enforce disk encryption on all Windows 10 devices to protect sensitive data. Which solution should they implement
A) BitLocker
B) Microsoft Intune Compliance Policies
C) Windows Autopilot
D) Azure AD Conditional Access
Answer
A) BitLocker
Explanation
BitLocker is a built-in Windows feature that provides full-disk encryption to protect data from unauthorized access in case a device is lost or stolen. It uses encryption algorithms to secure the entire drive, ensuring that data remains unreadable without proper authentication. BitLocker can be integrated with hardware security features such as the Trusted Platform Module (TPM) to provide additional protection and enhance key management.
The encryption process begins by enabling BitLocker on devices, either manually by IT staff or automatically via group policies or Microsoft Intune deployment profiles. TPM provides a secure location to store encryption keys, allowing the device to unlock automatically under trusted conditions. For added security, administrators can require a PIN or USB key during startup, ensuring that unauthorized users cannot access data even if they physically possess the device.
BitLocker is particularly important for protecting sensitive corporate data stored on laptops and portable devices. If a device is lost, stolen, or improperly decommissioned, encrypted data remains protected. Integration with Microsoft Intune allows administrators to monitor encryption status and enforce policies across all managed devices. Devices that are not encrypted can be flagged, and compliance policies can restrict access to corporate resources until encryption is enabled.
While Microsoft Intune Compliance Policies (option B) enforce encryption among other requirements, BitLocker is the actual technology performing the encryption. Windows Autopilot (option C) automates device setup but does not provide encryption by itself. Azure AD Conditional Access (option D) controls access based on compliance and other conditions but does not encrypt data.
By deploying BitLocker across all Windows 10 devices, organizations can mitigate the risk of data breaches due to physical device loss or theft. It provides a robust layer of data protection that complements other security measures such as device compliance policies, conditional access, and remote device management. This approach ensures that sensitive corporate information remains secure regardless of the device’s location or ownership and aligns with best practices for data security and regulatory compliance in enterprise environments.
Question 205
A company wants to automatically deploy Windows 10 devices with preconfigured settings, apps, and policies to new employees. Which solution should they implement
A) Windows Autopilot
B) Microsoft Intune Device Actions
C) BitLocker
D) Azure AD Conditional Access
Answer
A) Windows Autopilot
Explanation
Windows Autopilot is a collection of technologies designed to simplify the deployment and configuration of new Windows 10 and Windows 11 devices. It enables organizations to ship devices directly to end users without IT physically handling them, while ensuring that each device is configured according to corporate policies, applications, and settings.
The core concept of Autopilot is user-driven deployment, which allows the device to be ready for productive use right after the user logs in with their corporate credentials. Administrators upload device hardware IDs to the Autopilot service in Azure, assign deployment profiles, and associate apps and policies that should apply during setup. When the device is powered on and connected to the internet, it automatically contacts Autopilot, downloads its profile, enrolls in Microsoft Intune, and configures itself according to the preassigned settings. This eliminates the need for imaging, manual configuration, or visiting IT to prepare the device.
Autopilot also integrates with Azure Active Directory, allowing devices to be joined directly to Azure AD. Devices can also be automatically enrolled into Intune, ensuring that compliance policies, app installations, and security configurations are applied immediately. This integration supports a seamless end-user experience and minimizes IT overhead.
Key benefits include reducing deployment time, ensuring consistency across all devices, improving user productivity by having devices ready immediately, and reducing errors that occur with manual configuration. Autopilot can also be combined with Intune policies for device compliance, enabling administrators to enforce security standards even during deployment.
Microsoft Intune Device Actions (option B) manages enrolled devices after deployment, such as performing remote lock, wipe, or passcode reset, but does not handle initial device provisioning. BitLocker (option C) is for disk encryption and does not deploy or configure devices. Azure AD Conditional Access (option D) restricts access based on policies but is not a deployment tool.
Windows Autopilot streamlines the onboarding process for new employees, ensuring devices are secure, compliant, and ready to use immediately, which is especially important in remote or hybrid work scenarios where IT cannot physically touch every device. It also helps organizations maintain a standardized environment and reduces the risk of misconfigurations that could compromise security or productivity.
Question 206
A company wants to enforce a strong password policy and multi-factor authentication for all users accessing corporate resources. Which solution should they implement
A) Azure AD Conditional Access
B) Windows Autopilot
C) BitLocker
D) Microsoft Intune Device Actions
Answer
A) Azure AD Conditional Access
Explanation
Azure AD Conditional Access is a powerful tool that allows administrators to control access to corporate resources based on identity, device compliance, location, application, and risk signals. One common use is enforcing security requirements such as strong passwords and multi-factor authentication (MFA).
Conditional Access policies evaluate real-time signals and enforce access controls. For instance, a policy can require that any login attempt to Microsoft 365 resources from an unmanaged device triggers MFA. Another policy may enforce that users with privileged roles must authenticate using MFA from recognized locations. By combining password policies with MFA requirements, organizations drastically reduce the risk of compromised credentials, phishing attacks, and unauthorized access.
Password policies can also be enforced through Azure AD, specifying minimum length, complexity, and expiration intervals. Combined with Conditional Access, these policies ensure that access is granted only to users who meet security requirements, including compliance with password standards. Conditional Access can also integrate with risk-based detection in Azure AD Identity Protection, dynamically blocking or challenging access based on suspicious activity patterns, such as atypical login locations or impossible travel scenarios.
Windows Autopilot (option B) handles device deployment, not authentication or access control. BitLocker (option C) encrypts drives but does not enforce authentication policies. Microsoft Intune Device Actions (option D) manages devices remotely but does not control user authentication.
Implementing Conditional Access with strong password policies and MFA improves organizational security, protects sensitive data, and aligns with best practices for modern zero-trust security models. It ensures that only verified and compliant users can access corporate resources, making it more difficult for attackers to exploit stolen credentials or compromised devices. By monitoring and adapting access controls based on real-time signals, organizations can maintain both security and productivity for users in hybrid or remote work environments.
Question 207
A company wants to ensure that only compliant and secured Windows 10 devices can access Microsoft 365 applications. Which solution should they implement
A) Microsoft Intune Compliance Policies
B) Windows Autopilot
C) BitLocker
D) Azure AD Self-Service Password Reset
Answer
A) Microsoft Intune Compliance Policies
Explanation
Microsoft Intune Compliance Policies allow organizations to define rules and settings that devices must meet to be considered compliant. These policies can enforce device health and security requirements such as minimum operating system versions, encryption status, password complexity, device threat protection, and firewall settings. Only devices that meet these requirements can be marked as compliant.
Compliance information from Intune can be integrated with Azure AD Conditional Access, providing a mechanism to restrict access to corporate resources based on device compliance. For example, a policy can be defined such that Microsoft 365 applications are accessible only from devices that have BitLocker enabled, are running the latest security updates, have anti-virus protection, and are not jailbroken or compromised. Devices failing compliance checks can be blocked or directed to remediate issues before being granted access.
This solution ensures that sensitive data and applications are protected from threats introduced by unsecured devices. Organizations can maintain granular control over device access, enforce security standards, and reduce the risk of data breaches. Compliance policies can also be tailored for different user groups, device types, or locations, allowing flexibility while maintaining security.
Windows Autopilot (option B) prepares devices for use but does not enforce ongoing compliance. BitLocker (option C) protects data on devices but does not determine access to applications. Azure AD Self-Service Password Reset (option D) enables users to reset passwords but has no role in device compliance.
By implementing Microsoft Intune Compliance Policies, organizations create a framework for secure device access, ensuring that only devices meeting defined security standards can access corporate applications and data. This integration with Conditional Access enforces a zero-trust security approach, enhancing protection for corporate resources, supporting regulatory compliance, and providing a consistent and secure user experience across hybrid and remote environments.
Question 208
A company wants to deploy a Windows 10 update to all devices but first wants to test it on a small group of users to ensure compatibility. Which solution should they implement
A) Windows Update for Business
B) Windows Autopilot
C) BitLocker
D) Microsoft Intune Device Actions
Answer
A) Windows Update for Business
Explanation
Windows Update for Business is designed to manage Windows updates for devices in an organization, offering the ability to control update deployment, ring configurations, and deferral policies. It allows IT administrators to deliver updates in a staged and controlled manner to prevent disruption to business operations.
The key concept in Windows Update for Business is the use of deployment rings. These rings divide devices into groups, enabling updates to be applied first to pilot groups before broader deployment. For example, a company may designate IT staff and early adopters as the first ring to receive updates. These users act as testers to identify potential compatibility issues with hardware, applications, or policies. After verifying stability and performance, the update is rolled out to the next ring, which could include additional users, and eventually to all devices.
This staged deployment approach reduces the risk of widespread issues and allows IT to respond quickly to problems, such as rolling back updates or adjusting policies. Administrators can configure automatic approval or require manual approval for each ring, further enhancing control over the update process. Windows Update for Business also supports the deferral of feature and quality updates, giving organizations time to evaluate changes before installation.
Windows Autopilot (option B) focuses on initial device deployment and configuration rather than ongoing update management. BitLocker (option C) is for drive encryption and does not handle updates. Microsoft Intune Device Actions (option D) allows remote actions like wiping or locking a device but is not specifically for update deployment.
Implementing Windows Update for Business enables organizations to maintain compliance and security while minimizing disruption. IT teams can monitor update progress, assess compatibility, and ensure that critical business applications continue to function correctly. Using update rings aligns with best practices for change management and provides a predictable rollout strategy that balances innovation with operational stability.
Question 209
A company wants to encrypt all Windows 10 devices to protect sensitive corporate data at rest. Which solution should they implement
A) BitLocker
B) Windows Autopilot
C) Microsoft Intune Device Actions
D) Azure AD Conditional Access
Answer
A) BitLocker
Explanation
BitLocker is a full disk encryption feature built into Windows 10 that protects data at rest by encrypting the entire system drive and other specified volumes. BitLocker ensures that if a device is lost, stolen, or decommissioned, the data remains inaccessible without proper authentication.
BitLocker can operate in conjunction with Trusted Platform Module (TPM) hardware to provide enhanced security. TPM stores the encryption keys securely and can verify the integrity of the system during the boot process. If any tampering is detected, BitLocker prevents access to the data until proper authentication is provided. Administrators can configure BitLocker to use TPM alone, TPM with a PIN, or TPM with a startup key stored on a USB drive, depending on the required security level.
Integration with Microsoft Intune enables centralized management of BitLocker, allowing IT to enforce encryption policies, monitor compliance, and deploy recovery keys to Azure AD. This ensures that encrypted devices remain compliant with corporate security standards and that recovery keys are available in case of system issues or forgotten credentials.
Windows Autopilot (option B) is for provisioning new devices but does not encrypt drives. Microsoft Intune Device Actions (option C) provides remote actions but does not provide encryption by itself. Azure AD Conditional Access (option D) enforces access policies based on device or user state but does not encrypt device data.
Using BitLocker protects sensitive corporate data against unauthorized access, ensuring that even if devices are compromised, the data remains secure. It is particularly important for organizations handling confidential information, regulatory data, or intellectual property. BitLocker also complements other security measures such as compliance policies, conditional access, and multi-factor authentication to build a robust defense-in-depth strategy for protecting organizational data on Windows 10 devices.
Question 210
A company wants to remotely wipe a lost Windows 10 device to prevent unauthorized access to corporate data. Which solution should they implement
A) Microsoft Intune Device Actions
B) Windows Autopilot
C) BitLocker
D) Azure AD Conditional Access
Answer
A) Microsoft Intune Device Actions
Explanation
Microsoft Intune Device Actions is a feature within Intune that allows administrators to perform remote actions on enrolled devices. One of the most critical use cases is the ability to remotely wipe a device that has been lost, stolen, or is no longer compliant. This ensures that corporate data is removed from the device, mitigating the risk of data breaches or unauthorized access.
The remote wipe feature can remove personal and corporate data, reset devices to factory settings, or selectively remove corporate content while leaving personal data intact, depending on the configuration. This is particularly useful in scenarios where devices are shared, or BYOD policies are in place. Administrators can initiate a wipe from the Intune console or integrate it with automated policies that trigger actions based on compliance status or security threats.
Remote wipe functionality works across various platforms, including Windows 10, ensuring that lost or stolen laptops are securely erased even if the device is outside the corporate network. Integration with Azure AD and Intune ensures that devices remain manageable and recoverable if necessary, such as accessing recovery keys for encrypted drives using BitLocker.
Windows Autopilot (option B) provisions new devices but cannot wipe devices remotely. BitLocker (option C) encrypts data but does not enable remote wipe by itself. Azure AD Conditional Access (option D) controls access to resources based on device compliance but does not remove data.
Implementing Microsoft Intune Device Actions provides organizations with the ability to protect sensitive data proactively, maintain regulatory compliance, and reduce the risk associated with lost or stolen devices. It also allows IT teams to respond quickly to security incidents, ensuring that data exposure is minimized and corporate resources remain secure. The combination of device management, encryption, and remote actions forms a comprehensive strategy for securing Windows 10 devices in modern enterprise environments.