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Question 106:

You need to deploy a Microsoft Edge browser configuration to all corporate Windows 11 devices that disables access to third-party extensions. Which Intune feature should you use?

A) Device configuration profile with administrative templates
B) App protection policy
C) Endpoint security antivirus policy
D) VPN profile

Answer:

A) Device configuration profile with administrative templates

Explanation:

Device configuration profiles with administrative templates in Intune allow administrators to manage hundreds of device and application settings, including Microsoft Edge browser settings. Disabling access to third-party extensions is a security requirement in many organizations to prevent users from installing unverified extensions that may introduce vulnerabilities, expose corporate data, or conflict with managed security policies. App protection policies focus on safeguarding corporate application data but cannot configure browser-level restrictions. Endpoint security antivirus policies focus on malware and threat prevention, and VPN profiles manage secure network connectivity; neither can enforce browser-specific settings.

Microsoft Edge configuration through administrative templates allows granular control over security settings, including enabling or disabling extensions, configuring trusted sites, controlling cookie behavior, and restricting access to developer tools. Administrators can specify whether extensions can be installed from the Microsoft Edge store, allow only approved extensions, or completely block third-party extensions. This ensures that the browser environment aligns with corporate compliance and security standards.

Deployment of these settings can be targeted to device groups or organizational units. Phased deployment enables administrators to pilot the configuration with a small subset of devices before organization-wide rollout, minimizing the risk of compatibility issues. Monitoring tools in Intune provide visibility into deployment status, compliance, and reporting on any devices that fail to apply the policy. Alerts notify IT teams of non-compliance, allowing proactive remediation.

Disabling third-party extensions contributes to a layered security approach. When combined with antivirus policies, device encryption, conditional access, and application control policies, this setting helps reduce the attack surface for corporate devices. Policies can be updated dynamically to enforce changes across the organization as security requirements evolve, ensuring that devices remain compliant with current standards.

Enforcing this configuration also supports regulatory requirements in industries that mandate control over software installations, such as finance, healthcare, and government. By restricting access to unapproved browser extensions, organizations reduce the risk of data leakage, malware installation, or exposure to phishing attacks via malicious extensions. Integration with conditional access ensures that only compliant devices using a managed browser configuration can access corporate resources, reinforcing security for web-based applications.

By configuring a device configuration profile with administrative templates in Intune to disable third-party extensions in Microsoft Edge, organizations enforce secure browsing, maintain compliance with corporate policies, reduce the risk of malicious software, support targeted deployment to device groups, monitor compliance, provide automated remediation for non-compliant devices, integrate with other endpoint security measures, support phased rollout and testing, enforce regulatory requirements, and maintain a standardized and secure browser environment across all corporate Windows 11 devices.

Question 107:

You need to ensure that all corporate Windows 11 laptops automatically lock after 15 minutes of inactivity. Which Intune feature should you configure?

A) Device configuration profile with endpoint security settings
B) App protection policy
C) VPN profile
D) Endpoint security disk encryption policy

Answer:

A) Device configuration profile with endpoint security settings

Explanation:

Device configuration profiles with endpoint security settings in Intune provide administrators the ability to configure security policies on Windows 11 devices, including automatic screen lock or inactivity timeout settings. App protection policies secure corporate data within specific applications but cannot enforce system-level inactivity settings. VPN profiles provide secure network connectivity but do not configure device lock behavior. Endpoint security disk encryption policies manage BitLocker encryption and are unrelated to session timeouts or screen lock behavior.

Automatic locking of corporate laptops after a defined period of inactivity is critical for protecting sensitive corporate data from unauthorized access. By configuring endpoint security policies, administrators can enforce a 15-minute timeout period, ensuring that devices automatically lock and require user authentication to resume use. This is particularly important in environments with high data sensitivity, shared workspaces, or public areas where unattended devices may be exposed.

Profiles can be assigned to device groups, departments, or organizational units to apply policies consistently across all targeted devices. Administrators can monitor compliance reports to identify devices that do not enforce the lock timeout, enabling targeted remediation. Alerts can notify IT teams if devices fail to comply with the inactivity timeout settings, allowing rapid response.

Integration with other security policies, such as conditional access, application control, and device compliance policies, ensures that only secure and compliant devices access corporate resources. Policies can also be adjusted dynamically to enforce shorter or longer lock times as organizational requirements evolve or as part of a phased rollout strategy. Automation reduces administrative overhead and ensures that all devices remain consistently protected.

Automatic screen lock policies complement additional endpoint security measures such as antivirus protection, encryption, firewall policies, and restricted application access. By enforcing inactivity lock settings, organizations reduce the likelihood of accidental exposure, data theft, or unauthorized use. Training users on the importance of locking devices, combined with technical enforcement via Intune, creates a culture of security awareness.

By configuring a device configuration profile with endpoint security settings in Intune to enforce a 15-minute inactivity lock, organizations enhance device security, prevent unauthorized access, maintain compliance with corporate policies, target deployment to specific device groups, monitor and report on compliance, provide automated remediation, integrate with broader endpoint security measures, enforce consistent device behavior, support dynamic policy adjustment, and protect sensitive corporate data across all Windows 11 laptops in the organization.

Question 108:

You need to deploy Microsoft Defender Antivirus with real-time protection enabled on all corporate Windows 11 devices. Which Intune feature should you configure?

A) Endpoint security antivirus policy
B) Device compliance policy
C) App protection policy
D) VPN profile

Answer:

A) Endpoint security antivirus policy

Explanation:

Endpoint security antivirus policies in Intune allow administrators to deploy and manage Microsoft Defender Antivirus settings across Windows 11 devices, including enabling real-time protection. Device compliance policies can report on the status of antivirus software but cannot enforce antivirus configuration. App protection policies protect corporate application data but do not manage system-level antivirus settings. VPN profiles configure secure network access but are unrelated to antivirus deployment.

Real-time protection is a critical security feature that continuously monitors devices for malware, spyware, and potentially unwanted software, detecting threats as they occur and preventing infections before they can compromise the system. By deploying Microsoft Defender Antivirus with real-time protection via Intune endpoint security policies, organizations ensure consistent protection across all managed endpoints. This deployment includes configuration of scheduled scans, cloud-delivered protection, automatic sample submission, and exclusion rules where necessary to prevent conflicts with corporate applications.

Profiles can be assigned to device groups or organizational units for targeted deployment. Monitoring and reporting in Intune provide visibility into antivirus status, including whether real-time protection is enabled, last scan times, detected threats, and remediation actions taken. Alerts notify administrators of potential issues, such as disabled antivirus components or detected malware, allowing rapid response to security incidents.

Integration with other endpoint security measures, such as device compliance policies, disk encryption, firewall settings, and conditional access policies, ensures a comprehensive security strategy. Devices that fail to have antivirus protection or real-time monitoring enabled can be blocked from accessing corporate resources, reducing risk. Policies can also be updated dynamically to respond to emerging threats, deploy new definitions, or modify scan schedules, ensuring protection remains up-to-date.

Deploying Microsoft Defender Antivirus via endpoint security policies enforces corporate security standards, reduces the risk of malware infections, provides consistent protection across all Windows 11 devices, integrates with monitoring and reporting tools, enables alerts for non-compliance or threats, allows automated remediation, supports phased or targeted deployment, complements other endpoint security measures, ensures regulatory compliance, and strengthens the overall security posture of the organization by providing continuous real-time protection on all managed endpoints.

Question 109:

You need to ensure that all corporate Windows 11 devices require Windows Hello for Business for user sign-in. Which Intune feature should you configure?

A) Device configuration profile with identity protection settings
B) App protection policy
C) VPN profile
D) Endpoint security disk encryption policy

Answer:

A) Device configuration profile with identity protection settings

Explanation:

Device configuration profiles with identity protection settings in Intune allow administrators to enforce authentication requirements on Windows 11 devices, including mandatory Windows Hello for Business sign-in. Windows Hello for Business is a modern authentication method that replaces passwords with strong multi-factor authentication using biometrics (such as fingerprint or facial recognition) or PINs. This reduces the risk of credential theft and improves overall security posture.

App protection policies focus on securing corporate data within apps and do not enforce system-level authentication requirements. VPN profiles are designed to configure secure network connectivity but do not control local authentication mechanisms. Endpoint security disk encryption policies manage encryption like BitLocker but cannot enforce authentication policies.

By configuring a device configuration profile to enforce Windows Hello for Business, administrators can ensure that users cannot bypass secure sign-in methods. Profiles can be deployed to all corporate devices or targeted device groups, allowing staged deployment. Devices that do not comply with the profile can be flagged for remediation. Conditional access policies can further complement this setup by blocking access to corporate resources if a device does not meet authentication requirements.

Windows Hello for Business provides several advantages over traditional passwords, including reducing the risk of phishing attacks, credential replay, and brute force attacks. It integrates with Azure Active Directory and hybrid AD environments, ensuring seamless access to Microsoft 365 and other corporate applications. Administrators can configure PIN complexity, biometric requirements, and fallback authentication methods, ensuring both security and usability.

Monitoring and reporting features within Intune allow IT teams to verify deployment status, check which devices have successfully enrolled in Windows Hello for Business, and identify devices that fail to comply. Alerts notify administrators of issues such as failed biometric enrollment or non-compliance, enabling timely resolution. Automated remediation can prompt users to set up Windows Hello or enforce device restrictions until compliance is achieved.

Organizations can align Windows Hello for Business deployment with broader security strategies, such as device compliance, endpoint security, application protection, and conditional access, creating a cohesive and secure environment. Policies can be updated dynamically to accommodate new devices, updates in authentication requirements, or organizational changes. Enforcing Windows Hello for Business ensures that only authorized users with strong authentication methods access corporate devices, thereby strengthening the security posture across all managed Windows 11 endpoints.

By configuring a device configuration profile with identity protection settings in Intune, organizations enforce mandatory Windows Hello for Business authentication, improve resistance to credential attacks, reduce reliance on passwords, integrate with Azure AD and hybrid AD, configure biometric and PIN requirements, monitor deployment and compliance, provide automated remediation for non-compliant devices, target deployment to device groups, complement conditional access and other security measures, maintain consistent authentication standards, and protect access to corporate resources across all Windows 11 devices.

Question 110:

You need to ensure that corporate Windows 11 laptops automatically receive the latest Windows updates and install them outside business hours. Which Intune feature should you configure?

A) Device configuration profile with Windows Update for Business settings
B) App protection policy
C) Endpoint security disk encryption policy
D) VPN profile

Answer:

A) Device configuration profile with Windows Update for Business settings

Explanation:

Device configuration profiles with Windows Update for Business settings in Intune allow administrators to manage the delivery and installation of Windows updates on corporate devices. This includes configuring update channels, deferral periods, active hours, and automatic installation outside business hours to minimize disruption. App protection policies focus on safeguarding corporate app data and do not manage system updates. Endpoint security disk encryption policies enforce BitLocker settings but cannot control updates. VPN profiles secure network connectivity but are unrelated to update management.

By configuring a Windows Update for Business profile, administrators can ensure that corporate laptops are always up-to-date with the latest security patches, feature updates, and quality improvements while respecting user productivity. Devices can automatically install updates during off-hours, reducing downtime and disruption during business operations. Administrators can define active hours to prevent updates from interrupting work, configure deadlines for required updates, and defer optional updates to accommodate testing or compliance requirements.

Deployment of Windows Update for Business settings can be targeted to device groups, organizational units, or specific user groups, allowing phased deployment and testing. Reporting and monitoring dashboards in Intune provide insights into update compliance, installation status, failed updates, and devices that are out-of-date. Alerts notify administrators of devices that fail to apply updates, enabling timely remediation.

Using Windows Update for Business in Intune aligns with broader security strategies by ensuring devices remain protected against vulnerabilities and receive feature improvements. Integration with endpoint security, device compliance, and conditional access policies ensures that only up-to-date and compliant devices can access corporate resources. Administrators can also configure update rings to manage the deployment of updates in stages, allowing pilot testing, early adoption, and eventual full-scale rollout.

Automating update installation outside business hours minimizes disruptions, maintains employee productivity, and reduces the likelihood of user-initiated postponements that could leave devices unpatched. Profiles can be updated dynamically to adjust update settings, change deferral periods, or modify active hours in response to organizational or operational changes. Ensuring timely updates also helps organizations comply with regulatory standards and internal security policies that require systems to be protected with the latest patches.

By configuring a device configuration profile with Windows Update for Business settings in Intune, organizations manage automatic updates on Windows 11 laptops, enforce update installation outside business hours, define active hours, target deployment to device groups, monitor compliance and installation status, receive alerts for failed updates, integrate with endpoint security and conditional access, maintain up-to-date systems, reduce disruption to productivity, enable phased rollout with update rings, support dynamic policy adjustments, ensure regulatory compliance, and protect corporate data and devices from known vulnerabilities and security threats.

Question 111:

You need to restrict access to a corporate application on Windows 11 devices so that only devices enrolled in Intune and marked as compliant can open it. Which Intune feature should you configure?

A) Conditional access policy
B) Device configuration profile
C) App protection policy
D) Endpoint security antivirus policy

Answer:

A) Conditional access policy

Explanation:

Conditional access policies in Intune and Azure AD allow administrators to control access to corporate applications based on device compliance, enrollment status, user group membership, location, and other conditions. By configuring a conditional access policy, organizations can ensure that only devices enrolled in Intune and marked as compliant can access specific corporate applications. Device configuration profiles manage device settings but cannot enforce application-level access restrictions based on compliance. App protection policies protect data within apps but do not restrict access based on device compliance or enrollment. Endpoint security antivirus policies manage antivirus settings but are unrelated to application access.

Conditional access policies provide granular control by checking device compliance status, which is determined through Intune compliance policies. Compliance policies can enforce settings such as antivirus status, encryption, firewall configuration, password requirements, and operating system version. Devices that do not meet these requirements are considered non-compliant and can be blocked from accessing corporate applications. This ensures that sensitive data is only accessible from secure and trusted devices.

Deployment of conditional access policies can be targeted to specific user groups, organizational units, or applications. Administrators can create policies for individual applications, groups of applications, or all applications in the tenant. Monitoring and reporting provide visibility into which devices attempted access, their compliance status, and reasons for access denial. Alerts notify administrators when non-compliant devices attempt access, enabling timely intervention.

Conditional access integrates with Intune and Azure AD to enforce real-time access decisions based on dynamic factors such as device state, user location, risk level, and authentication strength. Policies can require compliant devices, MFA, approved client apps, and secure network locations before granting access. This layered approach ensures robust security for corporate applications.

By enforcing conditional access for Intune-enrolled and compliant devices, organizations protect sensitive data, ensure applications are only accessed by trusted devices, integrate with compliance and monitoring systems, provide detailed reporting, enable alerts for non-compliance, support targeted deployment to specific applications or users, enforce real-time access decisions, complement other security policies, and maintain consistent security standards across all corporate applications on Windows 11 devices.

Question 112:

You need to ensure that corporate Windows 11 devices have BitLocker enabled and encrypt the operating system drive automatically. Which Intune feature should you configure?

A) Endpoint security disk encryption policy
B) Device configuration profile with administrative templates
C) App protection policy
D) VPN profile

Answer:

A) Endpoint security disk encryption policy

Explanation:

Endpoint security disk encryption policies in Intune provide administrators the ability to configure BitLocker encryption for operating system drives, fixed data drives, and removable drives on Windows 11 devices. Enabling BitLocker ensures that data at rest is encrypted, protecting sensitive corporate information in case a device is lost, stolen, or accessed by unauthorized individuals. Device configuration profiles with administrative templates can configure some security settings, but they do not fully manage BitLocker deployment or enforce automatic encryption. App protection policies protect corporate data at the application level but do not encrypt the entire disk. VPN profiles configure secure network connectivity and have no functionality related to disk encryption.

BitLocker encryption with Intune can be configured to automatically encrypt the operating system drive during device provisioning or immediately after enrollment. Administrators can enforce encryption algorithms, key management options, and recovery key storage in Azure AD. Recovery keys are essential for restoring access to encrypted drives in case users forget their credentials or experience system failures. Azure AD integration ensures that recovery keys are stored securely in the cloud, reducing administrative overhead and enabling centralized recovery management.

Deployment of disk encryption policies can be targeted to device groups or organizational units. Intune provides monitoring and reporting capabilities that allow IT administrators to verify encryption status, check for devices that failed to encrypt, and take corrective actions. Alerts can be configured to notify administrators if encryption fails, enabling timely remediation and ensuring compliance across the organization.

Automatic encryption enhances the organization’s security posture by protecting against unauthorized data access. Even if devices are lost, stolen, or physically compromised, encrypted drives prevent attackers from accessing sensitive corporate data without proper authentication and recovery keys. BitLocker encryption also supports compliance with industry regulations and standards that require data encryption at rest, including finance, healthcare, and government sectors.

Integrating BitLocker policies with other endpoint security measures, such as antivirus, firewall, conditional access, and device compliance policies, creates a comprehensive security framework. Devices that fail to meet encryption requirements can be blocked from accessing corporate resources, ensuring that only compliant endpoints interact with sensitive data. Policies can be updated dynamically to accommodate changes in organizational requirements, security standards, or operating system updates.

By configuring an endpoint security disk encryption policy in Intune, organizations enforce BitLocker encryption for the operating system drive, configure encryption algorithms and recovery key management, deploy encryption automatically to enrolled devices, monitor compliance, receive alerts for non-compliant devices, provide centralized key recovery through Azure AD, maintain regulatory compliance, integrate with other endpoint security measures, enforce organization-wide encryption standards, and protect sensitive corporate data from unauthorized access, theft, or device compromise, ensuring that all corporate Windows 11 devices adhere to a consistent and secure encryption policy.

Question 113:

You need to ensure that only company-owned Windows 11 devices can access Microsoft 365 email. Which Intune feature should you configure?

A) Conditional access policy
B) Device configuration profile
C) App protection policy
D) Endpoint security antivirus policy

Answer:

A) Conditional access policy

Explanation:

Conditional access policies in Intune and Azure AD allow administrators to enforce access control based on a device’s enrollment status, compliance state, user identity, location, and other contextual factors. By configuring a conditional access policy to allow only company-owned devices to access Microsoft 365 email, organizations can ensure that corporate data is protected from access by personal or unmanaged devices. Device configuration profiles can manage device settings but cannot enforce access restrictions based on device ownership. App protection policies secure corporate application data but do not prevent access from unmanaged devices. Endpoint security antivirus policies are unrelated to access control for applications.

Company-owned device enforcement relies on device enrollment in Intune or registration in Azure AD. Once a device is identified as company-owned and compliant with corporate security policies, the conditional access policy grants access to Microsoft 365 email. Non-enrolled or non-compliant devices are blocked from accessing corporate resources, reducing the risk of data leakage or unauthorized access. Conditional access can also enforce additional requirements such as multi-factor authentication, approved client applications, and secure network locations.

Administrators can target conditional access policies to specific user groups, applications, or device types. Monitoring and reporting in Intune and Azure AD provide insights into policy enforcement, showing which devices attempted access, their compliance state, and the outcome of access attempts. Alerts can be configured to notify IT teams of blocked access attempts, enabling proactive security management.

This approach aligns with a zero-trust security model, where access decisions are based on device trustworthiness and compliance rather than solely on user credentials. It ensures that only secure, company-managed devices access corporate email, preventing personal or unmanaged devices from introducing vulnerabilities. Policies can be adjusted dynamically to accommodate changes in device management strategies, user roles, or security requirements.

Conditional access integrates with device compliance policies, ensuring that devices meet security requirements such as antivirus status, encryption, firewall configuration, password complexity, and operating system version before access is granted. This layered security approach helps organizations enforce corporate security standards consistently across all endpoints and reduce the risk of unauthorized access.

By configuring a conditional access policy in Intune to allow only company-owned Windows 11 devices to access Microsoft 365 email, organizations enforce access control based on device ownership, integrate with device compliance policies, monitor access attempts and compliance, provide alerts for blocked devices, implement zero-trust principles, enforce additional security requirements such as MFA and secure applications, target policies to specific users or applications, dynamically adjust policies as requirements change, maintain consistent security standards, and protect corporate email data from unauthorized access or potential breaches, ensuring secure access only for enrolled and compliant corporate devices.

Question 114:

You need to deploy a VPN profile to all Windows 11 devices that connects automatically to the corporate network. Which Intune feature should you configure?

A) VPN profile
B) Device configuration profile with endpoint security settings
C) App protection policy
D) Conditional access policy

Answer:

A) VPN profile

Explanation:

VPN profiles in Intune allow administrators to configure virtual private network settings on Windows 11 devices, including automatic connection to the corporate network. Device configuration profiles with endpoint security settings manage security configurations like antivirus, firewall, and encryption but cannot configure VPN connections. App protection policies protect corporate data within specific apps but do not configure network connectivity. Conditional access policies control application access based on device compliance but do not deploy VPN settings.

By deploying a VPN profile, administrators can specify VPN type, server address, authentication method, and connection behavior. Automatic VPN connection ensures that devices connect to the corporate network as soon as they access the internet, enabling secure communication and access to internal resources without requiring user intervention. Profiles can also include split tunneling configuration to direct only corporate traffic through the VPN while allowing other internet traffic to use the regular network connection, optimizing performance and reducing bandwidth usage.

Deployment can be targeted to device groups, organizational units, or specific user groups. Intune provides monitoring and reporting to verify VPN profile deployment, connection status, and errors. Alerts notify administrators if devices fail to connect, enabling rapid troubleshooting. Profiles can include certificates for authentication, enhancing security by eliminating the need to store or transmit credentials insecurely.

Automatic VPN connection is crucial for protecting data in transit, particularly when devices are used in remote or public networks. It ensures encryption of network traffic, prevents eavesdropping, and maintains compliance with organizational security policies. Administrators can configure VPN profiles dynamically to update server addresses, authentication methods, or connection settings, ensuring devices remain connected and secure.

Integrating VPN profiles with conditional access, device compliance, and application policies provides a comprehensive security framework. Devices must be enrolled, compliant, and connected via a secure VPN before accessing sensitive corporate resources. This reduces the risk of unauthorized access, data leakage, or exposure to insecure networks. Policies can also be phased for deployment to allow testing with pilot groups before organization-wide rollout.

By configuring a VPN profile in Intune for Windows 11 devices, organizations ensure automatic VPN connectivity, specify authentication and encryption settings, deploy connection configurations to targeted device groups, monitor connection status and errors, provide alerts for failed connections, integrate with certificates for secure authentication, optimize network performance with split tunneling, complement conditional access and compliance policies, maintain consistent security standards across all endpoints, provide dynamic profile updates, and protect corporate data in transit while enabling secure remote access to internal resources.

Question 115:

You need to configure Microsoft Defender Antivirus on all corporate Windows 11 devices to ensure real-time protection is always enabled. Which Intune feature should you configure?

A) Endpoint security antivirus policy
B) Device configuration profile with administrative templates
C) Conditional access policy
D) App protection policy

Answer:

A) Endpoint security antivirus policy

Explanation:

Endpoint security antivirus policies in Intune allow administrators to configure Microsoft Defender Antivirus on Windows 11 devices. This includes enabling real-time protection, cloud-delivered protection, automatic sample submission, and periodic scanning. Real-time protection continuously monitors the device for malware, ransomware, spyware, and other threats, automatically detecting and remediating malicious activities. Device configuration profiles with administrative templates can configure some security features but cannot manage the full spectrum of Defender Antivirus settings, such as real-time monitoring and threat remediation. Conditional access policies control access to corporate resources based on device compliance but do not configure antivirus settings. App protection policies secure data within applications but do not manage system-level antivirus configurations.

Enabling real-time protection through an endpoint security antivirus policy ensures that devices are continuously monitored against evolving threats. Administrators can configure settings such as scheduled scans, cloud protection levels, exclusion rules, and automatic remediation actions. These configurations allow organizations to balance security and performance, minimizing the impact of scans on user productivity while maintaining comprehensive threat protection.

Deployment can be targeted to device groups, organizational units, or specific user groups. Intune provides monitoring and reporting dashboards that show the antivirus status on all enrolled devices, including real-time protection status, definition updates, detected threats, and remediation actions. Alerts can notify administrators when a device fails to maintain real-time protection or when threats are detected but not automatically remediated, enabling rapid intervention to reduce potential risks.

Microsoft Defender Antivirus integrates with other Intune and Microsoft security features, including device compliance, conditional access, endpoint detection and response (EDR), and Microsoft Defender for Endpoint. This integration allows devices to be automatically marked as non-compliant if antivirus protection is disabled or definitions are outdated, ensuring that conditional access policies can block access to corporate resources from unprotected devices. The layered security approach reduces attack surfaces and ensures that devices meet organizational security requirements before accessing sensitive data.

Endpoint security antivirus policies support centralized configuration management, allowing administrators to define consistent security standards across all corporate Windows 11 devices. Policies can be updated dynamically to respond to emerging threats, updated malware definitions, or changes in organizational security requirements. Administrators can also configure automated responses for detected threats, such as quarantining files, deleting malware, or notifying IT personnel.

By configuring an endpoint security antivirus policy in Intune, organizations enable real-time protection on all corporate Windows 11 devices, configure cloud-delivered protection and automatic sample submission, schedule periodic scans, define exclusion rules, monitor antivirus status, receive alerts for protection failures or detected threats, integrate with compliance and conditional access policies, enforce organization-wide security standards, provide automated threat remediation, maintain consistent and updated protection, ensure devices are continuously protected against malware and ransomware, integrate with Microsoft Defender for Endpoint, dynamically update policies to address new threats, reduce the risk of unauthorized access to corporate resources, and maintain a comprehensive layered security posture across all endpoints.

Question 116:

You need to deploy Microsoft Edge to all corporate Windows 11 devices and ensure that it is updated automatically. Which Intune feature should you configure?

A) Win32 app deployment in Intune
B) App protection policy
C) Endpoint security antivirus policy
D) Conditional access policy

Answer:

A) Win32 app deployment in Intune

Explanation:

Win32 app deployment in Intune allows administrators to deploy traditional desktop applications, such as Microsoft Edge, to Windows 11 devices. This deployment method supports packaging, deployment, installation monitoring, and update management for Win32 applications. App protection policies secure data within apps but do not handle installation or updates. Endpoint security antivirus policies manage antivirus configurations but cannot deploy applications. Conditional access policies control access to resources but do not manage application deployment or updates.

Using Win32 app deployment, administrators can specify installation commands, detection rules, dependencies, and update settings. Microsoft Edge can be configured to update automatically through Intune policies, ensuring that devices receive the latest security patches, features, and browser improvements. Administrators can deploy Edge with predefined configuration settings, including default homepages, bookmarks, and browser policies. Automatic updates reduce administrative overhead and ensure that all endpoints remain secure and feature-compliant.

Deployment can be targeted to specific device groups or organizational units, allowing phased rollout, testing with pilot groups, and gradual deployment across the organization. Intune provides monitoring and reporting tools that show installation status, update status, and errors. Alerts notify administrators if the deployment fails, allowing them to troubleshoot installation or update issues promptly.

By managing Microsoft Edge deployment through Win32 app deployment, organizations ensure consistency across all devices, including configuration, versioning, and updates. Administrators can enforce security policies, such as restricting downloads, controlling extensions, enabling SmartScreen, and configuring browser security settings. These configurations align with corporate compliance requirements and reduce the risk of users installing insecure or outdated browser versions.

Automatic update enforcement is critical for security because web browsers are common attack vectors. Keeping Microsoft Edge up-to-date ensures that devices are protected against vulnerabilities, phishing, and malicious websites. Profiles can be updated dynamically, allowing IT teams to push new updates, modify settings, or change deployment rules based on organizational requirements or security advisories.

By deploying Microsoft Edge via Win32 app deployment in Intune, organizations standardize browser installation across Windows 11 devices, enforce automatic updates, configure installation commands and detection rules, define dependencies, manage installation and update monitoring, receive alerts for failed deployments, maintain browser security and configuration consistency, align deployment with compliance requirements, reduce administrative overhead, ensure timely security patching, provide phased rollout capabilities, dynamically update deployment rules, and protect endpoints from security vulnerabilities while providing a consistent browsing experience across the enterprise.

Question 117:

You need to ensure that only compliant Windows 11 devices can access a SharePoint Online site. Which Intune feature should you configure?

A) Conditional access policy
B) Device configuration profile
C) App protection policy
D) Endpoint security disk encryption policy

Answer:

A) Conditional access policy

Explanation:

Conditional access policies in Intune and Azure AD enable administrators to enforce access control for corporate resources, such as SharePoint Online, based on device compliance, enrollment status, user identity, location, and other contextual factors. By requiring device compliance for access, organizations ensure that only devices meeting corporate security requirements, such as encryption, antivirus protection, password complexity, and operating system version, can access sensitive SharePoint Online content. Device configuration profiles configure device settings but do not enforce resource access. App protection policies protect corporate data within apps but cannot block access based on compliance. Endpoint security disk encryption policies enforce encryption but do not control access to cloud resources.

Compliance policies in Intune evaluate device configurations and security posture to determine if a device meets organizational standards. These standards include BitLocker encryption, firewall settings, antivirus status, security updates, and system integrity checks. Devices that fail to meet compliance are flagged as non-compliant, and conditional access policies can block access to SharePoint Online for these devices. This prevents unauthorized access to sensitive corporate documents and reduces the risk of data leakage.

Conditional access policies can be targeted to specific applications, user groups, or device groups. Administrators can require multi-factor authentication, approved client applications, or compliant devices for access. Monitoring and reporting dashboards provide insights into access attempts, compliance status, and reasons for blocked access. Alerts notify administrators of non-compliant devices attempting access, enabling timely intervention and enforcement of security policies.

By integrating conditional access with Intune compliance policies, organizations implement a zero-trust security model, where access decisions are based on device trustworthiness and compliance rather than solely on user identity. This ensures that only secure devices access corporate resources, protecting sensitive data in SharePoint Online from unauthorized or unmanaged endpoints. Policies can be adjusted dynamically to accommodate organizational changes, security requirements, or new compliance standards.

Conditional access also allows for granular controls, such as location-based restrictions, device platform restrictions, session controls, and sign-in risk evaluation. This layered approach ensures that only trusted users and devices can access SharePoint Online and that access is continuously evaluated against compliance and security requirements.

By configuring a conditional access policy in Intune to require compliant devices for SharePoint Online access, organizations enforce compliance-based access, integrate with Intune compliance policies, block non-compliant devices, monitor access attempts and compliance status, provide alerts for non-compliant access attempts, support zero-trust security, target specific users or applications, dynamically adjust policies, maintain consistent security standards, enforce layered security controls, protect sensitive SharePoint data, reduce risk of unauthorized access, and ensure that only secure, managed, and compliant Windows 11 devices can access corporate resources.

Question 118:

You need to enforce a password policy on all corporate Windows 11 devices that requires at least 12 characters, a combination of letters, numbers, and symbols, and a password expiration of 90 days. Which Intune feature should you configure?

A) Device compliance policy
B) App protection policy
C) Conditional access policy
D) Endpoint security disk encryption policy

Answer:

A) Device compliance policy

Explanation:

Device compliance policies in Intune allow administrators to define requirements that devices must meet to be considered compliant. Password policies are a core aspect of device compliance. By configuring a compliance policy, administrators can enforce minimum password length, complexity requirements, and password expiration. These policies ensure that all corporate Windows 11 devices adhere to organizational security standards and reduce the risk of unauthorized access due to weak or expired passwords. App protection policies only manage application-level data security and do not enforce device-level password rules. Conditional access policies restrict access based on compliance but do not define password configurations themselves. Endpoint security disk encryption policies enforce encryption but are unrelated to password rules.

Compliance policies can be targeted to device groups or user groups. Once deployed, Intune evaluates devices against the configured password requirements. Devices that do not meet the requirements are marked as non-compliant. Conditional access can then be used to block these devices from accessing corporate resources until they meet the policy criteria. This integrated approach ensures that only devices following the organization’s security posture can access sensitive information, maintaining a zero-trust security model.

Administrators can define password expiration intervals to require users to change passwords periodically. This mitigates the risk of compromised credentials and ensures that passwords remain difficult to guess over time. Complexity requirements, including uppercase and lowercase letters, numbers, and symbols, prevent users from creating easily guessable passwords. Intune compliance policies also allow administrators to configure additional security requirements, such as device encryption, firewall status, antivirus status, and operating system updates, creating a layered security approach.

Monitoring and reporting are essential for ensuring compliance. Intune provides dashboards showing the compliance status of all enrolled devices, the reasons for non-compliance, and the actions taken to remediate issues. Administrators can generate reports detailing which users or devices are out of compliance, enabling targeted support and intervention. Alerts can notify administrators when multiple devices fall out of compliance, allowing rapid remediation to prevent security gaps.

By enforcing password policies through device compliance policies in Intune, organizations can require strong passwords with specific length and complexity, mandate regular password changes, evaluate device compliance continuously, block access for non-compliant devices, integrate with conditional access for resource protection, monitor compliance status and generate detailed reports, send alerts for non-compliant devices, maintain zero-trust security standards, prevent unauthorized access, enhance overall device security posture, ensure regulatory compliance, provide a consistent password policy across all corporate Windows 11 devices, and reduce the risk of credential compromise while supporting broader security requirements for encryption, antivirus, firewall, and OS updates.

Question 119:

You need to deploy a Wi-Fi profile to all corporate Windows 11 devices that connects automatically to the corporate wireless network. Which Intune feature should you configure?

A) Device configuration profile
B) App protection policy
C) Conditional access policy
D) Endpoint security antivirus policy

Answer:

A) Device configuration profile

Explanation:

Device configuration profiles in Intune enable administrators to configure settings on Windows 11 devices, including network connectivity such as Wi-Fi profiles. By creating a Wi-Fi profile, administrators can specify the SSID, security type, authentication method, and automatic connection settings. Devices automatically connect to the corporate wireless network without requiring user intervention, improving productivity and ensuring secure network access. App protection policies secure application data but do not manage Wi-Fi connections. Conditional access policies control access to corporate resources but cannot configure network connectivity. Endpoint security antivirus policies configure security settings but do not deploy network profiles.

Wi-Fi profiles can be deployed to device groups or organizational units. Administrators can configure profiles with certificates for authentication, providing secure access to enterprise networks without transmitting passwords over the network. Profiles can also include settings such as trusted network lists, proxy settings, and network priority rules, ensuring that devices connect securely and consistently. Automatic connection reduces the likelihood of users connecting to unsecured or unauthorized networks, mitigating the risk of man-in-the-middle attacks and other network threats.

Monitoring and reporting in Intune provide visibility into profile deployment status, showing which devices have successfully received and applied the Wi-Fi profile and which devices have failed. Alerts can notify administrators when devices are unable to connect to the corporate network, enabling timely troubleshooting. Administrators can also update profiles dynamically, such as changing SSIDs, updating certificates, or modifying security configurations, and the updated profiles are pushed automatically to all targeted devices.

Integrating Wi-Fi profiles with device compliance and conditional access policies enhances security. Devices must be compliant and connected to trusted networks to access corporate resources, ensuring that sensitive data is transmitted only over secure connections. Profiles can include VPN triggers to connect automatically when accessing specific resources, further enhancing security for remote or mobile users.

By deploying a Wi-Fi profile through device configuration profiles in Intune, organizations ensure automatic and secure connectivity to corporate networks, define SSID, security type, and authentication method, deploy profiles to targeted device groups, integrate certificate-based authentication, configure additional network settings such as proxies and trusted lists, monitor deployment status and connection success, receive alerts for failed connections, dynamically update profiles as network settings change, enforce secure network access before allowing access to corporate resources, reduce the risk of unauthorized network access, improve user productivity, and maintain a consistent and secure network configuration across all corporate Windows 11 devices.

Question 120:

You need to ensure that Windows 11 devices are automatically updated with the latest security and quality updates. Which Intune feature should you configure?

A) Windows Update for Business policy
B) Device compliance policy
C) Conditional access policy
D) App protection policy

Answer:

A) Windows Update for Business policy

Explanation:

Windows Update for Business (WUfB) policies in Intune allow administrators to control how Windows 11 devices receive updates, including feature updates, quality updates, and security updates. By configuring a WUfB policy, administrators can specify update channels, deferral periods, active hours, and installation schedules. This ensures that all devices receive timely updates while minimizing disruption to end users. Device compliance policies ensure devices meet security standards but do not control update installation. Conditional access policies manage access to resources based on compliance but do not enforce update settings. App protection policies protect corporate app data but do not manage operating system updates.

Administrators can target WUfB policies to device groups or organizational units. Policies can enforce automatic download and installation of critical updates, ensuring that devices remain protected against newly discovered vulnerabilities. Feature updates can be deferred for a specified number of days to allow testing, ensuring compatibility with enterprise applications and minimizing potential disruptions. Active hours can be configured to prevent updates from restarting devices during working hours, maintaining user productivity.

Monitoring and reporting dashboards in Intune provide visibility into update status across all enrolled devices, showing which updates have been installed, pending updates, and update failures. Alerts can notify administrators of devices that fail to install updates or encounter errors, allowing rapid intervention to maintain compliance and security. Administrators can also configure maintenance windows to schedule updates during off-peak hours and reduce network congestion.

Windows Update for Business integrates with device compliance policies and conditional access, allowing organizations to block access to corporate resources for devices that have not installed critical security updates. This ensures that all endpoints accessing sensitive information are protected with the latest security patches and reduces the risk of exploitation of known vulnerabilities. Policies can be dynamically updated as Microsoft releases new updates or as organizational requirements change.

By configuring a Windows Update for Business policy in Intune, organizations ensure automatic installation of security and quality updates, specify update channels and deferral periods, define active hours and maintenance windows, deploy policies to targeted device groups, monitor update status and compliance, receive alerts for failed updates, integrate with device compliance and conditional access policies, enforce security standards across all Windows 11 devices, maintain up-to-date protection against vulnerabilities, balance user productivity with timely patching, enable dynamic policy updates for new patches, and reduce the risk of security breaches or operational disruptions caused by outdated software.