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A firewall configuration profile disables Windows Firewall despite corporate baseline requirements. After implementing: Resolve the conflicting profiles and enforce the intended endpoint firewall protection. Which continuing safeguard best prevents this problem from recurring?
Audit firewall profiles and test representative apps after changes. Competing firewall settings can leave endpoints unprotected or incorrectly blocked. The endpoint's effective firewall state matches the approved protection policy.
The suggested safeguard ‘Retain public-profile broad inbound allow rules after the relevant business application is retired’ would leave the demonstrated risk unresolved. Audit firewall profiles and test representative apps after changes.
The alternative ‘Maintain owner approval and review firewall exceptions on app retirement’ is not the continuing control for this configuration. The relevant safeguard is ‘Audit firewall profiles and test representative apps after changes’.
The alternative ‘Validate onboarding package/platform compatibility and tenant service configuration’ is not the continuing control for this configuration. The relevant safeguard is ‘Audit firewall profiles and test representative apps after changes’.
An app support team wants to permit one signed internal tool on a specified private network profile. Which administrative action most directly meets the stated requirement?
Create the narrow firewall exception only for the required executable and network profile. A broadly open firewall port across public networks exceeds the application's access requirement. The approved tool connects on the private network but is blocked on public profiles.
The alternative ‘Deploy the supported Defender for Endpoint onboarding policy to eligible Intune devices’ does not implement the required action ‘Create the narrow firewall exception only for the required executable and network profile’. A broadly open firewall port across public networks exceeds the application's access requirement.
The proposed ‘Open the inbound SMB firewall port on all Public network profiles rather than enforce the scoped private-network rule’ does not implement the required change. A broadly open firewall port across public networks exceeds the application's access requirement.
The alternative ‘Create an Intune endpoint security firewall policy with the intended direction/port rules’ does not implement the required action ‘Create the narrow firewall exception only for the required executable and network profile’. A broadly open firewall port across public networks exceeds the application's access requirement.
An app support team wants to permit one signed internal tool on a specified private network profile. An endpoint administrator proposes: Create the narrow firewall exception only for the required executable and network profile. Which technical explanation most directly supports the proposed action?
A broadly open firewall port across public networks exceeds the application's access requirement. The approved tool connects on the private network but is blocked on public profiles.
The proposition ‘Enabling a firewall policy always blocks traffic regardless of rule direction, application, network profile, or port’ is not the reason the selected control works. A broadly open firewall port across public networks exceeds the application's access requirement.
Competing firewall settings can leave endpoints unprotected or incorrectly blocked. The controlling technical behavior here is A broadly open firewall port across public networks exceeds the application's access requirement.
Intune MDM enrollment and Defender EDR onboarding are separate operational checkpoints. The controlling technical behavior here is A broadly open firewall port across public networks exceeds the application's access requirement.
An app support team wants to permit one signed internal tool on a specified private network profile. The approved approach is: Create the narrow firewall exception only for the required executable and network profile. Which observable test result best confirms the proposed outcome?
The approved tool connects on the private network but is blocked on public profiles. A broadly open firewall port across public networks exceeds the application's access requirement.
The proposed observation ‘The Windows Firewall service is running, without testing the requested inbound/port/profile access behavior’ does not establish the target state. The approved tool connects on the private network but is blocked on public profiles.
An inbound TCP 445 test is denied while approved outbound HTTPS succeeds. The required observation is the approved tool connects on the private network but is blocked on public profiles.
The approved application runs and unrelated malware test files still trigger detection. The required observation is the approved tool connects on the private network but is blocked on public profiles.
An app support team wants to permit one signed internal tool on a specified private network profile. After implementing: Create the narrow firewall exception only for the required executable and network profile. Which continuing safeguard best prevents this problem from recurring?
Maintain owner approval and review firewall exceptions on app retirement. A broadly open firewall port across public networks exceeds the application's access requirement. The approved tool connects on the private network but is blocked on public profiles.
The suggested safeguard ‘Retain public-profile broad inbound allow rules after the relevant business application is retired’ would leave the demonstrated risk unresolved. Maintain owner approval and review firewall exceptions on app retirement.
The alternative ‘Audit firewall profiles and test representative apps after changes’ is not the continuing control for this configuration. The relevant safeguard is ‘Maintain owner approval and review firewall exceptions on app retirement’.
The alternative ‘Govern certificate rotation and App Control rule changes through peer review’ is not the continuing control for this configuration. The relevant safeguard is ‘Maintain owner approval and review firewall exceptions on app retirement’.
A fleet is suffering malicious Office macros that spawn PowerShell to download payloads. Which administrative action most directly meets the stated requirement?
Apply the relevant Defender attack surface reduction rule through Intune with an appropriate evaluation phase. ASR rules restrict risky child-process and script behaviors rather than merely blocking files by name. An ASR test shows the prohibited macro-child process is blocked while approved business tasks work.
The proposed ‘Disable Attack Surface Reduction rules tenant-wide to avoid investigating a narrowly scoped legitimate application exception’ does not implement the required change. ASR rules restrict risky child-process and script behaviors rather than merely blocking files by name.
The alternative ‘Combine least-privilege endpoint controls with appropriate ASR and access policies’ does not implement the required action ‘Apply the relevant Defender attack surface reduction rule through Intune with an appropriate evaluation phase’. ASR rules restrict risky child-process and script behaviors rather than merely blocking files by name.
The alternative ‘Configure appropriate ransomware and controlled folder access protections with validated app allowances’ does not implement the required action ‘Apply the relevant Defender attack surface reduction rule through Intune with an appropriate evaluation phase’. ASR rules restrict risky child-process and script behaviors rather than merely blocking files by name.
A fleet is suffering malicious Office macros that spawn PowerShell to download payloads. An endpoint administrator proposes: Apply the relevant Defender attack surface reduction rule through Intune with an appropriate evaluation phase. Which technical explanation most directly supports the proposed action?
ASR rules restrict risky child-process and script behaviors rather than merely blocking files by name. An ASR test shows the prohibited macro-child process is blocked while approved business tasks work.
Protecting sensitive folders reduces untrusted modification opportunities but can affect legitimate file operations. The controlling technical behavior here is ASR rules restrict risky child-process and script behaviors rather than merely blocking files by name.
The proposition ‘A signed Office document bypasses attack-surface-reduction rules for dangerous child-process launches’ is not the reason the selected control works. ASR rules restrict risky child-process and script behaviors rather than merely blocking files by name.
A Zero Trust endpoint posture needs explicit verification and privilege restrictions, not an assumed trusted network. The controlling technical behavior here is ASR rules restrict risky child-process and script behaviors rather than merely blocking files by name.
A fleet is suffering malicious Office macros that spawn PowerShell to download payloads. The approved approach is: Apply the relevant Defender attack surface reduction rule through Intune with an appropriate evaluation phase. Which observable test result best confirms the proposed outcome?
An ASR test shows the prohibited macro-child process is blocked while approved business tasks work. ASR rules restrict risky child-process and script behaviors rather than merely blocking files by name.
An untrusted test program cannot modify protected content while approved applications remain usable. The required observation is an ASR test shows the prohibited macro-child process is blocked while approved business tasks work.
A nonapproved executable lacks elevated rights and relevant risky actions are blocked. The required observation is an ASR test shows the prohibited macro-child process is blocked while approved business tasks work.
The proposed observation ‘The security policy object exists, but the prohibited child-process or protected-folder write is not actually blocked’ does not establish the target state. An ASR test shows the prohibited macro-child process is blocked while approved business tasks work.
A fleet is suffering malicious Office macros that spawn PowerShell to download payloads. After implementing: Apply the relevant Defender attack surface reduction rule through Intune with an appropriate evaluation phase. Which continuing safeguard best prevents this problem from recurring?
Deploy ASR changes in audit mode before blocking where compatibility risk exists. ASR rules restrict risky child-process and script behaviors rather than merely blocking files by name. An ASR test shows the prohibited macro-child process is blocked while approved business tasks work.
The suggested safeguard ‘Move high-impact ASR rules to Block for all endpoints without observing audit events or application compatibility’ would leave the demonstrated risk unresolved. Deploy ASR changes in audit mode before blocking where compatibility risk exists.
The alternative ‘Review blocked app events and controlled folder access allow-lists’ is not the continuing control for this configuration. The relevant safeguard is ‘Deploy ASR changes in audit mode before blocking where compatibility risk exists’.
The alternative ‘Monitor exception requests and re-evaluate device trust as conditions change’ is not the continuing control for this configuration. The relevant safeguard is ‘Deploy ASR changes in audit mode before blocking where compatibility risk exists’.
A security team wants to reduce ransomware risk by stopping untrusted programs from changing protected user files. Which administrative action most directly meets the stated requirement?
Configure appropriate ransomware and controlled folder access protections with validated app allowances. Protecting sensitive folders reduces untrusted modification opportunities but can affect legitimate file operations. An untrusted test program cannot modify protected content while approved applications remain usable.
The proposed ‘Disable Attack Surface Reduction rules tenant-wide to avoid investigating a narrowly scoped legitimate application exception’ does not implement the required change. Protecting sensitive folders reduces untrusted modification opportunities but can affect legitimate file operations.
The alternative ‘Inspect EDR onboarding status, endpoint sensor service and network connectivity’ does not implement the required action ‘Configure appropriate ransomware and controlled folder access protections with validated app allowances’. Protecting sensitive folders reduces untrusted modification opportunities but can affect legitimate file operations.
The alternative ‘Apply the relevant Defender attack surface reduction rule through Intune with an appropriate evaluation phase’ does not implement the required action ‘Configure appropriate ransomware and controlled folder access protections with validated app allowances’. Protecting sensitive folders reduces untrusted modification opportunities but can affect legitimate file operations.
A security team wants to reduce ransomware risk by stopping untrusted programs from changing protected user files. An endpoint administrator proposes: Configure appropriate ransomware and controlled folder access protections with validated app allowances. Which technical explanation most directly supports the proposed action?
Protecting sensitive folders reduces untrusted modification opportunities but can affect legitimate file operations. An untrusted test program cannot modify protected content while approved applications remain usable.
A baseline revision can introduce or modify security settings that affect application compatibility. The controlling technical behavior here is protecting sensitive folders reduces untrusted modification opportunities but can affect legitimate file operations.
The proposition ‘A signed Office document bypasses attack-surface-reduction rules for dangerous child-process launches’ is not the reason the selected control works. Protecting sensitive folders reduces untrusted modification opportunities but can affect legitimate file operations.
A Zero Trust endpoint posture needs explicit verification and privilege restrictions, not an assumed trusted network. The controlling technical behavior here is protecting sensitive folders reduces untrusted modification opportunities but can affect legitimate file operations.
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