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An App Control enforcement rule blocks a legitimate internal application update due to a new signing certificate. After implementing: Revise authorized signer rules after verifying the new publisher identity. Which continuing safeguard best prevents this problem from recurring?
Govern certificate rotation and App Control rule changes through peer review. App Control trust criteria must match the updated binary's permitted identity. The verified updated app launches and untrusted test executables remain blocked.
The suggested safeguard ‘Turn on App Control enforcement for production immediately without audit-mode compatibility results’ would leave the demonstrated risk unresolved. Govern certificate rotation and App Control rule changes through peer review.
The alternative ‘Deploy ASR changes in audit mode before blocking where compatibility risk exists’ is not the continuing control for this configuration. The relevant safeguard is ‘Govern certificate rotation and App Control rule changes through peer review’.
The alternative ‘Use a pilot and maintain a tested emergency disable procedure’ is not the continuing control for this configuration. The relevant safeguard is ‘Govern certificate rotation and App Control rule changes through peer review’.
Security wants to understand which business apps an App Control policy would block before enforcing it. Which administrative action most directly meets the stated requirement?
Deploy an App Control audit policy and inspect collected events. Audit mode records likely blocks without immediately disrupting production execution. Audit events identify candidate apps needing approved allowances before enforcement.
The proposed ‘Use an antivirus file exclusion as a substitute for an approved App Control for Business signer execution allowlist’ does not implement the required change. Audit mode records likely blocks without immediately disrupting production execution.
The alternative ‘Deploy an Intune endpoint security disk encryption policy for BitLocker with appropriate recovery-key backup’ does not implement the required action ‘Deploy an App Control audit policy and inspect collected events’. Audit mode records likely blocks without immediately disrupting production execution.
The alternative ‘Revise authorized signer rules after verifying the new publisher identity’ does not implement the required action ‘Deploy an App Control audit policy and inspect collected events’. Audit mode records likely blocks without immediately disrupting production execution.
Security wants to understand which business apps an App Control policy would block before enforcing it. An endpoint administrator proposes: Deploy an App Control audit policy and inspect collected events. Which technical explanation most directly supports the proposed action?
Audit mode records likely blocks without immediately disrupting production execution. Audit events identify candidate apps needing approved allowances before enforcement.
The proposition ‘App Control and Defender Antivirus exclusion policies make the same executable code-trust decision before launch’ is not the reason the selected control works. Audit mode records likely blocks without immediately disrupting production execution.
Security baselines bundle tested configuration recommendations rather than targeting one unrelated device application. The controlling technical behavior here is audit mode records likely blocks without immediately disrupting production execution.
App Control trust criteria must match the updated binary's permitted identity. The controlling technical behavior here is audit mode records likely blocks without immediately disrupting production execution.
Security wants to understand which business apps an App Control policy would block before enforcing it. The approved approach is: Deploy an App Control audit policy and inspect collected events. Which observable test result best confirms the proposed outcome?
Audit events identify candidate apps needing approved allowances before enforcement. Audit mode records likely blocks without immediately disrupting production execution.
The proposed observation ‘An App Control policy is assigned but an unsigned or unapproved executable is never tested for blocking’ does not establish the target state. Audit events identify candidate apps needing approved allowances before enforcement.
A permitted signed application executes and an unknown executable is blocked. The required observation is audit events identify candidate apps needing approved allowances before enforcement.
An untrusted test program cannot modify protected content while approved applications remain usable. The required observation is audit events identify candidate apps needing approved allowances before enforcement.
Security wants to understand which business apps an App Control policy would block before enforcing it. After implementing: Deploy an App Control audit policy and inspect collected events. Which continuing safeguard best prevents this problem from recurring?
Use a pilot and maintain a tested emergency disable procedure. Audit mode records likely blocks without immediately disrupting production execution. Audit events identify candidate apps needing approved allowances before enforcement.
The suggested safeguard ‘Turn on App Control enforcement for production immediately without audit-mode compatibility results’ would leave the demonstrated risk unresolved. Use a pilot and maintain a tested emergency disable procedure.
The alternative ‘Start in audit mode, evaluate false blocks, then enforce gradually’ is not the continuing control for this configuration. The relevant safeguard is ‘Use a pilot and maintain a tested emergency disable procedure’.
The alternative ‘Version the selected baseline and review updated recommendations’ is not the continuing control for this configuration. The relevant safeguard is ‘Use a pilot and maintain a tested emergency disable procedure’.
An IT operations team wants staged OS update policies based on branch criticality. Which administrative action most directly meets the stated requirement?
Design Windows update rings and update policies with pilot and broad deployment phases. A single simultaneous update assignment can cause widespread disruption when a bad build is released. Pilot devices install first and broader rings follow the chosen schedule.
The alternative ‘Choose platform-specific Intune update management policies rather than one Windows-only ring’ does not implement the required action ‘Design Windows update rings and update policies with pilot and broad deployment phases’. A single simultaneous update assignment can cause widespread disruption when a bad build is released.
The alternative ‘Configure suitable Intune update scheduling and restart experience settings’ does not implement the required action ‘Design Windows update rings and update policies with pilot and broad deployment phases’. A single simultaneous update assignment can cause widespread disruption when a bad build is released.
The proposed ‘Release a new Windows quality update to every device group simultaneously before the pilot validates it’ does not implement the required change. A single simultaneous update assignment can cause widespread disruption when a bad build is released.
An IT operations team wants staged OS update policies based on branch criticality. An endpoint administrator proposes: Design Windows update rings and update policies with pilot and broad deployment phases. Which technical explanation most directly supports the proposed action?
A single simultaneous update assignment can cause widespread disruption when a bad build is released. Pilot devices install first and broader rings follow the chosen schedule.
Update policy can control availability and restart behavior without disabling security servicing indefinitely. The controlling technical behavior here is A single simultaneous update assignment can cause widespread disruption when a bad build is released.
Available update controls and delivery mechanisms differ by operating system. The controlling technical behavior here is A single simultaneous update assignment can cause widespread disruption when a bad build is released.
The proposition ‘A Windows update ring assignment overrides platform compatibility and guarantees installation at the configured time’ is not the reason the selected control works. A single simultaneous update assignment can cause widespread disruption when a bad build is released.
An IT operations team wants staged OS update policies based on branch criticality. The approved approach is: Design Windows update rings and update policies with pilot and broad deployment phases. Which observable test result best confirms the proposed outcome?
Pilot devices install first and broader rings follow the chosen schedule. A single simultaneous update assignment can cause widespread disruption when a bad build is released.
A pilot installs approved updates during the chosen maintenance window. The required observation is pilot devices install first and broader rings follow the chosen schedule.
The proposed observation ‘The update ring exists but no pilot endpoint actually installed the approved patch on schedule’ does not establish the target state. Pilot devices install first and broader rings follow the chosen schedule.
Each platform reports its appropriate update state under the assigned policies. The required observation is pilot devices install first and broader rings follow the chosen schedule.
An IT operations team wants staged OS update policies based on branch criticality. After implementing: Design Windows update rings and update policies with pilot and broad deployment phases. Which continuing safeguard best prevents this problem from recurring?
Maintain rollback and pause criteria with release ownership. A single simultaneous update assignment can cause widespread disruption when a bad build is released. Pilot devices install first and broader rings follow the chosen schedule.
The alternative ‘Maintain separate update compliance targets for each OS family’ is not the continuing control for this configuration. The relevant safeguard is ‘Maintain rollback and pause criteria with release ownership’.
The alternative ‘Balance user experience with maximum acceptable patch deferral’ is not the continuing control for this configuration. The relevant safeguard is ‘Maintain rollback and pause criteria with release ownership’.
The suggested safeguard ‘Run every ring on the same day with no pause/rollback criteria or ownership of failures’ would leave the demonstrated risk unresolved. Maintain rollback and pause criteria with release ownership.
A field workforce has limited bandwidth and needs updates outside critical operating hours. Which administrative action most directly meets the stated requirement?
Configure suitable Intune update scheduling and restart experience settings. Update policy can control availability and restart behavior without disabling security servicing indefinitely. A pilot installs approved updates during the chosen maintenance window.
The proposed ‘Release a new Windows quality update to every device group simultaneously before the pilot validates it’ does not implement the required change. Update policy can control availability and restart behavior without disabling security servicing indefinitely.
The alternative ‘Use Intune device update reports filtered by ring, installation status and failure reason’ does not implement the required action ‘Configure suitable Intune update scheduling and restart experience settings’. Update policy can control availability and restart behavior without disabling security servicing indefinitely.
The alternative ‘Choose platform-specific Intune update management policies rather than one Windows-only ring’ does not implement the required action ‘Configure suitable Intune update scheduling and restart experience settings’. Update policy can control availability and restart behavior without disabling security servicing indefinitely.
A field workforce has limited bandwidth and needs updates outside critical operating hours. An endpoint administrator proposes: Configure suitable Intune update scheduling and restart experience settings. Which technical explanation most directly supports the proposed action?
Update policy can control availability and restart behavior without disabling security servicing indefinitely. A pilot installs approved updates during the chosen maintenance window.
The proposition ‘A Windows update ring assignment overrides platform compatibility and guarantees installation at the configured time’ is not the reason the selected control works. Update policy can control availability and restart behavior without disabling security servicing indefinitely.
Hotpatch servicing reduces certain reboot requirements but only on supported configurations. The controlling technical behavior here is update policy can control availability and restart behavior without disabling security servicing indefinitely.
A single simultaneous update assignment can cause widespread disruption when a bad build is released. The controlling technical behavior here is update policy can control availability and restart behavior without disabling security servicing indefinitely.
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