New Release Apple-Device-Support Apple Certified Support Professional Questions

A device management service can configure and enforce FileVault on managed Mac computers, making option C correct. Apple provides FileVault device-management payloads that can enable FileVault, control when users are prompted to activate it, specify deferral behavior, and escrow recovery keys to the organization’s management service. FileVault encrypts the Mac startup volume and protects stored data from unauthorized access. Recovery keys are generally escrowed to the device management service rather than to an individual user’s iCloud account. Modern Apple silicon security also does not rely on administrators remotely configuring traditional firmware passwords in the manner described in option B. Likewise, FileVault does not encrypt the disk using an organization signing certificate. The supported administrative security capability among the choices is enabling and managing FileVault.

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Apple structures macOS malware protection around three defensive layers. The first layer helps prevent malware from launching or executing through technologies including the App Store, Gatekeeper, and Notarization. The second layer identifies and blocks malware from running through Gatekeeper, Notarization, and XProtect. The third layer uses XProtect to remediate malware that has already executed. Therefore, the overall objective is to prevent, block, and remediate malware execution, making option B correct. macOS does not prohibit all third-party applications or restrict software exclusively to notarized App Store applications. Apple permits applications distributed outside the Mac App Store when they satisfy appropriate signing, notarization, and Gatekeeper requirements. The three-layer architecture provides defense before execution, during attempted execution, and after an infection has occurred.

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Full Disk Access is a high-privilege macOS privacy permission that allows an app to access protected data across the Mac, including information belonging to other apps, Time Machine backups, and certain administrative settings. A standard user does not have the administrative authority required for this type of system-level change, so administrator authorization is required, making option B correct. The restriction is not based on whether the application has sandbox entitlements, and the utility does not first need to be launched by an administrator. Notarization also does not grant Full Disk Access; notarization verifies software integrity and checks for known malicious content, while Full Disk Access is a separate privacy permission. Apple exposes these controls under System Settings > Privacy & Security > Full Disk Access.

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System Integrity Protection (SIP) is a macOS security technology that limits what even the root user can modify or control in protected parts of the operating system. Apple specifically documents that SIP helps prevent software from selecting a startup disk, which makes option C the correct choice. SIP does not block ordinary user activities such as downloading files from external storage, installing approved App Store software, or saving documents outside the user’s home folder. Its purpose is to protect critical system locations and security-sensitive operations from unauthorized modification, including actions performed by processes running with elevated privileges. This protection reduces the ability of malicious software to alter essential macOS components or redirect startup behavior. Therefore, permitting software to select a startup disk is the action restricted by SIP.

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