Free DEP-2025 sample questions

Correct answer: The device autonomously evaluates its own state against predefined predicates and applies corresponding configurations without waiting for server polling.

Declarative Device Management (DDM) represents a paradigm shift from reactive to proactive management. Instead of the MDM server repeatedly polling the device to check its state and then issuing commands, DDM pushes 'declarations' (including configurations and activation predicates) to the device. The device autonomously monitors its own state. If a state change matches an activation predicate (e.g., OS version updated, passcode removed), the device instantly applies or removes the corresponding configuration and uses a status channel to asynchronously update the server. This drastically reduces server load and network traffic while increasing compliance speed. flowchart LR subgraph Legacy MDM S1[MDM Server] -- Polls --> D1[Device] D1 -- Responds --> S1 S1 -- Sends Command --> D1 end subgraph Declarative Management S2[MDM Server] -- Sends Declarations --> D2[Device] D2 -- Autonomously Evaluates --> D2 D2 -- Sends Status Update --> S2 end

Correct answer: The ability to integrate with third-party Identity Providers (IdP), provide custom reporting, and offer a self-service app catalog for end users.

While the MDM protocol is a built-in Apple framework that dictates how devices receive commands and configurations, a Device Management Service (DMS) is the comprehensive third-party platform (like Jamf, Intune, or Mosyle) built around that protocol. A robust DMS provides organizational features that the raw MDM protocol does not inherently define, such as Identity Provider (IdP) integrations, advanced compliance reporting, role-based access control (RBAC) for administrators, and self-service portals for end-users to install approved apps.

Correct answer: False

False. APNs does maintain a persistent connection over TCP port 5223, but it does NOT push configuration profiles or app binaries. APNs is solely a signaling service. It sends a tiny 'wake-up' notification to the device. Upon receiving this notification, the device proactively reaches out to the designated MDM server over HTTPS (port 443) to retrieve the pending commands, profiles, or instructions to download an app binary.

Correct answer: TCP 5223

TCP port 5223 is the primary port used by Apple devices to maintain a persistent connection to the Apple Push Notification service (APNs). This connection is required for devices to receive wake-up notifications from the MDM server. The 17.0.0.0/8 block is assigned to Apple. While port 443 is used as a fallback for APNs on Wi-Fi, 5223 is the dedicated, primary port that must be open for reliable APNs communication on enterprise networks.

Correct answer: Mac Evaluation Utility

The Mac Evaluation Utility is an official Apple tool designed specifically to evaluate an enterprise network environment's readiness to support Apple devices. It checks connectivity to required Apple hosts (like APNs, software update servers, and iCloud), verifies network configurations, and generates a comprehensive report highlighting potential issues, such as blocked ports or SSL inspection interfering with Apple services.

Correct answer: Redesign the wireless network to prioritize 5 GHz or 6 GHz coverage, increasing access point density to handle the device capacity.

When planning Wi-Fi for a massive fleet of modern Apple devices (especially those running real-time or bandwidth-intensive apps like ARKit scanning), capacity is far more critical than raw coverage. The 2.4 GHz band is highly susceptible to interference and offers limited non-overlapping channels, severely bottlenecking performance in high-density environments. Apple best practices dictate designing enterprise networks for 5 GHz (and 6 GHz for Wi-Fi 6E/7 capable devices) with higher AP density to ensure sufficient capacity, roaming reliability, and throughput.