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Device configuration modifies managed settings independently of OOBE provisioning. Its role is incremental existing-device configuration; this case requires cloud join plus management enrollment.

Pre-provisioned deployment separates technician staging from employee sign-in. That suits staged provisioning handoff, whereas this device needs cloud join plus management enrollment.

Self-deploying mode is intended for eligible shared or userless corporate endpoints. The choice addresses no-user kiosk provisioning rather than cloud join plus management enrollment.

Device preparation can orchestrate supported enrollment without classic hardware-hash registration. Its role is device-preparation-first setup; this case requires in-place management configuration.

Imaging addresses offline operating-system deployment not covered by cloud first-run provisioning. This is appropriate for offline technician-based OS imaging, not the specified in-place management configuration.

Registered hardware and assigned deployment profiles drive the established Autopilot OOBE experience. It solves deployment-profile-driven cloud setup; the actual goal is in-place management configuration.

User-driven deployment expects a named user to authenticate as part of OOBE. This is appropriate for interactive assigned-user setup, not the specified reprovisioned managed device handoff.

Pre-provisioning completes a technician-stage portion before the user stage. That suits reduced first-day user setup, whereas this device needs reprovisioned managed device handoff.

Self-deploying setup supports eligible shared devices without user-driven OOBE. The choice addresses userless kiosk provisioning rather than reprovisioned managed device handoff.

The service must recognize registered hardware before assigning its deployment profile. The choice addresses recognized Windows deployment hardware rather than restricted new-device deployment.

Tenant and profile ownership control organization-specific deployment experience. It solves right branded tenant deployment; the actual goal is restricted new-device deployment.

Group tags support targeting profile assignments to intended hardware cohorts. Its role is dynamic Autopilot profile cohort; this case requires restricted new-device deployment.

ESP blocking should cover essential provisioning dependencies rather than optional software. That suits elimination of avoidable OOBE delay, whereas this device needs precise Autopilot stage diagnosis.

Supported naming patterns can establish predictable names as part of provisioning. Its role is deterministic new-device naming; this case requires precise Autopilot stage diagnosis.

ESP gates early user access while tracked required deployment steps complete. This is appropriate for protected first-use app readiness, not the specified precise Autopilot stage diagnosis.

Intune dependencies sequence required installations before dependent applications. The choice addresses ordered application provisioning rather than faster compliant first logon.

False-negative detection causes needless retries and failed app readiness reporting. It solves stable installation recognition; the actual goal is faster compliant first logon.

ESP uses installed-app detection evidence and can be misled by an incorrect rule. That suits reliable required-app detection, whereas this device needs faster compliant first logon.

Feature update policies manage target OS feature version for eligible Windows devices. It solves controlled feature-version upgrade; the actual goal is contained feature-upgrade issue.

Compatibility assessment identifies blockers before rollout of the new OS. Its role is hardware upgrade readiness; this case requires contained feature-upgrade issue.

Operating-system upgrades do not automatically define all enterprise configuration settings. This is appropriate for post-upgrade security configuration, not the specified contained feature-upgrade issue.

Provisioning policy ties eligible identity, configuration and image to Cloud PC creation. This is appropriate for Cloud PC provisioning specification, not the specified targeted Cloud PC access diagnosis.

ANC connectivity enables Cloud PCs to reach required private identity and network resources. That suits private-network Cloud PC access, whereas this device needs targeted Cloud PC access diagnosis.

Custom images give a controlled baseline for cloud-hosted desktop provisioning. The choice addresses standardized Cloud PC image rather than targeted Cloud PC access diagnosis.

Microsoft-hosted network reduces reliance on customer Azure virtual-network management. Its role is cloud-provided network routing; this case requires healthy customer VNet provisioning.

Hybrid domain operations need valid name resolution and network access. The choice addresses reachable hybrid domain controllers rather than healthy customer VNet provisioning.

Network paths control application connectivity independently of identity. It solves route to private business services; the actual goal is healthy customer VNet provisioning.

Restore associates backed-up eligible settings with the signed-in authorized user. This is appropriate for restored Windows user preferences, not the specified diagnosed Windows restore eligibility.

Windows Backup does not replace workload-specific enterprise database backups. That suits application-specific state recovery, whereas this device needs diagnosed Windows restore eligibility.

Windows Backup can preserve supported Windows preferences for a later compatible restore. Its role is managed Windows user-state continuity; this case requires diagnosed Windows restore eligibility.

Enforced prerequisites reduce first-use exposure on newly provisioned endpoints. That suits secure first-use endpoint baseline, whereas this device needs password-safe remote provisioning.

Profile-driven OOBE settings can reduce unnecessary user setup prompts. The choice addresses streamlined supported OOBE screens rather than password-safe remote provisioning.

Per-device provisioning state identifies the failing assignment and installation. It solves device-level provisioning root cause; the actual goal is password-safe remote provisioning.