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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.

Co-management allows staged transfer of eligible workloads instead of an abrupt migration. It solves gradual endpoint management transition; the actual goal is non-destructive management exit.

GPO analytics identifies cloud management equivalents and unsupported settings. Its role is GPO-to-Intune migration evidence; this case requires non-destructive management exit.

Settings profiles change enrolled endpoint posture in place. This is appropriate for configuration without reimaging, not the specified non-destructive management exit.

Cloud PC errors indicate which readiness dependency did not succeed. The choice addresses diagnosed Cloud PC provisioning rather than explained restore coverage.

Upgrade readiness checks surface Windows 11 hardware blockers. This is appropriate for compatibility-gated upgrade planning, not the specified explained restore coverage.

Registration is inventory; provisioning requires app and configuration completion. That suits accurate enrollment completion count, whereas this device needs explained restore coverage.

User licensing and policy assignment determine eligible Cloud PC provisioning. It solves entitled Cloud PC allocation; the actual goal is in-place Cloud PC posture fix.

New provisioning draws its baseline from the configured image version. Its role is current standardized Cloud PC image; this case requires in-place Cloud PC posture fix.

Cloud PC size controls allocated CPU, memory and storage capacity. The choice addresses right-sized virtual desktop rather than in-place Cloud PC posture fix.

User-driven OOBE establishes the intended primary user association. Its role is employee-associated first enrollment; this case requires employee-to-employee device handoff.

Self-deployment supports appropriately configured userless clients. This is appropriate for account-free Windows kiosk enrollment, not the specified employee-to-employee device handoff.

A staging phase installs device content before user sign-in completes setup. That suits preloaded remote laptop, whereas this device needs employee-to-employee device handoff.

Enrollment requires reachable identity, policy and provisioning services. That suits reachable cloud enrollment services, whereas this device needs available saved Windows preferences.

Successful installers still fail enrollment readiness when detection evidence is wrong. The choice addresses corrected application detection rather than available saved Windows preferences.

Provisioning relies on validated connectivity to appropriate identity/network services. It solves functional hybrid network check; the actual goal is available saved Windows preferences.

Feature policies govern planned Windows release transitions. This is appropriate for planned Windows version rollout, not the specified real installed-app readiness.

Provisioning sets up device identity and MDM during OOBE. It solves initial corporate endpoint setup; the actual goal is real installed-app readiness.

MDM settings apply independently of a first-run deployment. Its role is in-place browser policy; this case requires real installed-app readiness.

Microsoft-provided networking removes customer VNet configuration duties. That suits hosted Cloud PC networking, whereas this device needs Cloud PC user authentication recovery.

Custom images define the initial Cloud PC software baseline. The choice addresses organization image consistency rather than Cloud PC user authentication recovery.

Customer-provided network connection supports private connectivity requirements. This is appropriate for private network Cloud PC path, not the specified Cloud PC user authentication recovery.

Group-based profile association supports distinct branches without manual individual steps. The choice addresses branch-specific enrollment branding rather than complete two-stage provisioning.

Entra device-join authorization is prerequisite for supported cloud setup. It solves authorized Windows join during OOBE; the actual goal is complete two-stage provisioning.

Policy targeting and licensing control which users may initiate the workflow. Its role is eligible device preparation user; this case requires complete two-stage provisioning.

Provisioning logs distinguish identity, network, policy and installation errors. Its role is identified initial setup failure; this case requires included Windows upgrade device.

Hybrid provisioning requires correct domain name resolution. This is appropriate for usable Cloud PC domain DNS, not the specified included Windows upgrade device.

Application readiness depends on actual installer success and correct return-code handling. That suits corrected required-app installation, whereas this device needs included Windows upgrade device.

The user management scope triggers supported MDM enrollment after cloud joining. It solves cloud join plus management enrollment; the actual goal is incremental existing-device configuration.

Pre-provisioned deployment separates technician staging from employee sign-in. That suits staged provisioning handoff, whereas this device needs incremental existing-device configuration.

Self-deploying mode is intended for eligible shared or userless corporate endpoints. The choice addresses no-user kiosk provisioning rather than incremental existing-device configuration.