FREE STUDY NOTES · MD-102

Windows Autopilot deployment modes: user-driven, pre-provisioned and self-deploying

How user-driven, pre-provisioned and self-deploying Autopilot modes differ in join type, user interaction and TPM requirements.

From Ultra Transcenders MD-102 by Tony Rough (coming December 2026)

The deployment mode decides who interacts with the device, how the device proves its identity and which join types are possible. Figure 6.1 compares who touches the device in each of the three main modes.

A three-column comparison of Autopilot deployment modes. User-driven has the user sign in at OOBE. Pre-provisioned has a technician flow (Windows key five times, Provision, Reseal) and then, at least 90 minutes later and within six months, a user flow. Self-deploying has no user at all. Rows below compare TPM 2.0 attestation, whether a user is assigned and the join types each mode supports.
Figure 6.1: User-driven, pre-provisioned and self-deploying Autopilot modes compared
Capability User-driven Pre-provisioned Self-deploying Existing devices Reset
Microsoft Entra join Yes Yes Yes Yes Yes
Microsoft Entra hybrid join Yes Yes No Yes No
User interaction Yes Yes (user flow) No Not applicable Local reset
IT, OEM or reseller interaction No Yes (technician flow) No Yes Remote reset
Assigns a user to the device Yes Yes No Not applicable Not applicable
TPM authenticates the device No Technician flow Yes Not applicable Not applicable
Must be registered first Yes Yes Yes No Yes

User-driven

User-driven mode associates the device with the user who signs in at the branded Entra sign-in page; together with automatic MDM enrollment this gives the “sign in at OOBE and the device enrols itself” experience. Microsoft Entra company branding supplies the logo and sign-in text shown during OOBE.

Pre-provisioned

Pre-provisioning splits the work. In the technician flow, IT, a partner or the OEM presses the Windows key five times at the first OOBE screen, chooses Windows Autopilot provisioning, checks the profile, organisation, assigned user and QR code, and selects Provision. Device-targeted policies and apps install (plus user-targeted, device-context apps for a preassigned user); on success the technician selects Reseal. The user flow later completes user-targeted configuration.

Self-deploying

Self-deploying mode needs no user credentials: the TPM authenticates the device, it joins Microsoft Entra ID, enrols, and the ESP holds it until provisioning finishes. It suits kiosks, digital signage and shared devices.

Existing devices

Windows Autopilot for existing devices uses a Configuration Manager task sequence to wipe and reinstall Windows and drop an AutopilotConfigurationFile.json (ASCII or ANSI, one profile per file) so the device runs a user-driven Autopilot deployment on first boot. The JSON supports only user-driven Entra join and user-driven hybrid profiles; self-deploying and pre-provisioning need TPM attestation. If the device is already registered with an assigned profile, that profile wins. It is also a documented route for moving hybrid joined devices to Microsoft Entra join.

Common trap: Testing self-deploying or pre-provisioning on a Hyper-V virtual machine - both need physical TPM 2.0 attestation, and VMs (including virtual TPMs) fail with 0x800705B4.

Common trap: Believing self-deploying mode depends on a firmware-embedded Windows Pro product key - what it depends on is TPM 2.0 with device attestation.

Common trap: Using an Autopilot deployment profile to take over existing domain-joined PCs in place - Convert all targeted devices only registers devices and doesn’t convert hybrid joined devices; existing domain machines are enrolled through hybrid join with automatic enrollment (see “Enrolling Windows, macOS and Apple mobile devices”) or reinstalled with Autopilot for existing devices.

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This note is one section of Ultra Transcenders MD-102: Managing and Securing Microsoft 365 Endpoints by using Intune, an independent study guide that explains every topic the exam covers by technology, with comparison tables, diagrams and the common traps, plus a glossary linked to Microsoft Learn.

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