JBS Blog Explains the Steps to Run Windows Autopilot

A JBS blog post explained the steps involved in running Windows Autopilot. It describes obtaining the target device’s hardware ID (HWID), exporting it to a CSV file, then importing the information through the Microsoft Endpoint Manager (Intune) admin center to register the device.

Under the process described in the post, obtaining the HWID and importing the CSV through the Intune admin center are required before deploying an initial setup with Autopilot. Because device preparation and administrator registration are separate steps, deployment teams need to confirm how information will be handed off between the two and how permissions will be managed.

The key point in this process is that identifying the device and linking it to management come before automating Windows initial setup. In the sequence described by the post, the HWID is first obtained on the device and exported to a CSV file. The CSV is then imported through the Intune admin center. In other words, two steps are required before cloud-based deployment: collecting information on the device and having an administrator register it. The automation covers deployment of the initial setup; the text provided does not indicate that collecting device information and registering the device are also completed automatically. In practice, deciding when to collect device identification information and who will register it through the admin center are considerations in designing the deployment process. The method in the post involves preparing a script to obtain the HWID, generating a CSV file and importing it with an administrator account. If different people are responsible for preparing devices and registering them in Intune, handing off the CSV becomes the link between the two steps. The post does not specify how the file should be handed off or how access rights should be managed, however, so the operational approach needs to be confirmed separately. The example commands also include an operation to set the execution policy to “Unrestricted,” and describe responding to prompts related to the NuGet provider and an untrusted repository when installing the script. This shows that the instructions involve not only device registration but also steps in which the operator must address questions about the execution environment. The text does not explain how to revert the settings, verify the script or obtain internal approval. When adopting the procedure, organizations need to check that it complies with their device management rules, as well as consider registration efficiency. The post explains the Autopilot process step by step, but the text provided does not address the number of devices, bulk registration, configuration applied after registration or how to handle deployment failures. Therefore, the explanation alone is not enough to assess the operational burden or deployment quality of a large-scale rollout. See the original source for details. The next points to confirm are how the CSV will be managed, how responsibilities for registration will be divided, how changes to the execution policy will be handled and what settings will be applied after registration. With this information, organizations can evaluate initial setup automation separately from the registration and control processes it depends on.