Autopilot Hardware Hash Batch Collection

Problem

Autopilot registration often starts with collecting hardware hash data from physical devices. When technicians are working through a stack of machines, manually exporting, naming, organizing, and merging CSV files can slow down staging and introduce avoidable mistakes.

Approach

I built a USB-based PowerShell workflow that could be run locally on each device during staging. The script collected the device serial number and Autopilot hardware hash, applied a group tag, wrote an individual CSV for that machine, and then rebuilt a combined CSV from all collected device files.

Operational Pattern

The key design point was the combined CSV. Technicians could move from device to device with the same USB workflow, and each run would preserve the individual device file while also updating a single import-ready list for Autopilot registration.

That made the process easier for batch staging because the team did not have to manually append rows, merge exports, or rebuild the import file after each machine.

Related Script

I published a generalized version of this workflow as a public PowerShell example. The public version removes organization-specific values and keeps the batch collection pattern reusable.

View Export-AutopilotHardwareHash.ps1 on GitHub →

Why It Mattered

This was a small automation with a practical operational payoff. It made device staging faster, reduced manual CSV handling, and gave technicians a repeatable process they could keep using without needing deeper Autopilot or PowerShell knowledge.

Tools and Concepts

This work connected Windows Autopilot, Intune enrollment preparation, PowerShell, CIM hardware inventory, USB-based technician workflows, group tags, CSV generation, and repeatable endpoint staging.