Azure Autopilot Hardware Hash at Samantha Parker blog

Azure Autopilot Hardware Hash. So the goal is to collect the hardware hashes for each device using a script and then get it imported to autopilot with the ultimate goal of autopilot creating a better deployment to. The device is associated to an azure tenant id. Search for data factories in. Create a new data factory. The device's unique hardware identity (known as a hardware hash) is captured and uploaded to the autopilot service. This script collects the device’s hardware details (like the serial number and hardware hash) and prepares it for autopilot registration. An existing device can automatically register if it's: Ever have to deal with trying to enroll a large number of existing devices in autopilot? Data factory is a beast in itself and can do significantly more than merge csv files, but we will use it for this simple task. A new motherboard) would cause an existing device to be detected as something new. Especially if they are not already intune enrolled. That’s ok, as the matching algorithm will take that into account. Only major changes to the hardware (e.g. For devices that meet these requirements, the mdm service can ask the device for the hardware hash. Hardware hashes do change each time they are generated, as they contain date/timestamps, os version info, and other info that can change.

This script collects the device’s hardware details (like the serial number and hardware hash) and prepares it for autopilot registration. The device's unique hardware identity (known as a hardware hash) is captured and uploaded to the autopilot service. Especially if they are not already intune enrolled. A new motherboard) would cause an existing device to be detected as something new. The device is associated to an azure tenant id. So the goal is to collect the hardware hashes for each device using a script and then get it imported to autopilot with the ultimate goal of autopilot creating a better deployment to. Only major changes to the hardware (e.g. Search for data factories in. That’s ok, as the matching algorithm will take that into account. An existing device can automatically register if it's:

How to create and upload the Hardware hash for Windows Autopilot

Azure Autopilot Hardware Hash This script collects the device’s hardware details (like the serial number and hardware hash) and prepares it for autopilot registration. The device's unique hardware identity (known as a hardware hash) is captured and uploaded to the autopilot service. Hardware hashes do change each time they are generated, as they contain date/timestamps, os version info, and other info that can change. That’s ok, as the matching algorithm will take that into account. A new motherboard) would cause an existing device to be detected as something new. So the goal is to collect the hardware hashes for each device using a script and then get it imported to autopilot with the ultimate goal of autopilot creating a better deployment to. Data factory is a beast in itself and can do significantly more than merge csv files, but we will use it for this simple task. Search for data factories in. Ever have to deal with trying to enroll a large number of existing devices in autopilot? This script collects the device’s hardware details (like the serial number and hardware hash) and prepares it for autopilot registration. An existing device can automatically register if it's: Create a new data factory. Only major changes to the hardware (e.g. The device is associated to an azure tenant id. Especially if they are not already intune enrolled. For devices that meet these requirements, the mdm service can ask the device for the hardware hash.