In early 2020, Microsoft announced that it was going to bring Windows Autopilot to the HoloLens platform. Initially, it was only in private preview on HoloLens 2. However, later on that year, Microsoft made it available for public preview. Windows Autopilot plays a key role in simplifying deployments and reducing the time required to productivity.
As a result, it helps your organization to cut down on costs and enhance efficiency. So if your business needs to introduce new devices, then Autopilot offers you a great solution for that. This announcement from Microsoft expectedly aroused significant interest. We’re going to take a look at what all this could mean for you.
HoloLens 2 overview
HoloLens 2 is the next step in the evolution of Microsoft’s revolutionary mixed reality headset. This device is one that you place over your head and has a visor that goes over your eyes offering users a new way to interact with information.
The technology provides apps and solutions that will enhance communication, learning, collaboration, and much more through the use of mixed reality. The challenge that organizations have had to face is that as this technology has grown in popularity and use, its deployment at scale has become a laborious and costly affair. Hence the need for Windows Autopilot to provide a simpler, more effective, and more streamlined deployment solution.
Device set up
To get started, you’ll need to go through the process of device set up. Fortunately, setting up your devices will only involve a few simple steps. Once a user has started the self-deployment process, Autopilot then proceeds with the following steps:
- Join the device to Azure AD. However, it’s important to remember that Autopilot for HoloLens does not support Active Directory join or Hybrid Azure AD join.
- Enroll the device in Microsoft Endpoint Manager (or another MDM) using Azure AD.
- Download certificates, apps, device-targeted policies, and networking profiles and then apply them.
- Provision the device.
- Present the sign-in screen to the user.
With the public preview, Windows Autopilot for HoloLens devices can be configured using Microsoft Endpoint Manager (MEM) controls. And this applies to all customer tenants. To get started, you’ll have to log into the MEM admin center. Once there, select Devices > Windows > Windows enrollment. And then under Windows Autopilot Deployment Program, select Deployment Profiles > Create profile > HoloLens (preview).
To use Windows Autopilot, you’ll need to have Windows Holographic, version 2004 (released May 2020) or newer. However, Microsoft only began shipping devices with this version pre-installed in late September 2020.
Fortunately, though, Microsoft allows you to use the Advanced Recovery Companion (ARC) to re-flash your devices to the latest operating system. Using ARC, you can also check the build version that is currently installed on your devices.
The process is not overly complicated. And you can find instructions here. Ideally, it would be best to request from your distributor that they supply you with Autopilot-ready devices.
Tenant Lock for HoloLens 2
This feature allows organizations to permanently bind devices to their Tenants and keep them under management after initial enrollment. With this feature, your device will always be deployed by Autopilot and managed by MEM, even in the event of OS updates, accidental or intentional resets, or wipes.
If your organization deploys HoloLens 2 devices with Autopilot, you can set up a specific policy. This policy which is deployed post-enrollment enforces:
- the permanent enforcement of Autopilot deployment,
- the prevention of local user creation during device setup,
- mandatory network connection,
- the prevention of all other escape hatches during device setup, and
- the prevention of device ownership during the device setup process except for the organization Tenant it is registered to with Windows Autopilot.
Using Autopilot with Wi-Fi connection
Microsoft will also allow you to use Windows Autopilot Deployment for HoloLens 2 with a Wi-Fi connection in addition to the regular Ethernet-based connection. This is something that you can get as part of Insider Preview (Build 19041.1364 or above).
What this means is that you do not need to use ethernet to USB C or Wi-Fi to USB C adapter. Instead, all you simply need to do is to connect the device to your available Wi-Fi internet network and deploy the device with Windows Autopilot.
After the process of configuring Autopilot for HoloLens 2 is complete, you then move on to the provisioning of the HoloLens devices. The Autopilot experience needs internet access and you have several options to choose from. You can connect your device to a Wi-Fi network in OOBE and then let it detect Autopilot experience automatically.
Alternatively, you can use “USB-C to Ethernet” adapters for wired internet connectivity and let HoloLens 2 complete Autopilot experience automatically. And with the third option, you can connect your device with “USB-C to Wifi” adapters for wireless internet connectivity and let HoloLens 2 complete Autopilot experience automatically.
During the next step in the provisioning process, the device will automatically start OOBE and all that is required of you is to let HoloLens 2 detect network connectivity and leave it to complete OOBE automatically. And when the OOBE process is complete, you can then sign in to the device using your user name and password.
Windows Autopilot has provided countless benefits to a lot of organizations by reducing the complex nature of deployments at scale. This cloud-based platform significantly reduces time to productivity and empowers end-users. And so it only makes sense that HoloLens 2 is now able to leverage the capabilities of this fantastic technology. Organizations cannot afford to spend vast amounts of time dealing with deployment scenarios for which fast, cost-effective solutions are available. From medical institutions to academic ones, HoloLens 2 gives you an amazing new way of interacting with information and Autopilot enhances that experience.