How to use Windows Autopilot to deploy and manage teams

Windows Autopilot is the modern way to get Windows PCs up and running without the hassle., combining the power of cloud services with native system expertise so IT can configure, pre-provision, reset, and recover devices in just a few steps. This approach eliminates the traditional "custom" approach and transforms OEM installations into an enterprise-ready state.

The goal is to maximize productivity from the first start-up.The end user simply connects to the internet and logs in, while policies, applications, and settings are automatically applied in the background. Additionally, Autopilot covers full lifecycle scenarios (onboarding, reassignment, and retirement) and can be used with both Windows 10/11 PCs and HoloLens 2 devices.

What is Windows Autopilot?

Windows Autopilot is a set of Microsoft technologies and services aimed at the automated deployment and configuration of Windows 10 and 11 devices.Thanks to its integration with management solutions such as Microsoft Intune and Microsoft Configuration Manager, it allows you to standardize the experience, reduce time, and eliminate repetitive manual tasks.

Instead of maintaining custom images per model, Autopilot leverages the OEM-optimized version of Windows already pre-installed on each computer and elevates it to an enterprise state, applying policies, installing apps and, if applicable, changing the edition (for example, from Pro to Enterprise) to enable advanced features.

General information about the process

The Autopilot workflow relies on the cloud to turn an OEM installation into a managed corporate device.Deployment profiles define the initial experience (OOBE), automatic MDM enrollment, directory join type, and visual customization.

During OOBE, policies are applied and applications required for each role are deployed. (e.g., productivity, security, communications, or specific tools), so the equipment comes out of the box ready to work. This process minimizes intervention by both IT and the end user.

Once deployed, devices can be managed with different tools, highlighting Microsoft Intune for MDM/MAM, the policies of Windows Update To keep your system up to date, Microsoft Configuration Manager for more traditional or hybrid scenarios, as well as compatible third-party MDM solutions.

Key benefits for IT and business

• Less deployment time and less infrastructureBy eliminating the need to create and maintain custom images, logistics and costs are significantly reduced, while equipment reaches users faster and with fewer errors.
• Improved end-user experience: The interaction is reduced to connecting to the network and logging in with your credentials; the rest happens automatically, in a standardized, and secure manner, without technical steps or unnecessary waiting.
• Total flexibility for remote or distributed scenarios: Cloud-based implementation is a perfect fit for organizations with remote work, multiple locations, or mobile hiring, avoiding in-person visits and support calls.
• Consistency and security by design: Policies are applied uniformly and applications are installed automatically, strengthening compliance, security, and operational consistency across the fleet.
• Lower operating costs and less risk of human error: Automation reduces manual tasks, configuration issues, and time spent by IT teams on each device.

Requirements and compatibility

A supported version of Windows 10/11 is required to use Windows Autopilot. (starting with Windows 10, version 1703 and later) and internet connectivity during OOBE to contact Microsoft services. Network, licensing, and configuration requirements vary depending on the scenario and the MDM tool chosen.

Directory join can be Microsoft Active Directory (formerly Azure Active Directory) or hybrid., and MDM enrollment is typically done through Microsoft Intune, although other supported MDM providers can also manage the lifecycle of Windows 10/11 devices.

Autopilot is valid for PCs and also for HoloLens 2, with specific documentation for the implementation of these mixed reality devices in corporate environments.

How Windows Autopilot Works (Hands-on Overview)

The process starts with the registration of the devices in the Autopilot service., either by the manufacturer/supplier (ideal when the equipment arrives “pre-assigned” to your tenant) or by uploading a CSV with the identifiers of hardware from YOU.

A deployment profile is then created and assigned. which defines aspects such as the type of Microsoft ID join, whether local account creation is restricted, which OOBE steps are skipped, and how the welcome screen is customized with corporate branding.

When the user turns on the equipment and connects, the device contacts Microsoft services, recognizes its membership in the organization, enrolls in MDM (for example, Intune), applies policies, and downloads applications until it is ready to work.

1. Device registration: Incorporation via supplier or CSV sheet with the hardware identifiers associated with the tenant.
2. Profile assignment: The Autopilot profile specifies the OOBE experience, join type, and automatic MDM enrollment.
3. Policy and app enforcement: Security, network, settings are configured and the required applications are distributed.
4. Ready to use: The user logs in with their credentials and begins working with the already standardized equipment.

Common settings and advanced options

OOBE Customization: You can hide the Cortana assistant, simplify registration steps, display company branding, and minimize initial user friction.

Changing Windows Editions: The profile can upgrade a Windows Pro edition to Enterprise to enable advanced features, without manual reinstallations or on-site intervention.

Automatic enrollment in Intune: The relationship with Microsoft Endpoint Manager (Intune) allows policies, apps and compliance to be applied from the first Boot, with centralized visibility and control.

Windows Update Policies: Keeping your fleet up-to-date is vital; from the cloud, you can set update rings, pauses, and maintenance windows to balance stability and security.

Reset and reuse: Autopilot Reset returns a device to a “clean” corporate state, ready for a new user or as a rapid recovery from failures, minimizing downtime.

Existing Devices: Reinstallation and JSON Profiles with Configuration Manager

When the device is already in use and needs to be reinstalled or migrated (for example, downgrading to a later version of Windows or recovering a computer with a damaged OS), Autopilot can be complemented by Microsoft Configuration Manager.

Configuration Manager task sequences allow you to reimage or perform clean installations., in addition to pre-installing an Autopilot profile on the device via a JSON file, so that, after reinstallation, the device automatically runs the implementation defined in that profile.

This approach avoids having to previously import the device into Intune or assign it an Autopilot profile., the pre-provisioned JSON file ensures that, at the end of the sequence, the device enters directly into the Autopilot flow.

Typical use cases include repurposing and repair, migrate from on-premises domain join to Microsoft Entra ID, convert a hybrid PC to a fully Entra ID joined PC, repair PCs with replaced disks or corrupt installations, or upgrade from older versions that do not natively support Entra ID (such as Windows 8.1) to Windows 10/11.

This process helps prepare an existing device for Autopilot to manage its production rollout, combining reimaging and modern management to facilitate the recovery and upgrade of existing devices.

MDM Management and Options: Intune, Configuration Manager, and Third Parties

After deployment, ongoing management can be done with Microsoft Intune (policies, profiles, apps, compliance, and security), with Windows Update for Business, and, where applicable, with Microsoft Configuration Manager for on-prem or hybrid scenarios.

Third-party MDM solutions are also supported. that expand the range of options. In environments with Ivanti Endpoint Manager, for example, you can combine MDM management with traditional agent management (hybrid management) to comprehensively cover different levels of software configuration and distribution.

At Ivanti, secure communication is supported by the Cloud Services Appliance (CSA), which acts as a meeting point for devices across the Internet; it's also recommended to secure the web server with a trusted SSL certificate and configure integration with LDAP (usually Active Directory) for queries and administration.

For notifications on Windows, Ivanti uses Windows Push Notification Service (WNS); Teams can be enrolled via Autopilot, direct enrollment to the core (environments with on-prem Active Directory), through Azure AD on supported versions, or with group policies in hybrid scenarios.

Recommended Workflow (High Level Overview)

1. Hardware registration: Obtain the identifiers from the supplier/OEM or extract the fingerprint and upload it as a CSV to the tenant to associate them with Autopilot and your organization.
2. Autopilot Profile Design: Defines the OOBE experience, the type of join (Microsoft Intune ID or Hybrid), whether local account is allowed, and automatic MDM enrollment (usually Intune).
3. Assigning applications and policies: Use Intune to configure device/user settings, security, compliance, app, and Windows Update policies for each role.
4. Delivery and first start-up: The user turns on the device, authenticates, and the magic happens: policies and apps are applied until the device is ready to work.
5. Operation and life cycle: Monitors compliance, applies updates, standardizes configurations, and, if necessary, performs Autopilot Reset for reassignments or recovery.

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Isaac

Passionate writer about the world of bytes and technology in general. I love sharing my knowledge through writing, and that's what I'll do on this blog, show you all the most interesting things about gadgets, software, hardware, tech trends, and more. My goal is to help you navigate the digital world in a simple and entertaining way.