What is Zero Touch Deployment? 

Let us start by understanding the basics behind Zero touch deployment with Intune and Windows Autopilot. Instead of preparing devices in-house, you can ship new laptops directly from the manufacturer to employees. Once users connect to the internet and sign in with their Microsoft credentials, the device automatically enrolls in Microsoft Intune, applies corporate policies, installs required applications, encrypts storage with BitLocker, and configures security settings. And the best part is, it can do it all without your IT team physically handling the device. 

In this guide, you will learn how Windows Autopilot and Microsoft Intune work together, the deployment process, implementation best practices, common challenges, and how organizations can successfully transition from traditional imaging to modern cloud-based device provisioning. 

What is Windows Autopilot? 

Windows Autopilot is Microsoft’s cloud-based deployment technology that simplifies the setup and configuration of Windows devices. Rather than creating and maintaining custom operating system images, you can directly define deployment profiles in Microsoft Intune. These profiles automatically configure devices during the Windows Out-of-Box Experience (OOBE). This effectively ensures every endpoint follows the organization’s standards from the moment it is powered on. 

A Windows Autopilot deployment can automatically: 

• Join devices to Microsoft Entra ID 
• Enroll devices into Microsoft Intune 
• Configure security and compliance policies 
• Install Microsoft 365 and business applications 
• Enable BitLocker encryption 
• Apply Wi-Fi and VPN settings 
• Configure Windows Update policies 
• Restrict local administrator access 
• Register devices for Conditional Access 

How Microsoft Intune Can Enable Zero-Touch Deployment? 

Now, Windows Autopilot prepares the device, but Microsoft Intune manages it throughout its lifecycle. This is an important distinction that you need to understand when it comes to Windows Autopilot Intune setup.

So, how does Microsoft Intune really work? After enrollment, Intune continuously enforces corporate standards by deploying applications, monitoring compliance, managing Windows updates, and applying security policies. Your IT administrators can remotely configure devices, troubleshoot issues, retire outdated endpoints, or remotely wipe lost devices. And you can do it all from a centralized cloud management console. 

Windows Autopilot and Microsoft Intune can combine to provide you with a complete endpoint management solution that supports remote employees, branch offices, and globally distributed teams without increasing the workload on IT staff. 

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How Zero-Touch Device Deployment Works? 

Let us look at how Windows Autopilot Intune Setup can help you with the zero touch deployments. Modern deployment replaces manual imaging with cloud automation. In most cases, ZTD follows these steps: 

1. Purchase Windows Autopilot-supported devices from an approved OEM or reseller. 
2. Register the device hardware IDs with the organization’s Windows Autopilot tenant. 
3. Create deployment profiles on Microsoft Intune. 
4. Configure Microsoft Entra ID enrollment and user assignments. 
5. Define compliance policies, security baselines, and configuration profiles. 
6. Assign required business applications. 
7. Ship the device directly to the employee. 
8. Then, the employee connects to the internet and signs in using their Microsoft 365 account. 
9. Windows automatically downloads organizational settings, applications, and security configurations. 
10. Within a short period, the device is fully configured and ready for productive work. 

Therefore, instead of spending hours manually preparing each device, your IT teams can manage the entire process from the cloud. At the same time, your employees receive consistent onboarding experience regardless of their location. 

What Do You Need for Windows Autopilot Intune Setup? 

Before you proceed to Windows Autopilot Intune Setup, it’s important to ensure your Microsoft environment is ready. While the setup is far less complex than maintaining imaging servers, several foundational components must be configured correctly for a seamless zero-touch deployment. 

Tools You Need	Why Does It Matter?
Microsoft Intune	Delivers device management, application deployment, compliance policies, and ongoing endpoint administration.
Microsoft Entra ID	Authenticates users, joins devices to the organization, and enables secure identity management.
Supported Windows Edition	Devices should run Windows 10 or Windows 11 Pro, Enterprise, or Education with the latest updates.
Windows Autopilot Registration	Each device must be registered using its hardware hash, typically uploaded by the OEM, reseller, or IT administrator.
Microsoft 365 Licensing	Appropriate licenses are required for Intune, Microsoft Entra ID, and endpoint management features.
Internet Connectivity	Devices must connect to Microsoft’s cloud services during the initial setup process.

Please note that you should validate licensing, identity configurations, network access, and security policies before beginning a large-scale rollout. Addressing these areas early minimizes deployment failures and accelerates. 

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What are the Different Windows Autopilot Deployment Models? 

When you are looking at Autopilot device provisioning, it is important that you understand the different deployment models as well when it comes to Windows Autopilot Intune setup. 

Now, Windows Autopilot offers multiple deployment methods to support different business scenarios.  

At Evolvous, our Intune Consulting Partners, will work closely with your team to choose the right model. The choice will depend on how devices are assigned, who will use them, and how much pre-configuration is required before delivery. 

Here are some of the most common deployment methods that we use:

User-Driven Deployment 

This is the most common deployment model for businesses adopting hybrid or remote work. 

In this case, your employees receive a new device directly from the manufacturer or IT supplier. During the first sign-in, Windows Autopilot authenticates the user and enrolls the device into Microsoft Intune. Then, it applies corporate policies, installs applications, and completes the setup automatically. 

 Best suited for: 

• Remote employees 
• Hybrid workforces 
• Office staff 
• Knowledge workers 
• Organizations replacing traditional imaging 

Pre-Provisioned Deployment 

Pre-Provisioned Deployment allows your IT teams, OEMs, or managed service providers to configure much of the device before it reaches the employee. Here, core applications, policies, and security settings are installed in advance. Why is it done so? Because it significantly reduces the time users spend waiting during their first login. 

This model is particularly useful when deploying devices with large application suites or specialized software. 

This is ideal for: 

• Engineering teams 
• CAD workstations 
• Developers 
• Healthcare organizations 
• Manufacturing environments 
• Large enterprise deployments 

Self-Deploying Mode 

Now, in your organization, some Windows devices might be shared rather than assigned to individual users. Self-Deploying Mode of Windows Autopilot Intune Setup enables these devices to provision themselves without requiring user credentials during setup. 

How does this work? After connecting to the internet, the device automatically enrolls, applies security configurations, and prepares itself for use. 

Common scenarios include:

• Shared workstations 
• Digital kiosks 
• Retail point-of-sale systems 
• Conference room devices 
• Warehouse terminals 
• Factory floor equipment 

Existing Device Deployment 

Not every organization starts with brand-new hardware. Existing Device Deployment allows businesses to repurpose current Windows devices while adopting modern cloud management. 

After resetting the device, Windows Autopilot provisions it using the same cloud-based process as a new computer. This effectively helps organizations transition away from traditional imaging without replacing their entire hardware fleet. 

This approach of Windows Autopilot Intune Setup is especially valuable during Windows refresh projects or migrations from on-premises endpoint management solutions. 

Which Deployment Model Should You Choose? 

Deployment Model	Best For	Primary Benefit
User-driven	Remote and hybrid employees	Direct-to-user deployment with minimal IT involvement
Pre-Provisioned	Large enterprises and application-heavy devices	Faster first sign-in and reduced user wait times
Self-Deploying	Shared or unattended devices	Automated provisioning without user interaction
Existing Device	Hardware refresh and modernization projects	Reuse current devices while moving to cloud management

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Step-by-Step Windows Autopilot Intune Setup for Zero Touch Deployment 

At Evolvous, we follow Microsoft’s recommended approach for zero touch deployment Intune and Windows Autopilot.  

This is an overview of the process. The exact process will depend on your requirements as well as existing system infrastructure. 

Step 1: Prepare Microsoft Entra ID 

The first thing that we will do is to set up the Microsoft Entra ID (formerly Azure Active Directory. This provides the identity foundation for Windows Autopilot. Before onboarding devices, we need to verify that your identity environment is ready. 

Key tasks include: 

• Create or synchronize user accounts
• Assign Microsoft Intune and Microsoft 365 licenses
• Configure automatic MDM enrollment
• Review Conditional Access policies
• Create security groups for users and devices
• Verify authentication methods such as Multi-Factor Authentication (MFA)

Step 2: Configure Microsoft Intune 

Once identities are in place, we will need to configure Microsoft Intune to define how devices will be managed after enrollment. 

In most cases, the standard configurations include: 

• Device enrollment restrictions 
• Compliance policies 
• Configuration profiles 
• Endpoint security policies 
• Windows Update rings 
• Application deployment groups 
• Device naming conventions 

Rather than applying every policy at once, we prefer to prioritize essential security and compliance settings first. Additional configurations are often introduced later, gradually, to simplify troubleshooting and reduce deployment times. 

Step 3: Register Devices with Windows Autopilot 

Now, before we proceed further, every Autopilot-managed device must be registered with your tenant. To do that, we use one of three methods: 

• OEM registration: The hardware manufacturer uploads the device hardware hash before shipping, allowing devices to arrive ready for deployment
• Reseller registration: Authorized Microsoft partners register devices on your behalf
• Manual registration: IT administrators upload the hardware hash collected from existing devices or new hardware

After the devices are registered, we will assign devices to Microsoft Entra ID groups. Dynamic device groups are quite useful for automatically applying deployment profiles based on department, location, or device type. 

Step 4: Create and Assign Deployment Profiles 

At this stage, we will create and assign the deployment profiles. Deployment profiles determine how Windows behaves during the Out-of-Box Experience (OOBE). 

We can use common profile settings, including: 

• User-Driven or Self-Deploying mode 
• Microsoft Entra ID Join 
• Automatic Intune enrollment 
• Skip privacy and Cortana setup screens 
• Hide End User License Agreement (EULA) 
• Configure device naming templates 
• Restrict local administrator privileges 
• Apply region and language settings where applicable 

Step 5: Deploy Business Applications 

With enrollment configured, we will now publish the applications your employees need to become productive immediately. Here are some of the applications that we commonly deploy: 

• Microsoft 365 Apps 
• Microsoft Teams 
• Microsoft Edge 
• Adobe Acrobat 
• VPN clients 
• Endpoint security software 
• ERP and CRM applications 
• Collaboration tools 
• Line-of-business (LOB) applications 

Whenever possible, we will try to package applications as Win32 apps and define installation dependencies. This improves deployment reliability and ensures critical software installs in the correct order. 

Step 6: Apply Security and Compliance Policies 

We prefer that security is built into every device from the moment it is enrolled, rather than added later. To achieve complete security, we will configure: 

• BitLocker drive encryption 
• Microsoft Defender Antivirus 
• Microsoft Defender Firewall 
• Attack Surface Reduction (ASR) rules 
• Device Control policies 
• Password and PIN requirements 
• Windows Hello for Business 
• Compliance policies 
• Conditional Access integration 

By combining Intune with Microsoft Entra ID, we ensure that non-compliant devices cannot access Microsoft 365, SharePoint, Teams, or other business-critical applications until security requirements are met. 

Step 7: Test, Validate, and Scale 

 Before deploying hundreds or thousands of devices, we normally perform a controlled pilot deployment. After the pilot deployment, we will validate key areas such as: 

• Enrollment success rates 
• Application installation times 
• Security policy enforcement 
• Compliance reporting 
• User sign-in experience 
• Network performance 
• Windows Update behavior 

We use pilot feedback to fine-tune deployment profiles, optimize application assignments, and resolve policy conflicts before expanding to the wider organization. 

After that, we implement a phased rollout to minimize disruption, reduce the number of support tickets, and give your IT teams confidence that the deployment process will scale successfully. 

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Common Windows Autopilot Deployment Challenges and How We Solve Them 

Here are some of the common challenges that you can come across and how our expert Microsoft security consultants can solve them. 

Challenge	How Do We Solve It?
Slow provisioning during first sign-in	We optimize application assignments and deploy only business-critical apps during enrollment.
Application installation failures	We try to package applications as Win32 apps and configure installation dependencies.
Driver or firmware compatibility issues	We recommend that you purchase Autopilot-ready devices from supported OEMs and keep firmware updated.
User authentication failures	Our team will verify Microsoft Entra ID configuration, licensing, and Conditional Access policies before deployment.
Long deployment times over slow networks	Our consultants will use Microsoft Delivery Optimization and prioritize cloud-friendly application deployment.

Why Choose Evolvous for Windows Autopilot and Intune Deployment? 

At Evolvous, we offer Intune deployment consulting that help you modernize endpoint management with secure, scalable, and business-focused deployment strategies. Whether you are rolling out devices to a growing remote workforce, replacing legacy imaging infrastructure, or migrating from Configuration Manager (SCCM), our consultants ensure your deployment is efficient, compliant, and built for long-term success. 

Our Windows Autopilot and Intune services include: 

• Autopilot readiness assessments to evaluate your Microsoft 365 and Entra ID environment
• Microsoft Intune implementation with enrollment, compliance, configuration profiles, and endpoint security policies
• Security baseline implementation using Microsoft Defender and other tools for business, and endpoint security policies
• Migration from SCCM or hybrid management to a modern cloud-first endpoint management model
• Comprehensive documentation and training to help your internal IT teams confidently manage devices after deployment
• We also provide ongoing managed support for policy optimization, device lifecycle management, troubleshooting, and continuous improvements

Frequently Asked Questions

1. What is the difference between Windows Autopilot and Microsoft Intune?

Windows Autopilot provisions and configures new or reset Windows devices during the initial setup experience. Microsoft Intune manages those devices afterward by deploying applications, enforcing security policies, monitoring compliance, and supporting the device throughout its lifecycle.

2. Can Windows Autopilot completely replace traditional imaging?

For most organizations, yes. Windows Autopilot replaces custom imaging with cloud-based provisioning, reducing deployment time and eliminating the need to maintain image libraries while ensuring every device receives the latest configurations and security policies.

3. Can existing Windows devices be enrolled into Windows Autopilot?

Yes. Existing Windows 10 and Windows 11 devices can be registered with Windows Autopilot after capturing their hardware hash. Once reset, they can be reprovisioned using the same zero-touch deployment process as new devices.

4. Is Windows Autopilot suitable for remote and hybrid employees?

Absolutely. Devices can be shipped directly from the manufacturer or reseller to employees anywhere with an internet connection. Users simply sign in with their Microsoft work account, and the device automatically configures itself according to your organization’s policies.

5. What are the business benefits of implementing Windows Autopilot with Microsoft Intune?

Organizations typically reduce deployment effort, accelerate employee onboarding, improve endpoint security, standardize device configurations, lower support costs, and simplify lifecycle management. Together, Windows Autopilot and Microsoft Intune provide a scalable foundation for managing modern Windows devices from anywhere.