How to Deploy and Configure Windows 11 Devices with Microsoft Intune: A Step-by-Step Scenario -

How to Prepare Corporate Windows 11 Devices Using Microsoft Intune: A Real-World Scenario

Managing and deploying Windows 11 devices in an enterprise environment has evolved with Microsoft Intune. Whether you’re setting up devices for remote employees, onboarding new staff, or managing bring-your-own-device (BYOD) programs, Intune simplifies deployment and configuration while maintaining strong security and compliance.

This post walks through a real-world IT scenario where a company uses Microsoft Intune and Azure AD to prepare and configure Windows 11 devices for secure, cloud-based management.

Scenario: Onboarding New Remote Employees with Windows 11 Devices

Company: Contoso Ltd.
Environment: Microsoft 365 with Intune and Azure AD Premium P1
Goal: Prepare and deploy 10 new Windows 11 laptops to remote employees joining the marketing team.

Deployment Requirements

The IT team needs to:

Enroll each device into Microsoft Intune automatically.
Ensure devices run Windows 11 Enterprise for advanced features.
Install a set of standard applications: Microsoft Edge, Teams, Adobe Acrobat Reader, and a custom CRM tool (MSI package).
Deploy a Wi-Fi certificate for secure corporate VPN access.
Configure devices to automatically join Azure AD and apply policies before users log in.

Choosing the Right Intune Provisioning Options

To meet these requirements, the IT department evaluated three key provisioning methods supported by Intune.

1. Windows Autopilot

Why It Works Best for This Scenario:
Windows Autopilot allows IT to pre-register new devices using their hardware IDs before shipping them to remote employees. When users unbox their laptops, they simply connect to the internet and sign in with their corporate credentials.

Autopilot automatically:

Joins the device to Azure AD.
Enrolls it in Intune.
Applies security policies and compliance settings.
Installs assigned apps and certificates.

Steps:

Import hardware hashes for new laptops into Intune.
Create a Windows Autopilot deployment profile that sets the Azure AD join type and Intune enrollment.
Assign a device group for the marketing department.
Deploy baseline apps and certificates through Device Configuration Profiles and Win32 App Deployment.
Send devices directly to users — setup is automatic.

Result:
The user experience is seamless — remote employees log in once and receive a fully configured, policy-compliant device within minutes.

2. Provisioning Packages (PPKG)

When to Use It:
For small batches of devices or offline setups, provisioning packages created with Windows Configuration Designer are ideal.

Example Use Case:
If the company’s field team works in areas with limited internet access, IT can pre-load configurations and certificates into a PPKG file. During setup, users insert a USB drive or run the package locally to apply settings.

Capabilities:

Configure Wi-Fi, VPN, and certificates.
Enroll devices into Intune.
Install MSI apps.
Join devices to Azure AD.

While not as automated as Autopilot, PPKGs are a flexible solution for hybrid environments or quick local setup tasks.

3. Custom Windows Image

Why It’s Useful for Specialized Devices:
A custom Windows image can include all required software, certificates, and security baselines before deployment. IT teams capture a fully configured system image using tools like DISM or MDT, then deploy it through Intune, USB, or imaging solutions.

Ideal For:

Kiosk devices.
High-security workstations.
Environments requiring specific drivers or network policies.

Drawback:
Less dynamic than Autopilot — updates require recreating and recapturing the image.

Verification and Compliance

Once the devices are deployed, the IT team uses Intune to confirm compliance:

Device Enrollment Status Page (ESP): Ensures policies, apps, and certificates are installed before the desktop loads.
Reports & Monitoring: Verify that devices are Azure AD Joined, compliant with BitLocker encryption, and enrolled in Defender for Endpoint.
Certificate Check: Under Computer\HKEY_LOCAL_MACHINE\SOFTWARE\Policies\Microsoft\SystemCertificates, the issued certificate appears once the VPN profile applies.

Troubleshooting and Best Practices

If an Autopilot deployment or Intune policy fails:

Run dsregcmd /status to confirm Azure AD join status.
Use the Intune Troubleshooting Blade in the admin center to identify sync or configuration errors.
Check Event Viewer → DeviceManagement-Enterprise-Diagnostics-Provider (Event ID 814) for policy application confirmation.
For certificates or app deployment errors, verify that Device Configuration Profiles are correctly assigned to the right groups.

Tip: Always test deployments in a pilot group before a company-wide rollout.

Scenario Outcome

Within two days, Contoso’s IT team successfully shipped 10 Windows 11 Enterprise laptops that were:

Fully configured through Windows Autopilot.
Joined to Azure AD and enrolled in Intune.
Equipped with corporate apps, certificates, and security settings.
Ready for users to sign in and start work immediately.

Key Takeaways

Windows Autopilot is the best option for modern, zero-touch deployment — especially for remote or hybrid users.
Provisioning Packages provide flexibility for offline or quick configurations.
Custom Images work well for highly specialized or restricted environments.
Intune centralizes all aspects of deployment — from OS upgrades to app installations, certificate deployment, and compliance management.

By aligning these deployment strategies with your organization’s needs, you can dramatically reduce setup time, improve security, and deliver a better onboarding experience for users.

References