Current Recommended Methods for Managing Windows Updates with Intune and Windows Autopatch

Keeping Windows devices current sounds straightforward until an organization must balance security, application compatibility, user disruption, restart behavior, and operational capacity. Windows Update itself handles the delivery of Microsoft updates, but Microsoft Intune provides the policy and management layer that determines how those updates reach corporate devices.

For many organizations, the decision eventually becomes:

• Should IT build and maintain its own Intune update-ring strategy?
• Should it use Windows Autopatch to automate more of the process?
• Do Microsoft 365 Business Premium or Microsoft 365 E3 cover the required licensing?

How Windows Update Management Works in Intune

Intune does not host Windows update files. Instead, it assigns policies that configure how managed Windows devices interact with Windows Update. Devices then download approved updates directly from Microsoft and install them according to the applicable Windows Update client policies.

One change worth understanding up front: Intune's cloud-based update policies are now processed by the Windows Autopatch service. When an administrator saves a feature, quality, or driver update policy, Intune passes that configuration to Autopatch, which determines which updates are approved for each device. Devices targeted by a quality update policy are automatically enrolled with Autopatch for quality updates. In practice, most Intune update management already runs on Autopatch, whether or not the organization uses Autopatch groups.

The current Intune update-management model includes several related policy types:

• Update rings control deferrals, deadlines, restart behavior, active-hours-related behavior, and the user experience.
• Feature update policies keep devices on a selected Windows release and prevent them from moving beyond it until the organization approves another version.
• Quality update policies manage monthly security, non-security preview, and out-of-band updates, including supported .NET Framework updates. Each update type can be approved automatically (with a deferral of 0 to 30 days) or held for manual approval, and critical updates can be expedited.
• Driver update policies control the approval and delivery of drivers and firmware available through Windows Update.
• Hotpatch, configured through the quality update policy, installs most monthly security updates without a restart on eligible Windows 11 version 24H2 or later devices. Devices still restart for quarterly baseline cumulative updates, so hotpatch reduces restarts rather than eliminating them.

Using both allows administrators to say, in effect, “Keep this device on this Windows release, but apply its normal quality updates according to these deadlines and restart rules.”

What Are Intune Update Rings?

Update rings are Intune policies applied to groups of Windows devices. They provide direct administrative control over how Windows Update behaves without requiring administrators to approve every individual monthly update.

A typical ring defines settings such as:

• Quality update deferral
• Feature update deferral
• Installation deadlines
• Grace periods
• Automatic restart behavior
• User notifications
• Pause controls
• Active hours and restart experience

The purpose is not simply to delay updates. The goal is to create a controlled rollout that exposes updates to a representative group of systems before those updates reach the entire organization.

For example, an organization might maintain:

1. Validation ring: IT, security, and technically capable users representing common hardware and applications.
2. Early production ring: A larger cross-section of business users and device models.
3. Broad production ring: Most managed Windows devices.
4. Special-purpose or exception ring: Systems with a documented operational or compatibility requirement.

What Is Windows Autopatch?

Windows Autopatch is a cloud service integrated with Intune that automates update deployment across Windows and other Microsoft products. Microsoft describes the service as supporting updates for Windows, Microsoft 365 Apps for enterprise, Microsoft Edge, and Microsoft Teams.

Rather than requiring administrators to create and maintain every deployment sequence manually, Windows Autopatch uses phased deployment and rings to reduce risk and user disruption. Autopatch groups provide a logical structure that combines Microsoft Entra groups with update policies and deployment audiences.

Autopatch does not mean that administrators surrender all control to Microsoft. Organizations can still define audiences, rollout schedules, approval strategies, and content-management choices. The difference is that Autopatch provides more orchestration, reporting, and automation around those controls.

Current capabilities available across eligible Business Premium, A3+, E3+, and F3 licensing include:

• Update rings and Autopatch groups
• Windows quality and feature updates
• Driver and firmware management
• Hotpatch for eligible devices
• Microsoft 365 Apps, Microsoft Edge, and Microsoft Teams update management
• Intune and update reporting

Hotpatch deserves a specific mention because its default behavior changed in 2026. Microsoft announced that, beginning with the May 2026 Windows security update, Autopatch enables hotpatch by default for eligible devices. Eligibility requires a qualifying license, Windows 11 version 24H2 or later, virtualization-based security, and a device that is on the current quarterly baseline. Organizations that do not want hotpatch behavior should review their quality update policy settings rather than assume it is off.

Update Rings Versus Autopatch

It is tempting to describe update rings and Autopatch as competing products, but that is not quite correct. Update rings are part of the policy framework used by Windows Autopatch, and Intune's feature, quality, and driver update policies are themselves delivered through the Autopatch service. The real choice is not whether to use Autopatch, but how much of the orchestration to hand to Autopatch groups versus building and sequencing the policies yourself.

Self-Managed Policies and Rings

With a self-managed ring strategy, the customer designs the groups, assignments, rollout intervals, deadlines, exclusions, monitoring process, and operational response. This provides granular control and may fit organizations with mature endpoint teams, specialized change-management requirements, or unusual application-validation needs.

A self-managed ring strategy requires assigned operational ownership for deployment-health reviews, error investigation, exception management, deadline adjustments, and decisions about advancing updates to the next audience.

Autopatch Groups

Autopatch is intended to reduce that administrative overhead. It provides Autopatch groups, phased release capabilities, content controls, reporting, and device alerts within the Intune experience. Microsoft’s documentation states that Autopatch aims to keep at least 95 percent of Up to Date devices (devices that are healthy and reporting, not every enrolled device) on the latest quality update. Progress is measured against a calculated compliance date: for automatically approved updates, the release date plus the policy’s deferral period plus the client’s installation deadline; for manually approved updates, the approval date plus the client deadline.

Autopatch groups are generally the better default for organizations that want a cloud-native approach and do not have a business requirement to construct every servicing workflow themselves. Self-managed policies and rings remain valuable when the organization has a validated need for deeper control or when it must support a specialized deployment scenario.

Current Licensing: Is Business Premium Enough?

Microsoft currently lists Microsoft 365 Business Premium as an eligible Windows Autopatch license.

Microsoft’s prerequisite documentation lists the following eligible licensing families:

• Microsoft 365 Business Premium
• Windows 10 or Windows 11 Education A3 or A5
• Windows 10 or Windows 11 Enterprise E3 or E5
• Microsoft 365 F3, E3, or E5 through their included Windows Enterprise entitlement
• Windows Enterprise E3 or E5 VDA

Business Premium includes the core update-management features discussed here: releases, update rings, quality updates, feature updates, driver and firmware updates, Autopatch groups, update communications, and reporting.

Does Microsoft 365 E3 Cover It?

Yes. Microsoft 365 E3 includes Windows Enterprise E3 and Intune Plan 1, making it eligible for Windows Autopatch and Intune update management.

Microsoft 365 E3 covers the same core Autopatch capabilities listed for Business Premium, including update rings, Autopatch groups, quality updates, feature updates, drivers and firmware, reporting, and eligible hotpatch scenarios.

There is, however, a licensing distinction worth documenting. Microsoft’s current entitlement table shows that customers with E3-and-higher or F3 licensing can submit support requests to the Windows Autopatch Service Engineering Team. That specific entitlement is not listed for Business Premium or A3 licensing. This refers only to the Autopatch-specific engineering channel; Business Premium customers still have standard Microsoft 365 and Intune support.

For many smaller organizations, this difference will not change the technical deployment decision. Business Premium still provides the core service. Larger enterprises may place more value on the additional Autopatch engineering support path included with E3-level entitlements.

Licensing Summary

Licensing is only one part of readiness. Autopatch also requires Microsoft Entra ID P1 or P2 and Intune (both included in Business Premium and Microsoft 365 E3). Devices must be:

• Corporate-owned. Personal (BYOD) Windows devices are blocked during registration checks.
• Enrolled in Intune, or co-managed with the Windows Update and device configuration workloads set to Intune or Pilot Intune.
• Microsoft Entra joined or hybrid joined. Microsoft Entra registered devices have more limited policy support.
• Checked in with Intune within the last 28 days and able to reach the required Microsoft endpoints.

Deployment scheduling works regardless of diagnostic data settings, but Autopatch's population-based deployment protections require devices to send at least Required diagnostic data. Some Autopatch-backed policy types also require the Microsoft Account Sign-In Assistant service to remain available.

My Practical Recommendation

For a new deployment, I would start with Windows Autopatch when the tenant and devices meet the prerequisites. This is true for both Business Premium SMB environments and Microsoft 365 E3 enterprise environments.

Build self-managed policies and rings only when there is a documented reason, not simply because they are familiar. Examples may include specialized testing requirements, application dependencies, unusual maintenance windows, or a mature change-control process that requires customer-managed release decisions.

Whichever model is selected, keep the design understandable:

• Use multiple deployment audiences rather than one broad ring.
• Make the earliest group representative, not just convenient.
• Separate Windows-version control from restart and deadline behavior.
• Keep exclusions narrow and review them regularly.
• Monitor errors, conflicts, and devices that stop reporting.
• Document ownership and response procedures before an update incident occurs.

The best update strategy is not the one with the most policies. It is the one the organization can operate consistently, explain clearly, and verify through reporting.

Final Takeaway

Licensing is not the deciding factor between Business Premium and Microsoft 365 E3; both cover the Autopatch features that matter for Windows servicing. The real decision is how much of the update lifecycle the organization wants to orchestrate itself.

For most cloud-managed environments, start with Autopatch groups. Update rings remain essential for deadlines and restart behavior, and self-managed sequencing is worth its overhead only when a documented requirement calls for it.

References

• Windows updates in Microsoft Intune
• What is Windows Autopatch?
• Windows Autopatch prerequisites and licensing
• Start using Windows Autopatch
• Manage Windows Autopatch update rings
• Windows quality updates and .NET Framework updates
• Hotpatch updates