Windows Autopatch Implementation
Windows Autopatch Implementation is a 1-week, $1,950 fixed-fee project that turns on the update automation you are probably already paying for. Windows Autopatch is included with Windows 10/11 Enterprise E3 and E5 (carried in Microsoft 365 E3, E5, and F3), and since Microsoft opened its features in April 2025 it is available to Microsoft 365 Business Premium and A3/A5 tenants too — yet most organizations still patch by hand or through an aging WSUS server. IT Partner verifies your licensing and prerequisites, designs your Autopatch groups and deployment rings, configures quality, feature, and driver/firmware update policies, cleans up conflicting WSUS and Group Policy settings, and hands over working reporting plus a documented exception and rollback process. Third-party application patching and server patching are outside Windows Autopatch's design and outside this project's scope.
What this engagement is
Manual patching does not fail loudly. It fails as a growing gap between the updates Microsoft ships and the updates your fleet actually installs — until an incident, an audit, or a cyber-insurance questionnaire asks how patching is managed and the honest answer is 'someone runs Windows Update when there is time.' WSUS, the traditional answer, was formally deprecated by Microsoft in September 2024: it still functions, but it receives no new investment and no longer represents where Microsoft is taking Windows servicing. Windows Autopatch is Microsoft's replacement direction for client patching: a managed service that plans, deploys, and monitors Windows quality updates, feature updates, drivers and firmware, Microsoft 365 Apps, Microsoft Edge, and Microsoft Teams updates across deployment rings — pilot devices first, broad rings later, with pauses and rollback mechanics when a release misbehaves. The economics are the striking part: if you hold Windows 10/11 Enterprise E3 or E5 (included in Microsoft 365 E3, E5, or F3), Autopatch is part of your subscription, and since April 2025 Microsoft has made Autopatch features available to Microsoft 365 Business Premium and A3+ education licenses as well. For most of our clients this service activates something they already own. So why is it so rarely enabled? Because 'included' is not the same as 'running.' Autopatch presumes a working Microsoft Intune and Microsoft Entra foundation, devices that actually reach Windows Update rather than a WSUS server, Group Policy that does not silently fight Intune for control of update settings, and ring assignments that reflect how your organization tolerates change. That is the week of real work this project delivers. If your devices are not yet in Intune, our Microsoft Intune Initial Setup for Windows Device Management service establishes the foundation first, and the two engagements chain cleanly.
Success criteria
What you receive
How the work unfolds
Confirm your Autopatch entitlement path and validate prerequisites: Intune enrollment, Entra ID P1/P2, device join state, update-endpoint connectivity, and existing WSUS or Group Policy update control that must be unwound.
Agree the ring structure, membership approach, deferral/deadline posture, driver policy mode, and which Microsoft update workloads Autopatch will own. You approve the design register before anything changes.
Configure Autopatch groups, deployment rings, and quality/feature/driver-firmware update policies in the tenant, and assign in-scope devices.
Remove or document remediation for WSUS targeting, legacy GPO update settings, and duplicate Intune update rings — the single most common reason Autopatch 'does not work' in real tenants.
Verify devices report into their rings, walk your administrators through the reporting views, and hand over the exception and rollback runbook plus the closeout summary.
Prerequisites
Who does what
IT Partner
- Verify licensing entitlement and every technical prerequisite before changing anything.
- Design and configure Autopatch groups, rings, and update policies to the approved register.
- Identify and clean up conflicting WSUS, Group Policy, and Intune update settings within the agreed scope.
- Validate reporting against live devices and train your administrators on reading it.
- Deliver the exception and rollback runbook and the closeout summary.
Your team
- Provide tenant access and confirm the in-scope device list.
- Approve the ring design, deferral posture, and conflict-cleanup changes.
- Nominate pilot devices or users for the earliest ring.
- Communicate the new update cadence to users.
- Operate the process after handover — pausing rings and approving exceptions is your call day to day, using the runbook we deliver.
What's not included
Limitations & technical notes
Frequently asked questions
What does the Windows Autopatch Implementation service include?
A 1-week fixed-fee enablement: licensing and prerequisite verification, Autopatch group and deployment-ring design, quality/feature/driver-firmware update policy configuration, cleanup of conflicting WSUS and Group Policy settings, validated reporting, and a written exception and rollback process. The fee is $1,950 per tenant, quoted in writing before work begins.
Is Windows Autopatch really included in licenses we already own?
Very possibly. Autopatch is included with Windows 10/11 Enterprise E3 and E5 — which ride inside Microsoft 365 E3, E5, and F3 — and since Microsoft removed feature activation in April 2025, Autopatch features are also available to Microsoft 365 Business Premium and A3/A5 tenants. Microsoft Entra ID P1 or P2 and Intune are prerequisites. We verify your exact entitlement in phase 1 rather than assuming, because Microsoft's packaging does change.
We use Microsoft 365 Business Premium — does Autopatch work for us?
Yes, as of Microsoft's April 2025 change, Business Premium tenants can use Windows Autopatch features. One honest caveat: Microsoft currently reserves direct escalation to the Autopatch service engineering team for Enterprise E3/E5/F3 customers — Business Premium support runs through standard Intune channels. For a typical SMB fleet that trade-off is rarely a reason to wait.
Can Autopatch replace our WSUS server?
For Windows client patching, that is exactly the intended move. Microsoft deprecated WSUS in September 2024 — it keeps working but gets no new investment. Autopatch (with Windows Update for Business under it) is Microsoft's direction for client updates. Part of this project is the unglamorous cleanup that makes the move real: removing WSUS client targeting and legacy Group Policy so devices actually take updates from Windows Update. WSUS serving Windows Server patching is a separate question — servers are not in Autopatch's scope.
Does Autopatch patch our servers too?
No. Windows Autopatch is a client service — Windows 10 and 11 devices. Windows Server and Linux patching belong to a different toolchain (Microsoft's direction there is Azure Update Manager, which also covers on-premises machines connected through Azure Arc). We scope server patching as its own engagement so neither page overpromises.
Does Autopatch update third-party applications like Chrome or Adobe?
No — and no honest Autopatch page should imply it does. Autopatch covers Microsoft update workloads: Windows quality and feature updates, drivers and firmware via its policies, Microsoft 365 Apps, Edge, and Teams. Third-party application patching needs separate tooling and process, which we can scope independently of this project.
How do the deployment rings actually work?
Devices are distributed across rings — a small test ring first, then progressively broader rings. Each ring has deferral and deadline settings, so a monthly quality update reaches pilot devices days before it reaches everyone. If the pilot ring surfaces a problem, the release is paused for later rings before it can do broad damage. We design the ring count and membership around your organization's tolerance for change, not a template.
What happens when an update breaks something?
Two mechanisms, both covered in the runbook we hand over: pausing — stopping a problematic release from advancing to later rings — and rollback, using the removal mechanics Autopatch provides for quality updates and the rollback window for feature updates. The runbook names who decides, how to execute, and when to escalate to Microsoft. Automation without a documented bad-day process is how patching projects lose organizational trust.
Do we lose control of when updates happen?
You trade per-update manual decisions for policy-level control, which is the point. You approve the ring design, deferral windows, deadlines, and the driver policy mode (fully automatic, or review-first for drivers if your hardware fleet warrants caution). Within those policies, Microsoft's service handles the scheduling and monitoring you were doing by hand.
Our devices aren't in Intune yet — can we still do this?
Not directly: Intune-managed (or properly co-managed) devices are an Autopatch prerequisite. The right order is our Microsoft Intune Initial Setup for Windows Device Management first — it establishes enrollment, the security baseline, and basic update management — then this project promotes update management to Autopatch. The two are designed to chain.
Can Autopatch move our fleet to Windows 11?
Autopatch's feature-update policies will deploy and hold a Windows version target for eligible devices, and we configure that as part of this project. But devices that fail Windows 11 hardware requirements need assessment, remediation, ESU bridging, or replacement — that is our Windows 11 Migration and Windows 10 ESU Transition service, and the two pair naturally.
Is one week realistic?
For enablement, yes: verification, design, configuration, conflict cleanup, validation, and handover fit a focused week in a tenant that meets prerequisites. What the week deliberately does not include is a full pilot-to-broad rollout of a monthly release — that runs on the deferral windows you chose, after handover, which is how a ring model is supposed to work.
How does pricing and payment work?
$1,950 fixed for one tenant, quoted in writing before work begins — you pay after you approve delivery. If the licensing check finds you need additional Microsoft licenses (for example Entra ID P1 or Intune), those are Microsoft costs, quoted transparently and purchased only with your approval.