Windows 11’s Microsoft Store has quietly added a seemingly small but long‑overdue convenience: you can now uninstall Store‑managed apps directly from the Store’s Library page, and Microsoft has paired this consumer‑facing tweak with a supported, policy‑based mechanism for device‑level removal of in‑box Store packages in enterprise environments.
Background / Overview
For years Windows users have relied on multiple tools to remove apps: Settings → Apps for modern packages, Start‑menu context actions, PowerShell/
Get-AppxPackage for UWP/MSIX,
winget for scripted removals, and DISM to strip provisioned packages from an image. That fragmentation meant extra clicks for consumers and fragile, maintenance‑heavy scripts for administrators. The Microsoft Store’s Library uninstall closes a UX gap for consumers, while the new ADMX/MDM policy — named
Remove default Microsoft Store packages from the system — gives IT a supported, auditable surface to deprovision selected in‑box Store packages on Windows 11 Enterprise and Education devices running version 25H2. These are two related but distinct changes: one is a user experience refinement in the Store client, the other is a management feature for organizations. Both are incremental, practical, and aimed at making app lifecycle tasks less error‑prone.
What changed in the Microsoft Store (consumer UX)
The Library uninstall: what it is and how it appears
The Microsoft Store’s Library page now exposes an
Uninstall action for apps that are installed and managed by the Store. In practice this shows up as the familiar three‑dot menu on each Library entry where an
Uninstall option is now offered, letting you remove the app without switching to Settings → Apps. The change was first observed in Windows Insider previews and requires a Store client at or above the preview family noted in Insider notes (Store releases around the
22510.1401.x.x branch have been referenced in preview changelogs).
Why this matters for everyday users:
- It reduces friction—remove a recently installed or trial app where you found it.
- It consolidates app management: the Store becomes not just the place to acquire apps, but also a place to manage installed Store content.
- It aligns Desktop expectations with mobile app stores where library/installed lists commonly include uninstall actions.
How to use the feature (quick steps)
- Open Microsoft Store.
- Select Library from the left pane.
- Locate the installed app you want to remove.
- Click the three‑dot menu (⁝) next to the app and choose Uninstall.
If you’re running an Insider build and your Store client shows the update, the uninstall action should be visible; otherwise the option may not exist yet on your machine. The rollout has been staged via Store updates and server‑side gating.
Policy‑based removal for enterprises (Windows 11, version 25H2)
The new device‑level policy explained
Microsoft introduced a device‑level ADMX/MDM policy called
Remove default Microsoft Store packages from the system targeted at Windows 11 Enterprise and Windows 11 Education, version
25H2. This setting lets administrators pick from a curated list of preinstalled Microsoft Store apps to
deprovision at the device level. Enforcement runs during provisioning events such as OOBE, first sign‑in after an OS upgrade, or when the policy is updated and applied. The feature is presented as a supported alternative to brittle scripts and DISM hacks. Key management surfaces:
- Group Policy path: Computer Configuration → Administrative Templates → Windows Components → App Package Deployment → Remove Default Microsoft Store packages from the system.
- Intune (Settings Catalog / Administrative Templates): the same setting is available for device configuration profiles.
- Direct MDM CSP OMA‑URI:
./Device/Vendor/MSFT/Policy/Config/ApplicationManagement/RemoveDefaultMicrosoftStorePackages (accepts an XML/ADMX payload).
Apps in scope
Microsoft publishes a curated list of apps that are eligible for removal via the policy. The initial lists include consumer and utility apps such as Calculator, Photos, Notepad, Paint, Snipping Tool, Xbox components, Teams, and others; Microsoft has stated the list will be updated over time. The policy is intentionally
targeted—it does not attempt to be a universal debloat tool and excludes many OEM or third‑party preloads that are outside Microsoft’s curated set.
How this changes administration and imaging workflows
- It replaces many fragile community scripts and DISM image surgery for supported in‑scope Store packages.
- Enforcement is auditable and integrated with Group Policy and Intune, giving organizations traceable, repeatable behavior across provisioning and upgrades.
- It works at the device level (not per‑user), so deprovisioning affects the machine image and newly created accounts.
- It does not, however, eliminate the need for other tools to remove OEM preloads or non‑Store software; enterprises will still rely on imaging controls, OEM agreements, and traditional management tooling for out‑of‑scope items.
Why these changes matter — practical benefits
- For consumers and help desks: a more intuitive, single surface for removing Store apps reduces time‑to‑resolution for common support tasks and makes it faster to clean up trial or ephemeral installs. The UI change is low risk and immediately useful.
- For IT admins: the new ADMX/MDM policy provides a supported, centralized mechanism to control a predefined class of inbox Store packages, reducing manual overhead and the churn of brittle scripts that break after feature updates. Integration with Group Policy and Intune makes the workflow familiar for enterprise teams.
- For the platform: incremental improvements like this make Windows more consistent with modern expectations—stores that let you manage installs from within the store are the norm on mobile and many desktop ecosystems. This change also nudges more lifecycle management into first‑party, supported surfaces.
Risks, limitations, and important caveats
1) Re‑provisioning and managed devices
A crucial caveat is that a
local uninstall does not always equal permanent removal on managed devices. Apps provisioned by MDM/Intune, by OEM workflows, or by OS provisioning can be re‑deployed after an uninstall. Administrators should not rely solely on the Store’s Library uninstall for persistent fleet‑wide remediation; instead, use the device‑level policy for supported packages or adjust provisioning images for long‑term results.
2) Policy scope and SKU limits
The policy is available only on
Windows 11 Enterprise and Education, version 25H2 (and Dev/Insider preview builds where Microsoft is testing). Consumer SKUs and older Windows 11 builds are not covered by this device policy. Enterprises must plan OS versioning and SKU eligibility before relying on the feature.
3) Curated list, not a wildcard
Microsoft maintains control over which apps can be deprovisioned through this policy. That means:
- Some apps you consider “bloat” may not be removable via this mechanism.
- The list can evolve; administrators must validate exact app identifiers and supported items against the current platform documentation. Treat published lists as point‑in‑time snapshots.
4) Staged rollout, feature gating, and preview fragility
Both changes are being rolled out in a staged fashion (Insider channels, Store client updates, server‑side gating). Expect uneven availability across devices, and for preview builds to have rough edges. For organizations, this means piloting and controlled rings remain essential.
5) Not a replacement for image control or OEM conversations
The policy does not remove the need for careful supplier/OEM management of preloads and recovery images. For truly permanent fleet configurations, enterprises should incorporate these policy controls into a broader image and provisioning strategy (e.g., Autopilot + Intune + custom images) and validate behavior across upgrade scenarios.
Technical verification: what’s been confirmed
- The Microsoft Store Library uninstall was observed in Insider changelogs and preview notes tied to Store updates in the
22510.x preview family; Insiders running Store versions around 22510.1401.x.x reported seeing the new Uninstall action on library entries. This aligns with multiple Insider flight notes and community reports.
- The policy name Remove default Microsoft Store packages from the system and the administrative surfaces (Group Policy path and MDM CSP) are documented in Microsoft’s IT Pro blog and Support documentation. Microsoft explicitly lists initial apps in scope and describes enforcement points (OOBE, sign‑in after OS upgrade, policy update).
Both of these claims were verified against Microsoft’s official IT Pro blog and Support documentation as well as Insider release notes and third‑party reporting compiled during the staged rollout. Cross‑referencing ensures that the policy exists as Microsoft described and that the Store client change is a real, staged update.
How to plan and test this in real environments
For consumers / power users
- If you’re an Insider and see the Store client update, try the Library uninstall on a non‑critical machine first.
- Remember that uninstalling Store apps from the Library is primarily a convenience; for persistent system‑level removals, use
winget, DISM, or PowerShell as appropriate and only after validating the package to avoid removing runtime libraries.
For administrators and IT staff
- Pilot the policy in a limited ring (test devices running
25H2 Enterprise/Education).
- Import the updated ADMX templates into your central policy store and verify the Group Policy path: Computer Configuration → Administrative Templates → Windows Components → App Package Deployment → Remove Default Microsoft Store packages from the system.
- Create an Intune Device configuration profile using the Settings Catalog / Administrative Templates entry and assign to a pilot device group.
- Validate enforcement triggers: OOBE provisioning, first‑sign in post‑upgrade, and policy refresh scenarios.
- Audit Event logs for Appx/AppxDeployment operational messages and confirm removals. Use the Event Viewer paths Microsoft documents to confirm success.
Verification checklist
- Confirm OS SKU and build: Windows 11 Enterprise/Education
25H2.
- Confirm device enrollment state if using MDM.
- Test rollback and reinstallation flows for apps removed by policy (some apps may be reinstalled by Microsoft Store updates or OEM recovery if not fully deprovisioned from images).
- Maintain backups and BitLocker keys when testing provisioning and OOBE behaviors.
A critical look: strengths, gaps, and what remains
Notable strengths
- Practical UX improvement: letting users uninstall Store apps from the Library is a low‑risk, high‑value change that reduces repetitive support tasks.
- Supported enterprise control: the ADMX/MDM policy provides a first‑party, auditable mechanism to remove a defined set of in‑box apps—something administrators have requested for years.
- Modernizes lifecycle management: integrating app removal into management frameworks helps reduce reliance on unsupported community scripts and fragile DISM edits.
Remaining gaps and risks
- Scope limitations: the policy covers only a curated list of Store apps and applies to Enterprise/Education SKUs on
25H2—OEM and third‑party preloads remain outside its remit.
- Re‑provisioning risk: local uninstalls by end users can be reversed by provisioning or MDM; admins must use the policy or image changes for permanence.
- Staged availability and gates: server‑side enablement and staged rollouts mean heterogeneous behavior across fleets; documentation and support workflows must reflect that friction.
- Potential for misconfiguration: device‑level removal can delete user data tied to those apps; testing and communication are essential before broad rollout.
When evaluated as a pragmatic set of improvements rather than a sweeping overhaul, the changes are solid—
they address real, narrow pain points without inventing dangerous “debloat” tools or overreaching into image management. But organizations should not treat the policy as a universal cure; it is a safer and supported alternative for a subset of scenarios.
Recommendations (actionable and prioritized)
- For Windows enthusiasts: update your Microsoft Store client via the Store and try the Library uninstall on a secondary machine if you’re in the Insider program. Use the Store uninstall for quick cleanups and prefer
winget/Settings for bulk or scripted tasks.
- For IT pilots: plan a pilot deployment for
25H2 Enterprise/Education devices. Import ADMX templates, create an Intune Settings Catalog profile, and scope to a small group. Monitor logs and user impact closely.
- For device image teams: continue to use DISM for image‑level removals where needed, but adopt the new policy for supported in‑scope packages to reduce script maintenance costs. Document exceptions (OEM preloads) and keep recovery/redelivery paths well established.
- For help desk and knowledge authors: update troubleshooting articles to show that the Store Library may now contain an Uninstall option and explain the difference between local uninstall and device‑level deprovisioning.
Final verdict
The Microsoft Store Library uninstall and the policy‑based removal of preinstalled Store apps are
practical, well‑scoped improvements that close long‑standing usability and manageability gaps. The Library uninstall simplifies everyday workflows, while the ADMX/MDM policy gives administrators a supported, auditable tool for device‑level deprovisioning of a curated set of apps. Both features are incremental rather than revolutionary—but incremental support and UX fixes are precisely the changes many enterprises and users have been asking for.
Adopt both pieces thoughtfully: allow end users the convenience of the Store uninstall for immediate needs, but rely on the device‑level policy and image tooling for durable, fleet‑wide configurations. Test in controlled rings, confirm behavior across upgrade and provisioning flows, and treat published app‑lists and Store client versions as dynamic items that need periodic verification.
These updates make Windows feel a little less like a patched‑together set of management surfaces and a little more like a single, coherent platform for acquiring and managing apps—one cautious step at a time.
Source: Windows Central
https://www.windowscentral.com/soft...bout-to-get-much-easier-and-its-long-overdue/