Microsoft has quietly released a powerful new recovery feature for Windows 11 in its latest optional preview update. KB5095093, which landed on June 23, 2026, introduces Point-in-time restore to Windows 11 versions 24H2 and 25H2, giving users a more robust way to roll back their systems after a problematic change. The update brings a 50GB storage cap for restore points and tight integration with the Windows Recovery Environment (WinRE), allowing rollbacks even when Windows fails to start.

This is not your father’s System Restore. Point-in-time restore represents a modern overhaul of Windows’ recovery capabilities, balancing disk space constraints with the need for comprehensive system snapshots. While the optional preview is available now, a broader rollout is expected through July’s Patch Tuesday, making it a standard part of Windows 11 for all compatible devices.

What exactly is Point-in-time Restore?

Point-in-time restore is a new system recovery mechanism that lets users revert their Windows 11 installation to a previous state without affecting personal files. Unlike traditional System Restore, which often saved only registry snapshots and a handful of critical system files, this feature captures a wider array of system state data, including installed drivers, updates, and core OS components.

Think of it as a more comprehensive safety net. When a driver update goes sideways or a botched cumulative update breaks a critical application, Point-in-time restore can roll back those changes while preserving your documents, photos, and settings. The feature creates restore points automatically before significant system events—such as installing a new driver or Windows update—and also allows manual creation via the Settings app.

The “point-in-time” label emphasizes that users can choose from multiple snapshots taken at different moments, not just a single last-known-good configuration. This granularity is a direct response to years of user frustration with System Restore’s limited effectiveness and unpredictable results.

How the KB5095093 update delivers the feature

KB5095093 is an optional preview update, meaning it’s not pushed automatically via Windows Update. Users must manually download and install it from the Microsoft Update Catalog or through Windows Update’s advanced options by enabling “Get the latest updates as soon as they’re available.” It targets Windows 11, version 24H2 (the current annual feature update) and version 25H2 (the upcoming release already in test channels).

Once installed, the Point-in-time restore function is integrated directly into the system. You’ll find it under Settings > System > Recovery, where a new “Point-in-time restore” section appears alongside existing reset and startup options. The update also tweaks the Windows Recovery Environment (WinRE) to include a dedicated rollback tool, ensuring you can access restore points even when Windows won’t boot normally.

This isn’t just a surface-level feature flag. KB5095093 includes a new service, system files, and a significant modification to the volume shadow copy provider that allows for more efficient snapshot creation. Microsoft has clearly engineered this as a first-class recovery mechanism rather than a bolted-on afterthought.

The 50GB storage limit: a necessary compromise?

The most eyebrow-raising specification in KB5095093 is the 50GB storage cap for restore points. That’s a substantial chunk of disk space, especially for users with smaller SSDs where every gigabyte counts. Microsoft’s decision to set a fixed upper limit—rather than a percentage—sparks debate.

Why 50GB? In the modern Windows 11 landscape, a full system state snapshot can easily balloon past 10-20GB when you account for driver store bloat, cumulative update downloads, and interim patch files. A 50GB ceiling ensures that even systems with multiple restore points won’t exhaust all free space, and it provides enough headroom for at least three to four snapshots before older ones are purged.

However, users on 128GB or 256GB SSDs may bristle at the raw number. Those who dual-boot or keep large game libraries could find the allocation restrictive. Microsoft has yet to confirm whether the final public release will allow users to adjust this limit manually, but the current preview build does not expose a slider or configuration option—it’s a hard 50GB. On the plus side, the feature uses differential snapshots, so only changed sectors are stored, not 50GB per point. In practice, total consumption will grow with each restore point, but the first snapshot might be only a few gigabytes.

Rollback via WinRE: recovery when Windows won’t boot

One of the most impressive aspects of Point-in-time restore is its deep integration with WinRE. If a system update or driver installation renders Windows unbootable, you can still access restore points from the recovery environment. This addresses the achilles’ heel of old System Restore, which often required a working Windows environment to even launch.

Here’s how it works: when you boot from a recovery drive or the advanced startup menu (triggered by holding Shift while restarting), the new “Point-in-time restore” option appears under Troubleshoot > Advanced Options. WinRE loads a minimal Windows kernel, mounts the system volume, and presents a list of available restore points. You can select one, confirm, and let the process roll back the system state—all without the main OS running.

This capability is game-changing for IT administrators and support personnel. No more booting from USB media and running DISM commands just to recover from a bad update. The entire experience is graphical and guided, with clear warnings about which applications and drivers will be affected. It also logs the rollback outcome, which can be retrieved post-boot for diagnostic purposes.

System requirements and availability

KB5095093 is currently an optional preview for Windows 11 versions 24H2 and 25H2. To get it now, your device must be fully patched with the latest quality update and have at least 20GB of free disk space—the installation itself needs breathing room. Microsoft recommends installing optional previews only on non-critical systems, as they serve as a test run for the mandatory Patch Tuesday release.

In terms of hardware, any device that runs Windows 11 24H2 or later is compatible, but the Point-in-time restore feature requires UEFI firmware and a GPT-partitioned disk. Legacy BIOS systems won’t have access to the WinRE integration. Also, the feature relies on the Trusted Platform Module (TPM) for integrity verification during rollback, so TPM 2.0 is mandatory—a notable departure from System Restore’s hardware-agnostic design.

Broader delivery via July 2026’s Patch Tuesday means that by mid-July, all Windows 11 24H2 and 25H2 devices will receive the feature automatically as part of the monthly security update. At that point, Point-in-time restore will become a staple of the OS, and administrators can manage it through Group Policy or Intune, though documentation on those controls is scarce as of now.

How it compares to legacy System Restore

Windows loyalists have a complicated relationship with System Restore. Introduced in Windows Me and refined in XP, it worked well in the era of smaller, simpler system footprints. But as Windows grew complex, System Restore often failed to resolve issues, especially those introduced by driver updates or deep registry corruption. Microsoft itself deprecated the feature in newer builds, hiding it behind increasingly obscure menus.

Point-in-time restore is the spiritual successor, but with critical improvements:

  • Snapshot breadth: It captures the entire system state—drivers, registry, COM+ database, WINSXS assembly store, and even certain AppX packages—rather than a limited set of hive files.
  • Rollback reliability: Because it leverages the Windows kernel’s native volume shadow copy infrastructure, recoveries are atomic and far less prone to partial failures.
  • Offline access: The WinRE integration means a non-booting PC is no longer a dead end. This alone reduces support tickets dramatically.
  • Storage efficiency: While the 50GB cap seems large, differential snapshotting means each subsequent restore point uses only delta data, not a full 50GB.
  • Performance: Creation of a restore point now happens in seconds rather than minutes, thanks to a new lightweight snapshot engine introduced in Windows 11’s 2025 platform release.

One missing piece compared to legacy System Restore is the ability to exclude specific drives or create per-volume restore points. Currently, Point-in-time restore only protects the system volume (usually C:), which may disappoint power users who want to safeguard data drives. Microsoft hasn’t commented on whether this capability will expand.

Potential pitfalls and user feedback

Early feedback from the optional preview hints at a few rough edges. Some testers report that the initial restore point creation fails on systems with certain security software installed, likely because antivirus tools lock the volume shadow copy provider. Others note a brief performance hiccup when a restore point is taken during a game or heavy I/O workload.

There’s also the question of 50GB realism. On a fresh Windows 11 install with a 256GB SSD, reserving nearly 20% of total space for recovery may feel excessive. Users on 128GB devices—still common in budget laptops—might find the cap alarming. However, because the allocation doesn’t actually consume 50GB from day one, the impact is gradual. Microsoft may intend to refine the limit based on telemetry before the mandatory rollout.

Administrators will likely need clarity on how this interacts with other backup solutions like File History or third-party imaging tools. Microsoft’s documentation for KB5095093 doesn’t address co-existence scenarios, though past experience suggests that VSS-based snapshots can peacefully share space as long as overall disk capacity isn’t exhausted.

What’s next: broader rollout in July

The optional preview serves as Microsoft’s final validation step. Historically, features introduced in “C” or “D” week previews (like this June 23 release) land in the following month’s “B” week Patch Tuesday unless serious regressions surface. That means July 14, 2026, is the likely date for the mass rollout.

After that, all Windows 11 24H2 and 25H2 devices will receive Point-in-time restore automatically. The feature will be turned on by default, though users can control it via Settings or disable it entirely through the System Protection section. Enterprise customers can manage the feature via mdatp and group policies that govern system restore behavior, though new ADMX templates may emerge closer to release.

Looking further ahead, this appears to be a stepping stone toward a more modular Windows recovery framework. The kernel-level snapshot mechanism could eventually power faster OS resets, side-by-side dual-boot testing, or even a “Chromebook-style” verified boot mode that reverts any unauthorized changes. Microsoft hasn’t confirmed these ambitions, but the underlying technology is clearly designed to scale.

Final thoughts

KB5095093 marks a pivotal moment for Windows 11 reliability. By integrating a robust, offline-accessible restore mechanism directly into the OS, Microsoft addresses one of the most common pain points for average users and IT pros alike. The 50GB storage cap, while controversial, reflects a pragmatic balance between comprehensive protection and disk space realities.

If the July rollout proceeds smoothly, Point-in-time restore could finally deliver on the promise that System Restore made over two decades ago. For Windows enthusiasts and everyday users, it’s a compelling reason to keep automatic updates enabled—and one less worry when the next driver update or cumulative patch threatens to wreak havoc. As always, the optional preview is a chance to test the waters early; just remember that it’s still a preview, so proceed with caution.