Windows 11 25H2 Enablement Pack: AI Productivity, Accessibility, Security

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Microsoft’s incremental Windows 11 25H2 update arrives as more than just a cosmetic refresh — it’s a strategic enablement package that flips long‑staged feature flags, formalizes months of Insider previews, and tightens the platform around AI‑first productivity, accessibility, and security priorities. The package may install quickly, but the payoff spans Start menu ergonomics, smarter window management, built‑in accessibility, and deeper ties to Microsoft 365 and Copilot experiences — with important hardware and licensing caveats IT teams and power users must weigh before pressing Install.

Blue-tinted laptop screen shows Windows 11 with app tiles and a video call panel.Background / Overview​

Windows 11 version 25H2 is delivered as an enablement package (eKB) for devices already patched to the same servicing branch; that means the update is small and fast to apply, and in many cases the binaries were already present in prior cumulative updates but kept dormant until feature flags were flipped. For organizations this brings a familiar deployment model: lower upgrade disruption, but a need to understand which features are gated by hardware, region, or Microsoft 365 licensing.
Microsoft positions 25H2 around three overlapping priorities: AI‑driven productivity and Copilot integrations (including staged on‑device models on certified Copilot+ PCs), accessibility improvements (Live Captions, Voice Access and Narrator refinements), and platform hardening that removes legacy components while expanding hardware‑rooted protections. The update also includes a number of interface and app refinements that users will notice in daily workflows.

What 25H2 actually is — and isn’t​

  • Not a full rebase: 25H2 uses the same servicing branch as 24H2; for many users it’s a lightweight switch. That lowers risk but increases the chance people will assume it adds entirely new code when many features were already staged earlier.
  • Gated feature model: Several headline experiences, especially AI features, are gated by hardware (Copilot+ NPUs), licensing (Microsoft 365/Copilot), or regional policy. Expect feature availability to vary across devices.
  • Removals and hardening: Microsoft has removed legacy components such as PowerShell 2.0 and WMIC from the shipping image — a deliberate modernization move that improves security but requires migration of legacy scripts.

Seven standout features (examined, verified, and contextualized)​

The mainstream headlines list “seven features you must try.” Below is a verification and deeper look at each — what’s new, who benefits, and what to watch for.

1. Enhanced Start Menu customization​

What changed: The Start menu receives multiple layout and discovery improvements — expanded pinned app display, an improved All apps view with Category / Compact grid / Classic list options, a Phone Link sidebar, and options to hide the Recommended area. These changes aim to reduce friction for users who have large app sets and want faster discovery.
Why it matters: The Start menu is a daily touchpoint; even modest reductions in clicks and visual noise translate to time saved across the day. Enterprises can benefit from the improved discoverability and the ability to pin system folders.
Caveats and tips:
  • Some UI behaviors remain regional or staged; not every device will see the full slate immediately.
  • If your organization trains staff on a fixed Start layout, test the new views with a pilot group — the new defaults may change workflow assumptions.

2. Focus Sessions in the Clock app (productivity + Spotify and To‑Do integration)​

What changed: Focus Sessions (the Clock app feature) continues to be refined: it integrates with Microsoft To Do for task selection and with Spotify for focus music, offers timers and break scheduling, and ties to system Focus/Do‑Not‑Disturb settings. These behaviors are documented and remain core to Windows’ distraction‑management tools.
Why it matters: For students, knowledge workers, and anyone using the Pomodoro technique, Focus Sessions centralizes task selection, timing, and background audio without needing third‑party timers. The integration with To Do means your tasks can sync across devices.
Caveats and tips:
  • Spotify integration has historically suffered intermittent service issues in earlier builds; link flows should be tested if your team depends on it. If the Spotify link prompt fails to load, check support channels for fixes or known certificate issues.

3. Snap Layouts improvements (smarter, multi‑monitor aware)​

What changed: Snap Layouts and Snap Groups continue to get smarter: the layout flyout offers clearer suggestions, Snap Assist remembers previous groupings, and multi‑monitor re‑docking/docking behavior is improved so layouts are restored more reliably. Microsoft’s and independent reporting confirm these workflow enhancements aimed at multitaskers and creators.
Why it matters: Users who work with multiple documents, virtual desktops, or external monitors will see less friction when toggling between docked and undocked states — a real productivity win for developers, designers, and data analysts.
Caveats and tips:
  • Layout restoration still depends on driver and firmware behavior for some docking stations; validate with your common hardware configurations before wide deployment.

4. Dynamic Refresh Rate (DRR) — smoother visuals, better battery life​

What changed: Dynamic Refresh Rate (DRR) is a built‑in display management feature that lets Windows automatically switch between high refresh rates (for smooth inking, scrolling, and animations) and lower refresh rates to conserve power when static content is displayed. The Microsoft support pages document how to enable DRR and explain the hardware prerequisites (display that supports VRR and minimum 120 Hz) and driver requirements.
Why it matters: On modern laptops, DRR can materially improve battery life while maintaining responsiveness for interactive tasks. It’s especially relevant for high‑refresh panels in premium laptops.
Caveats and tips:
  • DRR requires compatible hardware (VRR + >=120 Hz) and correct graphics drivers; users have reported DRR disappearances after certain updates or driver changes — test on your representative device fleet.
  • Games that expect constant high refresh rates may be affected; provide guidance to power users to disable DRR for specific titles.

5. Integrated Live Captions (on‑device captioning and translations)​

What changed: Live Captions is now a fully integrated accessibility feature across Windows 11 (available since 22H2 and enhanced in 24H2/25H2), able to generate captions for any audio or video and — on Copilot+ devices — to translate from many languages into English in real time. Microsoft documents that Live Captions can run on‑device (audio and captions do not leave the device), supports user customization, and can include microphone input to caption conversations.
Why it matters: Built‑in captions help deaf and hard‑of‑hearing users and improve accessibility in noisy or remote work contexts. On‑device translation for Copilot+ PCs opens new possibilities for multilingual meetings and media consumption.
Caveats and tips:
  • Translation availability and language sets vary by hardware class; Copilot+ NPUs enable the most advanced translation features. If you rely on translation for critical meetings, validate the supported language pairs on your devices.
  • Some users and Insiders have reported instability with translation in specific builds; test on target devices and update language packs via Settings when prompted.

6. Improved Microsoft Teams (taskbar ties, meeting flows, and in‑OS notifications)​

What changed: Windows 11’s Teams/Chat experiences continue to evolve: the early “Chat” flyout has been repackaged over time and Microsoft is shifting how Teams is surfaced on the taskbar — from a dedicated Chat flyout to pinned app shortcuts and companion taskbar apps for Microsoft 365 scenarios. The system now offers faster meeting access, richer notifications, and companion taskbar apps (People, File Search, Calendar) for Microsoft 365 subscribers.
Why it matters: For hybrid workers, the tighter integration reduces time to join meetings, surface quick chat replies, and access shared files — lowering friction for collaboration.
Caveats and tips:
  • Microsoft has been iterating quickly; some integrated UI elements (the Chat flyout) have been removed or repackaged in recent preview builds, so behavior varies by update. Admins should confirm the exact Teams experience users will see post‑update.

7. Security enhancements: ransomware protections, hardware‑rooted security, and updated authentication​

What changed: 25H2 continues Microsoft’s security hardening with kernel‑level memory safety investments, expanded hardware‑rooted protections (TPM/secure boot/VBS and secured‑core options), passkey and Windows Hello modernization, and removal of older attack surfaces (PowerShell 2.0, WMIC). Microsoft’s IT documentation outlines deployment controls and the intent to raise the baseline while providing IT controls for managed environments.
Why it matters: Enterprises benefit from a higher base security posture and smaller attack surface, which can reduce exposure to firmware and kernel attacks if devices meet hardware prerequisites.
Caveats and tips:
  • Hardware gating matters: many of these protections only produce measurable benefits on properly provisioned hardware (TPM 2.0, secure boot, vetted drivers). Inventory and firmware/driver posture are prerequisites.
  • Legacy automation: scripts and admin tools using PowerShell 2.0 or WMIC will break; migrate to PowerShell 7/5.1 and CIM cmdlets ahead of broad deployment.

Critical analysis — strengths, deployment risks, and real‑world impact​

Strengths​

  • Low friction rollout model. As an enablement package, 25H2 installs quickly on fully patched machines and dramatically reduces downtime for users while unlocking months of staged improvements. This is ideal for organizations that prefer fast, low‑impact updates.
  • Productivity gains that compound. Snap restoration, Start refinements, and File Explorer AI actions — while small individually — compound into meaningful daily time savings for power users and knowledge workers.
  • Privacy‑forward AI options. On‑device Live Captions and some Copilot experiences can run locally on Copilot+ hardware, reducing the need to route sensitive content through cloud services. Microsoft documents that Live Captions processing occurs on‑device.

Risks and limitations​

  • Hardware and licensing fragmentation. Many headline features are gated by Copilot+ hardware NPUs or Microsoft 365/Copilot licensing. Expect a mixed experience across fleets; do not assume feature parity across device classes. The NPU performance thresholds often cited in community reporting (e.g., ~40+ TOPS) are provisional and should be validated against OEM certification documentation. Flag these as provisionally reported until you consult vendor certification pages.
  • Compatibility churn. Removal of legacy utilities and driver/firmware dependencies means some older management tools or imaging workflows may fail. IT teams must test EDR/AV/management agents, and migration of legacy scripts is mandatory.
  • Partial rollouts and regional gating. Features like Recall or advanced Copilot agent behaviors were delayed and regionally limited during previews; expect staged availability that can complicate communication to end users.

Deployment checklist — how to prepare IT and power users​

  • Inventory hardware capabilities:
  • Confirm TPM 2.0, Secure Boot, supported UEFI, and whether devices are classified as Copilot+ (NPU presence).
  • Test agents and drivers:
  • Validate EDR, AV, and management agents against the 25H2 ISO/build in a lab; watch for driver‑related issues like DRR disappearing after updates.
  • Migrate legacy automation:
  • Replace PowerShell 2.0 scripts and WMIC usage with PowerShell 5.1/7+ and CIM/WMI cmdlets.
  • Pilot targeted features:
  • Run a pilot group with representative devices to validate Live Captions, DRR, Snap layout behavior, Teams flows, and Focus Sessions. Capture user feedback and telemetry.
  • Document experience variance:
  • Prepare user comms explaining that features may vary by device and licensing, and provide quick how‑tos (enable Live Captions via Windows+Ctrl+L; open Focus Sessions via Clock app; DRR via Settings > System > Display > Advanced display).

How to get the update (concise user steps)​

  • Open Settings → Windows Update.
  • Click Check for updates; if the 25H2 enablement package is available for your device it will appear as a small "feature update" or eKB.
  • Download and install; a single restart is typically required for already‑patched 24H2 devices. For WSUS/ConfigMgr managed environments, Microsoft announced WSUS availability timing and servicing guidance in its IT documentation — consult your update channel and update controls.

Feature deep‑dives: quick usage tips​

  • Live Captions: Press Windows + Ctrl + L to toggle; personalize caption styles and choose whether to include microphone audio for in‑person captions. On Copilot+ PCs, translation to English and certain other target languages is available.
  • Focus Sessions: Open Clock app → Focus sessions; link Microsoft To Do and Spotify to pick tasks and playlists before you start. Focus automatically engages Do‑Not‑Disturb and hides taskbar flashing.
  • DRR: Settings → System → Display → Advanced display → Dynamic refresh rate toggle. DRR requires VRR support and a high refresh panel (≥120 Hz). If DRR disappears after an update, verify graphics drivers/INF and consult OEM guidance.

Final verdict — who should install now, and who should wait​

  • Install now if:
  • Devices are modern, well‑maintained, and you want fast enablement with minimal downtime.
  • You use Copilot+ hardware and need on‑device AI features (Live Captions translation, local Copilot prompts).
  • Wait or pilot if:
  • You manage heterogeneous fleets with older hardware, legacy automation, or tightly controlled imaging processes. The removal of WMIC/PowerShell 2.0 and driver sensitivity (e.g., DRR) mean a staged pilot is the safer path.
  • Consider mixed rollout:
  • Use a phased approach: pilot on a selection of device models (including Copilot+ certified hardware if applicable), then expand to general users once telemetry is positive.

Conclusion​

Windows 11 25H2 is a pragmatic, strategically important release: small to install, but big in how it unlocks months of staged improvements across productivity, accessibility, and security. The most meaningful gains come from cumulative usability tweaks (Start menu clarity, Snap resilience, Focus Sessions) and cautious AI integration that can remain privacy‑friendly when run on‑device. Yet the version’s real‑world impact depends heavily on hardware, drivers, and licensing — and the removal of legacy tooling requires careful migration planning. For IT leaders and power users, the sensible path is a measured, test‑driven rollout that validates critical flows (DRR, captions, Teams, Snap layouts) on representative hardware before broad adoption.

(If deploying broadly, follow the checklist above, test representative hardware and software combinations, and prepare communications that explain why some features may look different between users — device parity is the key variable in this release.)

Source: indiaherald.com 🖥️ Windows 11 25H2 Update: 7 Amazing Features You Must Try
 

Microsoft quietly repaired the Windows 11 Media Creation Tool (MCT) on October 28, resolving a regression that had left many Windows 10 users unable to create Windows 11 installation media — and the refreshed utility now appears to deliver images aligned with the October 2025 cumulative (the 25H2 26200.6899 family), albeit with a few important caveats for IT pros and power users.

Blue-tinted futuristic computer setup displaying 'MCT PATCHED' with a large numeric readout.Background / Overview​

In late September 2025 Microsoft shipped an updated Media Creation Tool (MCT) binary tied to the Windows 11 25H2 rollout. Users attempting to run that version from Windows 10 hosts reported a reproducible failure: the app would prompt for UAC, flash the Windows splash, then exit without an error. Microsoft acknowledged the problem publicly in its Release Health / Known Issues pages and advised affected users to download the Windows 11 ISO directly while a fix was prepared.
On October 28 Microsoft silently published a new MCT and marked the earlier Windows 10–host compatibility issue as resolved. Community testing and independent reporting indicate the updated MCT now produces installer media that includes recent cumulative updates (the October 2025 LCU), and WindowsLatest’s testing specifically observed MCT downloading Windows 11 25H2 Build 26200.6899 — the October 14, 2025 cumulative.
This fix matters for three groups in particular:
  • Home users and small IT teams who depended on MCT to create bootable USB installers from their existing Windows 10 PCs.
  • Refurbishers and technicians who build recovery media often and want media that’s closer to current patch baselines.
  • Imaging teams and enterprise admins who prefer canonical Microsoft media for clean installs and validation.

What Microsoft actually confirmed​

Microsoft’s Windows 10 known-issues page documented the problem and then confirmed the resolution date. The timeline and the official wording are straightforward: the MCT binary released in late September (identified internally as version 26100.6584 by Microsoft) “might not work as expected when used on Windows 10 devices,” and that the tool “has been updated to a new version on October 28, 2025.” That notice is Microsoft’s authoritative signal that the regression was addressed.
At the same time, Microsoft’s October 14, 2025 monthly cumulative (KB5066835) sets the shipped OS build numbers for Windows 11 25H2 to 26200.6899 (and 24H2 to 26100.6899). That same build family is what community testing has reported the refreshed MCT now pulls for the 25H2 images.

Key verified points​

  • The MCT regression on Windows 10 (silent exit) was acknowledged as a confirmed issue.
  • Microsoft updated the MCT and marked the issue resolved on October 28, 2025.
  • The October 2025 cumulative moves 25H2 to Build 26200.6899, which independent reports and hands‑on testing show the updated MCT pulls.

What changed in the Media Creation Tool — technical detail​

Historically, the MCT has produced baseline ISOs that did not always include the newest monthly cumulative (LCU) at creation time. That meant newly installed machines often needed multiple rounds of updates after first boot.
The updated MCT behavior observed in October 2025 shows two practical deltas:
  • The tool more frequently returns an ISO that already contains the most recent monthly cumulative (LCU), reducing the number of post‑install updates required.
  • The earlier binary had developed a compatibility issue when run on Windows 10 hosts; the October 28 refresh is intended to restore predictable operation on Windows 10 machines.
Why this matters operationally:
  • For clean installs, an ISO that includes the latest LCU reduces network traffic and post‑install downtime during first‑boot.
  • For imaging, fresher baseline ISOs shorten the gold‑image validation loop and reduce the chance of encountering update-related installation failures during staged rollouts.

What we verified (builds, dates, and numbers)​

Every claim about build strings and dates in this space should be validated against Microsoft’s update catalog and release health entries.
  • Windows 11 25H2 Build number after October 14 Patch Tuesday: 26200.6899. This is documented in Microsoft’s KB release notes for October 14, 2025 (KB5066835).
  • Microsoft labeled the MCT compatibility issue as opened on October 10 and later resolved on October 28, 2025; the vendor’s Release‑Health page explicitly records those timestamps.
  • WindowsLatest reported the refreshed MCT version string as 10.0.26100.7019 and noted the tool downloads the 25H2 26200.6899 baseline in its tests. That observation is consistent with Microsoft delivering refreshed installers that include recent LCUs, but the precise MCT file version is not spelled out on Microsoft’s support record; treat that particular version string as community reporting rather than an official Microsoft manifesto unless Microsoft publishes an explicit binary version note.
Caveat: Microsoft’s release‑health notices record the fix and date, but they don’t always publish a human‑readable binary version number for small utilities like MCT. When a community outlet reports a specific MCT binary version (for example, “10.0.26100.7019”), that number often comes from local file properties or automated tooling and should be cross‑checked against official Microsoft telemetry where possible. The vendor’s known‑issue page is the canonical source for the timeline and the resolution status.

Strengths: why this fix is meaningful​

  • Restores a trusted upgrade path. For millions of Windows 10 users who still prefer to create installation media from their existing device, the repaired MCT restores the official, supported route for producing USB installers without needing to boot another PC or rely on third‑party helpers.
  • Fresher baseline media. Delivering an ISO that already includes the most recent LCU reduces post‑install update cycles — a real time‑and‑bandwidth saver for people rebuilding multiple devices or provisioning labs. This is particularly helpful where bandwidth is constrained or where minimizing downtime is critical.
  • Cleaner for recovery and repair. The MCT’s ability to produce official, canonical ISOs remains valuable for troubleshooting, repairing a corrupted system, or preparing vendor‑sanctioned media for warranty/repair workflows.
  • Reduces accidental upgrade friction ahead of EoS events. The timing of the repair — just after Windows 10’s end of mainstream support window and the 25H2 rollout — reduces the risk that last‑minute migrants would be left without a convenient Microsoft tool for media creation.

Risks, caveats, and why you should still verify everything​

  • Uneven rollout and host variability. Community reports show MCT behavior can vary across hosts and regions. If the MCT still behaves oddly on a given Windows 10 machine, the pragmatic fallback is to download the ISO directly or run MCT from a Windows 11 host. Always verify the ISO build after first boot using winver.exe.
  • Official binary version ambiguity. Some outlets (including community posts and Windows‑centric news sites) supply a specific MCT binary version string (for example, “10.0.26100.7019”). Microsoft’s support entries confirm the repair date but do not always publish the small‑utility build number. Treat community‑reported MCT version numbers as useful signals but flag them as unverified unless Microsoft publishes an explicit binary manifest.
  • Legacy and Arm64 quirks. Microsoft’s known‑issues page explicitly called out Arm64 hosts as having historically unsupported MCT workflows for creating Arm64‑targeted media from Arm64 Windows 10 devices; that complexity persists in some devices and scenarios. If you have an Arm64 device, plan to use an alternate device or the ISO route.
  • Potential for corrupted media or earlier LCUs. Older MCT copies and some cached bits may still produce older baseline builds (pre‑October), which could trigger the previously observed "media installs but cannot receive further updates" edge case from late 2024 if the wrong LCU is present. Always confirm the integrated build and LCU on any fresh installation.

Practical guidance: when to use MCT and when to use alternate paths​

Below are recommended upgrade and media-creation routes, ordered by risk and convenience.

Low‑risk (recommended for most users)​

  • Use Windows Update when the device shows the 25H2 offer (Settings → Windows Update → Check for updates). This is the simplest in-place path and Microsoft stages this roll‑out to reduce surprises.

Low‑to-moderate risk (manual trigger)​

  • Use the Windows 11 Installation Assistant for an in-place upgrade if Windows Update doesn't show the offer. It’s Microsoft‑supported, checks hardware compatibility, and typically causes fewer headaches than ad‑hoc media creation.

Moderate risk (advanced users who need bootable media)​

  • Use the Media Creation Tool to create a USB or download an ISO if you need an official Microsoft ISO and prefer a single‑step utility. After October 28, the MCT should work again on Windows 10 hosts. However, verify the created media’s build number and checksum before broad use.

Manual but necessary fallbacks​

  • Download the official ISO directly from Microsoft and create a bootable USB using Rufus or Ventoy if MCT misbehaves or you need additional control over partitioning or UEFI boot options. This is also the preferred route for technicians building multi‑image USB sticks or customizing payloads.

Highly manual / risky​

  • Use patched or modified ISOs to bypass hardware requirements only when you understand and accept the security and support implications. This is not recommended for production environments.

Step‑by‑step: creating and validating media (practical checklist)​

  • Backup critical data, including BitLocker recovery keys and system images.
  • Decide on the installation type:
  • In-place upgrade: Installation Assistant or Windows Update.
  • Clean install: MCT or ISO + Rufus/Ventoy.
  • If using MCT:
  • Download MCT from Microsoft’s software‑download pages (the Release Health note indicates the tool was updated Oct 28). Run as Administrator.
  • If MCT still fails on a Windows 10 host, download the ISO directly and proceed with Rufus/Ventoy.
  • After creating the USB or ISO, boot a test VM or spare machine and run winver.exe to check the integrated build (expect 26200.6899 for a freshly patched 25H2 image after Oct 14, 2025).
  • If using Rufus to write the ISO:
  • Use Rufus latest stable release, select partition scheme and target system (GPT + UEFI for modern hardware).
  • If you must support legacy BIOS, ensure the target system architecture is correct.
  • After writing, boot to the USB on a test machine.
  • Verify checksums:
  • Use Get‑FileHash -Algorithm SHA256 on the ISO and compare with Microsoft’s published value when available.
  • Post‑install verification:
  • Run winver.exe to confirm the build version.
  • Check Windows Update and ensure the latest SSU/LCU are applied.
  • For mass deployment:
  • Maintain a small library of signed, hashed ISOs (SHA‑256) for reproducible builds and rollback.
  • Pilot upgrades across a small ring before broad deployment.

Enterprise considerations​

  • Imaging teams should treat the fixed MCT as useful but not sole; continue to rely on internal canonical ISOs and a verified repository of hashed images.
  • For WSUS/ConfigMgr-managed fleets, the staged rollout and WSUS availability may lag consumer channels, so schedule accordingly and test driver/EDR compatibility on the 25H2 baseline. Microsoft’s enablement model (25H2 as an enablement package on top of 24H2) means many enterprise behaviors are unchanged, but lifecycle resets and support timelines do matter operationally.

What to watch next​

  • Watch Microsoft’s release‑health pages for any new MCT advisories or subsequent corrections. The vendor uses these pages for the canonical state of known issues and their resolution dates.
  • Confirm the MCT binary/version on your host if you require exact file metadata as proof for audit or compliance — but be cautious: Microsoft’s public pages often document behavior and dates rather than the low‑level binary version string for utilities.
  • When deploying broadly, always verify the ISO build in a test machine (winver.exe) and confirm the presence of the expected servicing stack and cumulative updates.

Final assessment and practical recommendation​

Microsoft’s October 28 repair to the Media Creation Tool restored a critical, officially supported route for creating Windows 11 installation media from Windows 10 hosts — and community testing shows the updated tool pulls images aligned with the October 2025 cumulative (25H2 Build 26200.6899). That’s a positive operational win: fresher baseline media, fewer post‑install updates, and a repaired official workflow for end users.
However, the episode also serves as a reminder that:
  • Microsoft’s tooling can behave differently across host OS versions and device families (notably Arm64).
  • Community‑reported binary version numbers are useful but not definitive unless Microsoft publishes them.
  • Always verify created media before broad deployment and keep fallbacks ready: direct ISO downloads, Rufus, Ventoy, and the Windows 11 Installation Assistant remain safe alternatives.
Practical takeaway: for most users, trying MCT again is reasonable after October 28 — but validate the ISO (winver and checksum) and be prepared to use the ISO + Rufus route if the tool misbehaves. That balanced approach gives you the convenience of the repaired official tool while preserving the reliability of tested fallbacks.

Conclusion
The Media Creation Tool is once again a viable option for Windows 10 users who need official Windows 11 installation media, and the refreshed images are delivering a cleaner patch baseline tied to Build 26200.6899. Use the repaired MCT if you prefer Microsoft’s one‑step workflow, but keep verification steps and fallbacks in your toolkit — the success of an upgrade still depends on careful preparation, checksum verification, and pilot testing before broad deployment.

Source: Windows Latest Windows 11 Media Creation Tool works again on Windows 10, downloads Windows 11 25H2 Build 26200.6899
 

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