EaseUS Disk Copy 6.9.0 Migrate to Win11 One Wizard OS Clone

EaseUS’ Disk Copy 6.9.0 introduces a single‑wizard “Migrate to Win11” workflow that promises to clone a system drive to a new disk and upgrade that clone to Windows 11 in one automated sequence — including built‑in logic to bypass common Windows 11 hardware checks such as TPM and Secure Boot where required.

Background / Overview​

The Windows 10 end‑of‑support date and the stricter hardware gates in Windows 11 forced many users and small IT teams into a short, practical problem: how to preserve applications, settings and data while moving a system to new storage or new hardware and meeting (or working around) Windows 11 requirements. EaseUS has long marketed a family of imaging and migration utilities — Todo Backup, Partition Master and Todo PCTrans — that, when combined, provide the traditional image‑first, prepare‑disk, migrate sequence. Disk Copy 6.9.0 folds those steps into one focused cloning product and adds a one‑step Windows 11 migration option as a core feature.
This update is positioned as a convenience for consumers, enthusiasts and small IT shops that want to replace an aging HDD with a larger HDD/SSD, or move a Windows 10 installation to a new drive while also performing the OS upgrade without reinstalling apps and reconfiguring settings.

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What’s new in EaseUS Disk Copy 6.9.0​

The headline feature: “Migrate to Win11”​

• A single wizard that selects a target disk, clones system partitions, downloads Windows 11 installation payloads, and triggers an in‑place upgrade on the target drive during the reboot/install phase.
• Option to exclude temporary files and caches automatically so the cloned image is leaner and faster to transfer.
• The tool claims to keep the original source disk unchanged — a read‑only source policy during migration to preserve rollback options.

Compatibility bypass and automated prep​

• EaseUS documents that Disk Copy will automatically apply compatibility workarounds when it detects blockers such as missing TPM 2.0, disabled Secure Boot, or processor generation checks, enabling the Windows 11 setup to proceed on hardware that originally failed Microsoft’s eligibility checks.
• The product includes partition layout checks and will prepare the target disk with appropriate EFI/Recovery partitions and GPT layout when required for UEFI boot.

Performance and reliability enhancements​

• Multithreaded read/write engine, 4K sector alignment for SSDs, and smarter error recovery during clone operations are listed as part of the 6.9.0 engine improvements to reduce clone time and increase success rates on modern drives.

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How the “Migrate to Win11” flow works (technical breakdown)​

At a technical level the workflow combines established, well‑known operations; what EaseUS advertises is an automated orchestration of them:

• Create a verified clone of the system partitions on the target disk (sector‑by‑sector or intelligent file copy depending on options).
• Ensure the target disk layout is UEFI/GPT ready — adding an EFI system partition and recovery partitions if necessary, or converting MBR→GPT when prerequisites are met.
• Download or stage Windows 11 installation media and trigger the installer on the next boot into the target environment.
• Apply compatibility bypass modifications so the Windows setup proceeds where official checks would otherwise halt the process.
• After installation, automatically expand partitions, reapply drivers and finalize user settings so the target boots as Windows 11.

Important technical note: EaseUS’ documentation describes the tool downloading Windows 11 and handing off control to the standard Windows installer during reboot, with the cloning software applying necessary changes before or during setup. That approach mirrors the manual sequence many admins and enthusiasts use — it’s simply automated inside Disk Copy’s GUI.

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Strengths and practical benefits​

Consolidates a multi‑step migration into a single workflow​

For hobbyists and small IT teams without formal migration playbooks, the most tangible benefit is simplicity: imaging, disk prep and OS upgrade traditionally required at least two or three different utilities and manual verification steps. Disk Copy 6.9.0 packages these into a guided wizard that reduces operator friction.

Safer rollback options when used correctly​

EaseUS emphasizes keeping the source disk untouched and creating verified images and bootable WinPE rescue media before performing risky operations such as MBR→GPT conversion. When teams follow these best practices the likelihood of a recoverable failure state increases significantly.

Optimizations for modern SSD workflows​

4K alignment, multithreaded I/O and targeted exclusion of non‑essential files reduce the time to clone and lower the chance of encountering transient I/O errors on newer NVMe/SSD platforms. These improvements are meaningful for users migrating to smaller maintenance windows.

Practical for common real‑world scenarios​

• Migrating from older HDDs to SSDs while upgrading to Windows 11.
• Moving a Windows 10 image to a new machine’s drive and installing Windows 11 with minimal app reinstallation.
• Small businesses that need a guided, lower‑skill‑bar migration path.

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Real risks and important caveats​

1. Unsupported hardware equals potential update and support restrictions​

Installing Windows 11 on hardware that Microsoft considers unsupported remains a policy and lifecycle problem. Microsoft does not guarantee that cumulative updates, security updates or feature updates will be delivered reliably to machines that bypass TPM/Secure Boot/CPU checks, and such systems may be excluded from official support paths. This is a practical, not theoretical, limitation.

2. Bypassing checks increases security and maintenance exposure​

The market provides multiple documented ways to bypass Windows 11 checks (registry LabConfig tweaks, Rufus’ extended installer options, and customized media). While technically feasible, bypassing TPM or Secure Boot reduces platform integrity protections and can increase exposure to boot‑level attacks, firmware exploits and certain classes of ransomware. Independent coverage warns that such workarounds carry trade‑offs and should be treated as temporary or last‑resort measures.

3. Partition and boot fragility remains a major failure mode​

Converting partition layouts (MBR→GPT), toggling firmware from Legacy/BIOS to UEFI, or moving boot partitions can render systems unbootable if any step fails or if the machine’s firmware has quirks. Even “non‑destructive” conversions depend on layout simplicity and the absence of exotic setups (dynamic disks, OEM recovery partitions, BitLocker encryption). A verified image and tested WinPE rescue media are mandatory.

4. Licensing, DRM and driver reactivation issues​

Automated migration tools can preserve many applications, but machine‑tied licenses and DRM often require reactivation on the target hardware. Kernel drivers and hardware‑specific components may need manual reinstallation or updates. Plan for license keys and vendor support calls after migrating.

5. Vendor product quality, upsells and support variability​

Community reports about EaseUS and similar vendors show a mix of successful migrations and complaints: trial limitations that block full workflows, aggressive upsell prompts, or edge‑case support scenarios where vendor guidance is slow. Where mission‑critical systems are at stake, evaluate support SLAs and consider professional services.

6. Unverifiable large‑scale reliability claims​

EaseUS can demonstrate the workflow in lab environments and on many combinations of hardware. However, claims about consistent success across “every OEM, firmware and drive combination” are effectively untestable outside of large‑scale independent audits. Treat cross‑vendor success rate claims as marketing until validated by pilot testing in your specific environment.

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Cross‑checking key claims (vendor vs independent reporting)​

EaseUS’ official documentation explicitly describes the “Migrate to Win11” flow — the product pages show the step sequence and note that hardware checks may be bypassed during the process. That vendor description is the definitive claim of capability. Independent technology outlets and community guides confirm that bypass methods exist (registry edits, Rufus’ installer options, and other modified media), and they uniformly caution about the trade‑offs: unsupported hardware may lose update eligibility and be exposed to security and compatibility risks. Major outlets including Windows Central and Tom’s Hardware have published step‑by‑step guides and warnings describing these techniques and their potential consequences. Taken together, vendor claims about functionality are plausible and demonstrable in many cases; the open question is how reliably the tool performs across heterogeneous firmware and driver ecosystems — a question that only careful pilot testing and rollback planning can answer.

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Practical migration checklist — prioritized and actionable​

The following is a concise, practical checklist adapted from both EaseUS guidance and independent migration playbooks. These steps prioritize safety and rollback:

• Inventory & triage
• Run Microsoft PC Health Check on every Windows 10 device and record blockers (TPM, Secure Boot, CPU). Tag mission‑critical machines for a conservative migration path.
• Create verified images
• Use EaseUS Todo Backup or an equivalent imager to produce a full system image. Immediately verify the image by mounting it and restoring a sample file, or run a bare‑metal restore to a spare machine/VM. Keep one offline copy.
• Export keys & prepare rescue media
• Export product keys for Windows, Office, and critical apps. Suspend BitLocker and export recovery keys. Build a WinPE rescue USB and confirm it boots on the target firmware.
• Pilot the EaseUS flow
• Test “Migrate to Win11” on a non‑critical machine that approximates production hardware. Validate that the resulting Windows 11 system boots, drivers install, apps activate, and Windows Update functions. Keep the verified image as a rollback.
• Scale with care
• For fleets, migrate in small batches and keep rollback images accessible. Treat any failure during pilot as a lesson to refine documentation and preflight checks.
• Post‑migration validation
• Reinstall or update drivers, re‑activate BitLocker, confirm EDR/AV and Windows Update behavior, and keep the old image for at least two weeks for safety.

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A step‑by‑step example: Using “Migrate to Win11” safely​

• Prepare: connect target disk (internal slot or USB‑to‑SATA), make a verified image of the source, export keys and disable BitLocker.
• In Disk Copy: choose “Migrate to Win11”, select the target disk and confirm Windows 11 is the desired OS. The tool will download the Windows 11 payload and begin cloning.
• Reboot when prompted; allow Windows setup to run on the target. Disk Copy will attempt compatibility workarounds if the installer blocks the upgrade.
• After install: check boot order, re‑enable BitLocker after confirming stable boot, install missing drivers and update software licenses. Test Windows Update and security tools for at least one full update cycle.

Note: If the machine uses specialized drivers (RAID controllers, enterprise VPN drivers) or has firmware peculiarities, perform a driver and firmware validation before scaling.

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Alternatives and complementary tools​

No single tool is a silver bullet. Consider mixing and matching to reduce vendor‑specific risk:

• Macrium Reflect — widely used for enterprise‑grade bare‑metal imaging and trusted restores.
• Acronis True Image — strong cloud and anti‑ransomware features.
• Rufus + customized ISO workflows — useful when you need fine control over install media and bypass options.
• Native Microsoft tools (MBR2GPT, Media Creation Tool) — useful for deterministic steps that you want to script or audit.

Best practice: perform cross‑tool validations (image with Tool A, restore with Tool B) where practical to reduce single‑vendor failure modes.

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Enterprise and compliance considerations​

• Regulatory and compliance teams should treat any bypass of hardware security features as a policy decision, not a technical trick. Devices that no longer meet baseline security requirements may violate internal or external controls.
• For managed fleets, pilot and acceptance criteria must include full update validation (quality updates and monthly cumulative updates) rather than just initial boot success. Microsoft’s stance on unsupported hardware and updates is explicit: bypassing checks can put a device outside guaranteed update paths.
• For sensitive environments, running Windows 10 as a VM on supported host hardware may be a safer option than bypassing hardware gates permanently.

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Final assessment — measured endorsement with caveats​

EaseUS Disk Copy 6.9.0’s “Migrate to Win11” is a pragmatic response to a real market need: many users want to swap drives, preserve their environment, and move to Windows 11 without reinstalling everything. The technical approach is familiar to experienced admins, but EaseUS’ value—if it matches the marketing—is the automation of that sequence into a GUI‑driven, safer‑by‑default flow that minimizes human error in routine scenarios.
However, there are clear, non‑negotiable caveats: bypassing Windows 11 hardware checks creates long‑term update and security implications; partition and firmware operations remain fragile; and vendor claims about universal success are inherently hard to validate without broad, independent testing. The only reliable path to success is disciplined preparation: verified images, rescue media, pilot testing, license inventory and staged rollouts.

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Bottom line: recommended approach for home users and small IT teams​

• Use Disk Copy 6.9.0’s “Migrate to Win11” as a tool in a validated process, not as a shortcut that replaces backups and testing.
• Create a verified image and test restore before touching partitions or firmware.
• Pilot on a non‑critical machine and validate updates, drivers and licensing.
• If compliance or supportability matters, prefer hardware replacement or official upgrade paths rather than a permanent bypass of security gates.

EaseUS’ new feature is useful and well‑timed for the post‑Windows 10 migration surge; it should be adopted with operational caution and a clear rollback plan rather than as a one‑click cure for all migration problems.

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Source: digitalmore.co EaseUS Disk Copy 6.9.0 Adds "Migrate to… | Digital More
Source: Laotian Times EaseUS Disk Copy 6.9.0 Adds "Migrate to Win11" - Upgrade and Clone in One Step - Laotian Times

 

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EaseUS’ latest Disk Copy 6.9.0 adds a single‑wizard “Migrate to Win11” mode that promises to clone a system disk and perform a Windows 11 upgrade on the target drive in one automated flow — including automated partition preparation, Windows 11 payload staging, and built‑in compatibility workarounds to proceed where official hardware checks (TPM, Secure Boot, CPU list) would otherwise block the upgrade.

Background​

Windows users and small IT teams face a hard calendar constraint: Microsoft ended mainstream support for Windows 10 on October 14, 2025, pushing a large installed base to either upgrade to Windows 11, enroll briefly in Extended Security Updates (ESU), or accept growing security risk. Microsoft’s lifecycle pages and consumer guidance are explicit about those options and strongly encourage upgrading eligible devices or replacing hardware. Disk cloning and OS migration have long been a multi‑step operation: image the source, prepare the target (MBR→GPT, EFI partitions, 4K alignment), stage an installer, perform in‑place upgrade or clean install, restore drivers and apps. EaseUS says Disk Copy 6.9.0 folds those steps into one guided wizard that downloads Windows 11, clones the system to a target disk, prepares boot partitions where necessary, and triggers Windows Setup on reboot — all while offering options to exclude caches and temporary files to make the image leaner.

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What EaseUS Disk Copy 6.9.0 actually claims​

The headline: Migrate to Win11 in one flow​

• The product page and the vendor press release state the new “Migrate to Win11” mode automates disk cloning plus an in‑place Windows 11 upgrade on the target drive, preserving user data, applications and settings during the process.
• EaseUS lists targeted engineering improvements in version 6.9.0: multithreaded read/write, 4K sector alignment for SSDs, smarter error recovery, and options to perform sector‑by‑sector or intelligent (file‑aware) cloning depending on the user’s needs. These are standard, measurable optimizations for disk cloning tools and are documented on EaseUS’ site.

Compatibility workarounds and bypasses​

• The vendor explicitly says Disk Copy can apply compatibility workarounds when it detects blockers such as missing TPM 2.0, disabled Secure Boot, or unsupported CPU checks — enabling Windows 11 setup to proceed on hardware that fails Microsoft’s eligibility checks. EaseUS documents this behavior as part of the migration flow.
• Practically, those workarounds mirror widely known methods: registry LabConfig edits, modified installation media, or installer tweaks (the same techniques used by tools like Rufus or manual registry edits are well documented by independent outlets). That means the functionality EaseUS offers is plausible and can be automated inside a GUI-driven wizard.

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Why this matters: a practical convenience — and a market gap​

For many consumers and small IT shops the pain points have been identical for years: long reinstallations, lost customizations, licensing headaches, and the complexity of partition/firmware conversions. EaseUS’ value proposition is pragmatic:

• Consolidate imaging, partition prep, and OS upgrade into a single guided workflow.
• Lower the skill floor needed to move an OS from an old HDD to a new SSD while also upgrading to Windows 11.
• Provide rollback insurance if users follow best practices (verified images, WinPE rescue media).

Independent coverage and community testing show that packaged, guided orchestration reduces operator error and accelerates routine migrations — particularly for domestic users and small teams that lack formal migration playbooks.

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Technical breakdown: how “Migrate to Win11” likely works​

EaseUS’ documentation and third‑party analysis point to an automated orchestration of familiar, discrete steps:

• Verify source disk and create a verified clone of system partitions (sector‑by‑sector or intelligent copy).
• Prepare the target disk layout for UEFI/GPT (create EFI/Recovery partitions, non‑destructive MBR→GPT where possible).
• Download or stage Windows 11 installation files locally on the target and hand off to Windows Setup during the next boot.
• Apply compatibility bypasses (registry LabConfig, modified installer flags, or equivalent) to let Setup continue on unsupported hardware.
• Post‑install: expand partitions, reapply drivers, finalize user settings, and optionally re‑enable BitLocker after validation.

EaseUS’ pages describe this flow and note the product will download Windows 11 as part of the operation and hand off control to Microsoft’s installer; the novelty is the automation and the GUI guidance rather than any new, undisclosed low‑level trick.

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Strengths: where Disk Copy 6.9.0 delivers real operational value​

• Workflow consolidation — one wizard replaces several manual steps and reduces the chance of human error during multi‑stage migrations. That matters for users who would otherwise juggle imaging tools, partition utilities, and install media.
• Time savings on SSD migrations — 4K alignment and multithreaded IO reduce cloning windows and improve post‑migration SSD performance when the tool correctly aligns partitions. EaseUS documents these optimization features.
• Guided partition prep — automatic detection and creation of EFI and recovery partitions, and conditional MBR→GPT conversions, make UEFI boot readiness less error‑prone for non‑technical users.
• Convenience for common scenarios — replacing HDDs with SSDs, moving an OS to a new machine, and testing Windows 11 compatibility before committing to a fleet‑wide upgrade are exactly the scenarios EaseUS targets. Independent writeups picked up the announcement across regional outlets, validating the product’s messaging reach.

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Real risks and critical caveats​

EaseUS’ marketing uses reassuring language (“zero‑risk”, “original disk data remains untouched”), but reality demands caution. A careful reading of vendor docs and independent guidance reveals several important, non‑trivial risks:

1) Unsupported hardware is an operational and security risk​

• Microsoft’s policy is clear: devices that don’t meet Windows 11’s minimum requirements (TPM 2.0, UEFI/Secure Boot, approved CPU list) are not guaranteed to receive updates, including security updates. Installing Windows 11 on unsupported hardware may leave the device outside official update paths and support channels. That is a policy limitation, not a technical one.
• In short: even if Disk Copy automates the bypass and Setup succeeds, the device may later be ineligible for cumulative updates or may exhibit unpredictable behavior when Microsoft tightens rollout windows. That consequence should factor into any decision to bypass hardware requirements.

2) Bypassing TPM/Secure Boot reduces platform security​

• TPM and Secure Boot are not arbitrary gates; they protect critical boot integrity, credential storage (e.g., BitLocker keys), and other platform‑level security features. Bypassing those protections increases exposure to firmware attacks, pre‑boot malware, and certain classes of ransomware. Independent technical guides and community posts repeatedly call out the trade‑offs of bypass techniques.

3) Partition conversion and boot fragility remain the leading failure mode​

• Non‑destructive MBR→GPT conversion and toggling firmware from Legacy/BIOS to UEFI are common points of failure. Strange OEM layouts, recovery partitions, dynamic disks, or BitLocker encryption complicate conversions and can lead to unbootable systems if a pre‑migration image or rescue media is not prepared. EaseUS and Microsoft both advise verified backups and WinPE rescue media before attempting conversions.

4) “Zero‑risk” messaging is aspirational — not absolute​

• EaseUS states the source disk is kept untouched during migration, but that does not eliminate systemic risk: human error (selecting wrong target), mid‑process power loss, hardware faults, or unforeseen driver incompatibilities can still produce irrecoverable states. Vendor guidance and independent migration playbooks insist on multiple verified backups and physical rescue media.

5) Licensing, activation and application compatibility​

• Some software uses hardware‑tied licensing or DRM that may break after a disk or OS upgrade; reactivation steps and license key exports must be part of any migration plan. Enterprise environments also face compliance and audit concerns if devices are moved into unsupported OS configurations. Independent migration guidance recommends cataloging licenses and testing activations post‑migration.

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Independent verification of the major claims​

The major, load‑bearing claims in the vendor announcement were cross‑checked with multiple independent sources:

• The product announcement and high‑level feature list appear verbatim on EaseUS’ own Disk Copy pages and on PR distribution channels (PR Newswire). EaseUS’ user guidance documents describe the same “Migrate to Win11” flow and the staged installer hand‑off on reboot. This is the vendor’s authoritative description.
• The technical feasibility of bypassing Windows 11 hardware checks is well documented across independent outlets and community forums (registry LabConfig edits, Rufus’ extended installer, manual registry or installer tweaks). These independent articles confirm that the approach EaseUS automates is technically achievable; they also reinforce the security/update caveats.
• Microsoft’s policy on unsupported Windows 11 devices and on Windows 10 end of support is definitive: unsupported Windows 11 installs are not guaranteed updates and Windows 10 support ended October 14, 2025. These are non‑negotiable policy facts that inform risk assessments for any bypass strategy.

Taken together, the vendor’s functional claims are plausible and demonstrably implementable; the safety and support contours of those claims are where independent sources notably diverge in tone — from “this is handy” to “this creates an unsupported state.” Treat vendor convenience as a tool, not a warranty.

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Practical migration playbook (step‑by‑step)​

If you plan to use EaseUS Disk Copy 6.9.0’s Migrate to Win11 mode, follow a strict, conservative checklist:

• Inventory and preflight
• Run Microsoft PC Health Check on each device to record eligibility and hardware status.
• Export product keys and document activation steps for critical software (Office, vertical apps).
• Create verified backups
• Produce a full system image using a trusted imager (EaseUS Todo Backup, Macrium Reflect, Acronis). Verify by mounting or restoring a sample file. Keep at least one offline copy.
• Suspend or decrypt BitLocker
• Suspend BitLocker or export recovery keys. Conversions and setup processes that touch bootloader or partition tables often trigger recovery prompts.
• Prepare rescue media
• Build WinPE rescue USB and test it on the target hardware to confirm it boots. This is your emergency rollback vector.
• Pilot on representative hardware
• Run the EaseUS flow on a non‑critical machine that mirrors your fleet. Validate that Windows Update, drivers, app activations and security software work after the migration. Keep the verified image for rollback.
• Execute at scale with guardrails
• Migrate in small batches. Keep a documented rollback window and ensure recovery images are accessible.
• Post‑migration validation
• Re‑enable BitLocker after confirming stable boot. Confirm Windows Update behavior for at least one cumulative update cycle. Reinstall or update drivers and confirm EDR/AV.

This process is intentionally conservative: it trades a little more preparation time for dramatically lower risk of data loss or prolonged downtime.

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Alternatives and complementary tools​

No single tool is a silver bullet. Depending on your environment, consider mixing and matching to reduce vendor‑specific risk:

• Macrium Reflect — enterprise‑grade imaging and reliable bare‑metal restores.
• Acronis True Image — cloud options and anti‑ransomware features.
• Microsoft native tools — MBR2GPT for deterministic partition conversions; Media Creation Tool for standard Windows 11 installs.
• Rufus and manual LabConfig registry edits — for advanced users who need fine control over bypass behavior (not recommended for mass deployments without validation).

Best practice: create independent backups with a second tool and verify a restore before committing production machines to any single migration path.

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Enterprise, compliance and support considerations​

• Running Windows 11 on unsupported hardware can violate internal security baselines and regulatory controls; for managed fleets this is a policy decision, not a technical trick. Compliance teams should treat bypassing TPM/Secure Boot as an exception requiring documented risk acceptance.
• Licensing and long‑term update cadence matter. Devices that are outside Microsoft’s supported configuration could be excluded from future cumulative updates; organizations should confirm their update strategy and ESU options where applicable.
• For regulated or mission‑critical systems, the safer route is hardware remediation or replacement that meets Windows 11 requirements rather than indefinite reliance on bypasses.

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A balanced verdict​

EaseUS Disk Copy 6.9.0’s Migrate to Win11 is an ambitious and useful convenience feature: it automates a painful, multi‑tool process and reduces the operational friction for many home users and small IT teams. The vendor’s engineering enhancements — multithreaded IO, 4K alignment and guided EFI/GPT prep — are pragmatic improvements that will meaningfully speed and simplify many HDD→SSD and drive‑replacement scenarios. However, the convenience comes with trade‑offs. Bypassing Microsoft’s hardware checks creates an unsupported configuration that may affect update delivery, warranty coverage, and platform security posture. The phrase “zero‑risk” in vendor marketing does not remove the real operational hazards of partition conversion, firmware quirks, BitLocker interactions, and application reactivation. Independent technical sources and Microsoft’s own guidance make this unambiguous: proceed with backups, a rescue plan, and pilot testing — and treat any bypassed device as potentially unsupported for future updates.

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Bottom line and recommended next steps​

• Treat EaseUS Disk Copy 6.9.0 as a powerful toolkit for controlled migrations, not as a blanket shortcut for production fleets.
• Follow the conservative migration playbook: verified images, WinPE rescue, BitLocker key escrow, license export, and pilot validation.
• For production or compliance‑sensitive devices, prefer hardware remediation or official upgrade paths that preserve TPM and Secure Boot rather than relying on bypasses.
• If you decide to test “Migrate to Win11,” do so on non‑critical machines first and validate Windows Update behavior for at least one cumulative update cycle before wide deployment.

EaseUS has provided a practical and well‑packaged option for a real problem many users now face; the remaining work falls to operators — rigorous backup discipline, staged testing, and clear acceptance of the support trade‑offs involved when hardware checks are bypassed.

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Source: The Manila Times EaseUS Disk Copy 6.9.0 Adds 'Migrate to Win11' - Upgrade and Clone in One Step