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Cross-Hardware

Your backup boots on the hardware you have today.

Three tiers — same-hardware (instant), different-hardware via offline DISM driver injection (USB Recovery), cloud-injection via bastion (Cloud Desktop). Acronis Universal Restore costs extra. We don’t charge for it.

Cross-Hardware RestoreDISM
SourceDell desktop · BIOS/MBR
TargetHP laptop · UEFI/GPT
DriversInjected — storage · NIC
Driver injection + BIOS→UEFI conversion — included, not a paid add-on.
3
Restore tiers
same / different / cloud
~95%
Cross-hardware cases
covered by DISM injection
Monthly
Driver library updates
Every tier
Included — even DR Free

Three tiers

From bit-for-bit to bare-metal-different.

Same hardware is instant. Different hardware needs drivers. The cloud needs AWS-specific drivers. We handle all three.

Tier 1 — Same Hardware

Same hardware = instant restore.

The simplest case. Source machine and target machine have the same chipset, NIC, storage controller. Restore image bit-for-bit. Boot. Done. No driver work needed.

Tier 2 — Different Hardware

Different hardware = DISM injection.

Replacement laptop is a different brand. New server has a different storage controller. Source-image drivers don’t load → BSOD on first boot. USB Recovery injects curated drivers offline so it boots — works for ~95% of cross-hardware cases.

Tier 2.5 — Cloud Injection

Server-side bastion injection.

For Cloud Desktop launches, we inject AWS-specific drivers (ENA NIC, xenvbd storage) on a bastion EC2 before launching the customer instance. Even backups that have never seen AWS hardware boot on Nitro.

Tier 2 — Different Hardware

Different hardware = DISM driver injection.

Replacement laptop is a different brand. New server has different storage controller. Workstation has different NIC. Source-image drivers don’t load → BSOD on first boot.

  • USB Recovery includes a driver harvest library — community-sourced + curated drivers for common chipsets, NICs, storage controllers, ENA / xenvbd
  • We mount the restored OS image offline, inject drivers via DISM, update boot config, then boot
  • Works for ~95% of cross-hardware cases
Click to enlarge

Driver injection

How DISM injection actually works.

For Cloud Desktop launches we run the same flow server-side: inject AWS-specific drivers (ENA NIC, xenvbd storage) on a bastion EC2 before launching the customer instance, so even backups that have never seen AWS hardware boot successfully on Nitro instances.

1

Mount the restored OS image offline

dism /Image:C:\restored /Mount-Wim:…

2

Inject driver packages

/Add-Driver /Driver:c:\drivers\nic\* /Recurse

3

Update boot configuration

/Set-Edition and BCDEdit fixups

4

Unmount and commit

Boot first time successfully

Driver harvest library

Curated library, monthly updates.

We maintain a curated driver library — common storage controllers, NICs, chipsets across Dell, HP, Lenovo, Surface, ARM Snapdragon, AWS Nitro, Hyper-V. Updates monthly. Customers can add custom drivers. Library ships with every Recovery USB and is hosted in our cloud for Cloud Desktop injection.

  • Dell, HP, Lenovo, Surface, ARM Snapdragon, AWS Nitro, Hyper-V
  • Updated monthly — customers can add custom drivers
  • Ships with every Recovery USB + hosted in-cloud for Cloud Desktop
Click to enlarge

vs Acronis

They charge extra. We don’t.

Acronis Universal Restore is the only mainstream paid product offering true cross-hardware restore — and it’s an add-on cost on top of their backup. Veeam doesn’t have an equivalent. We ship cross-hardware restore in every tier, including DR Free.

Cross-hardware in every tier

Same-hardware, different-hardware, and cloud-injection restore are all included — including DR Free. No Universal-Restore-style add-on, ever.

See how we compare

Acronis charges extra for Universal Restore; Veeam has no equivalent. Compare the full disaster-recovery feature matrix side by side.

Learn more

Boots on the hardware you have. Free.

Same-hardware, different-hardware via DISM, and cloud bastion injection — included in every tier.