SustainedCloudMigration & Repatriation
Move workloads into the cloud where it pays off. Or back onto hardware you own when it doesn't. Planned, tested, and reversible, with no surprise downtime.
When you need this
Sound familiar?
- The move is decided, but nobody owns the plan.
- Leaving feels impossible: the data is big, and egress is priced accordingly.
- The steady workloads cost more in the cloud every month than their old servers ever did.
- The last migration was a weekend of downtime nobody has forgotten.
Why it matters
Moving workloads is where downtime and data loss hide. The difference between a smooth cutover and a bad week is entirely in the planning.
How it works
The service, explained.
Moved in stages, with a way back at each one
We plan the cutover in steps, test each one, and keep a rollback path the whole way through. Workloads move without the surprise downtime and data loss that hide in a rushed migration.
In either direction, for the right reason
Sometimes the cloud genuinely pays off, and sometimes the economics say bring it home. We move workloads whichever way the numbers point, rather than assuming the cloud is always the destination.
What you get
What's included
- Move workloads to the cloud where it genuinely pays off
- Bring them back on-prem when the economics don't work
- Planned, tested, and reversible. No surprise downtime
- A rollback path at every step of the cutover
The process
The flow, end to end.
Pricing
from €2,400 one-time
Net, plus 19% VAT.
FAQ
Common questions.
Cloud to on-prem too, not just the other direction?
Both directions, for the same reason: workloads should run where the numbers and the rules say. Repatriation is planned exactly like a migration, just pointing home.
How much downtime should we expect?
The plan is built around the windows you can tolerate, and the rehearsal tells us what is realistic rather than hopeful. Most moves land in planned windows outside business hours; the rollback paths exist for the surprises.
What happens to the data during the move?
It is copied, verified, and only then switched over. Nothing is deleted at the source until the new side has proven itself in production, and integrity checks are part of every stage.
What if the new environment underperforms?
Then we roll back, which is what the path is for, and revisit the sizing before trying again. A migration you cannot reverse is a gamble, and we do not run those on production.
Book a free infrastructure assessment.
A no-commitment look at your setup. What's healthy, what's at risk, and what to fix first. Real answers, no pressure.