Existing workloads moved into new accounts or regions, as code, through your pipeline.
Dependencies are discovered when something breaks. The target gets built by hand and drifts from the source before the move is finished.
The IT Operations Engine reads the source estate first, generates the target as infrastructure code, and moves the state across using your cloud's native snapshot tooling. Your pipeline applies the code. Our engineers take the change through your change process.
What a migration has to get right
The engine reads the source estate first, generates the target as infrastructure code, and hydrates it from snapshots of the original. It writes the code and the evidence. Your pipeline applies it, and your change process approves it. That separation is deliberate.
Ready to prove the mechanism on one workload?
A scoping call is enough to pick the first workload and agree what a lab target looks like.
Nothing production-facing moves until the mechanism has been proven somewhere it cannot hurt.
We take read-only access to the source accounts and build the model of what is actually there, across every region and service.
A single workload is generated as infrastructure code and moved into a lab target, so you can see the mechanism end to end before it touches production.
Once the pattern is proven, the same mechanism carries production workloads. The engine raises the pull request; your pipeline applies it and your change process approves it.
The engine writes the code and the evidence. The approval is yours, through your CAB.
You gain:
FAQ
No. It raises the pull request. Your pipeline applies it and your change process approves it. That is deliberate.
The engine recognises them and recommends changing them through the repository rather than the API, so state does not drift.