Cloud-Native Architecture
Move core workloads to cloud without stopping operations
We migrate in planned waves, keep a rollback point at every step and decommission what you no longer need.
- Waves in a typical migration plan
- 6
- Stages from assessment to decommission
- 4
- Rollback point at every wave
- 1
Most migrations stall on three problems
System sprawl
Hundreds of applications with dependencies nobody has documented.
Rising run cost
Legacy compute and licences growing faster than the business.
Migration risk
Past moves that stalled, overran or caused outages.
How we work
Four stages, each with an exit point
- Stage 1
Assess
Map every application, dependency and data flow.
- Stage 2
Design
Set the target architecture and the wave plan.
- Stage 3
Migrate
Move in waves, with a tested rollback for each.
- Stage 4
Decommission
Retire legacy systems and bank the savings.
Reference architecture
What we build for you
A landing zone, shared platform services, zero-trust networking and observability, designed for your estate and handed over with runbooks your team can use.
Questions leaders ask
How do you avoid downtime during migration?
Each wave runs in parallel with the system it replaces. We cut over only after the new service passes agreed checks, and the old one stays ready to take traffic back until the wave is signed off.
Which workloads should stay on-premises?
Some should. Latency, data residency and licence terms can all make on-premises the right answer. The readiness audit shows which of your workloads fall into that group and why.
Which cloud platforms do you work with?
We work across the major public clouds and private cloud. We recommend a platform after the assessment, based on your estate, your team's skills and your commercial agreements.
Who runs the platform after go-live?
Your team, us, or both. We hand over runbooks and train your engineers, and we can stay on as a co-engineering team while they take ownership.