Cloud Services

Cloud Migration & Managed Cloud Services

Migration is the easy half. We design cloud estates that stay secure, observable and affordable in year three — not just on go-live day.

Discuss your requirement See capabilities

What you get

Migration & modernisation
Landing zones & governance
Kubernetes & containers
FinOps & cost optimisation

Overview

Why teams bring us in

Cloud bills grow quietly. Architectures that made sense for a pilot become expensive once traffic is real, and the team that built them has moved on. Exubers approaches cloud as an operating model, not a hosting decision.

We plan and execute migrations, rebuild workloads that will not survive a lift-and-shift, and put the guardrails in place — landing zones, tagging, budgets, autoscaling and least-privilege access — that keep the estate governable as it grows.

Capabilities

Inside our Cloud Services

Every engagement is scoped from this set. We do not sell all of it to everyone — we sell the parts that move your constraint.

Migration & modernisation

Assessment, wave planning, and execution across rehost, replatform and refactor paths with rollback at every stage.

Landing zones & governance

Multi-account structure, network topology, IAM boundaries, tagging standards and policy guardrails from day one.

Kubernetes & containers

EKS, AKS and GKE platform design with autoscaling, ingress, service mesh where it earns its place, and sane cost defaults.

FinOps & cost optimisation

Right-sizing, savings plans, storage lifecycle policies and per-team cost visibility that survives the next reorganisation.

Cloud security posture

CIS benchmark alignment, secrets management, encryption in transit and at rest, and continuous configuration scanning.

Resilience & DR

Multi-AZ and multi-region design, tested backup and restore, and documented RTO/RPO targets rather than aspirational ones.

How we work

A delivery sequence you can plan around

Discover

Application inventory, dependency mapping and a cloud-readiness score per workload, plus a realistic run-cost model.

Architect

Landing zone, network and identity design, migration wave plan and the decision record explaining why each workload takes its path.

Migrate

Wave-by-wave execution with automated cutover, parallel running where risk demands it, and measurable rollback criteria.

Operate

Monitoring, cost dashboards, runbooks and optional managed operations once the estate is live.

30-45%Typical run-cost reduction after a FinOps pass

Multi-AZResilience patterns applied as the default, not an upgrade

Day-oneGovernance guardrails live before the first workload lands

Technology

Tools we use in Cloud Services work

Chosen per engagement against your team's existing skills and constraints, never as a default.

AWS Microsoft Azure Google Cloud Terraform Kubernetes EKS AKS GKE CloudFormation Ansible Datadog CloudWatch

FAQ

Cloud Services questions, answered

The questions procurement and engineering ask us most often before an engagement starts.

Ask us something else

Should we lift and shift or refactor when moving to the cloud?

It depends on the workload, not on ideology. Applications with a short remaining life or a hard deadline usually rehost. Anything that will carry business load for the next five years, or that is already straining on-premise, is worth replatforming or refactoring. We score each workload and publish the reasoning so the choice is defensible later.

How do you keep cloud costs from spiralling after migration?

Cost controls go in before workloads do: mandatory tagging, per-team budgets and alerts, right-sized defaults, autoscaling, and storage lifecycle rules. After go-live we run a monthly FinOps review against actual usage. Most estates we inherit have 30 to 45 percent of spend sitting in idle or oversized resources.

Do you support multi-cloud or hybrid setups?

Yes. We write infrastructure as code and Kubernetes manifests so the delivery model stays consistent across providers, and we have run hybrid estates where on-premise systems remain the system of record for regulatory reasons.

What happens to our existing team during a cloud migration?

They lead it, with us alongside. Every module, pipeline and runbook we produce is written to be handed over. An engagement that leaves your team dependent on us has failed on its own terms.

How long does a typical cloud migration take?

A single application usually moves in four to eight weeks including testing. A portfolio migration is planned in waves and commonly runs six to twelve months, with business value delivered from the first wave rather than at the end.

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