Cloud migration and DevOps services
Most cloud migrations disappoint for one of two reasons: the application is lifted unchanged and the bill goes up, or the migration is scoped so ambitiously that it never finishes.
We plan migrations around what your workload actually costs to run, not around a reference architecture. That usually means moving in stages, measuring, and keeping a rollback path open at every step.
Alongside migration we set up the delivery infrastructure that makes the cloud worth having: automated pipelines, infrastructure defined as code, and monitoring that tells you about a problem before a customer does.
What you get
Cloud migration
Staged migration to AWS or Azure with rollback available at each step, rather than one high-risk cutover weekend.
CI/CD pipelines
Automated build, test and deploy so releasing is routine instead of an event that requires everyone present.
Infrastructure as code
Terraform-defined infrastructure, so environments are reproducible and changes are reviewable rather than remembered.
Monitoring and cost control
Alerting, log aggregation and cost visibility — the part most often skipped, and the reason cloud bills surprise people.
How it works
- 1
Assessment
We inventory what you run, what it depends on, and what it costs today. Without a baseline, no one can tell whether a migration succeeded.
- 2
Migration plan
A staged sequence with rollback at each step, so a problem means pausing rather than an emergency.
- 3
Execution
Workload-by-workload migration with verification between stages, scheduled around your low-traffic windows.
- 4
Automate and monitor
Pipelines, infrastructure as code and alerting in place before we hand over, not promised for later.
Frequently asked questions
Will migrating to the cloud reduce our costs?
Not automatically, and anyone promising it will is guessing. Lifting an application unchanged onto cloud infrastructure frequently costs more than the servers it replaced. Savings come from right-sizing, autoscaling and shutting down non-production environments outside working hours. We measure your current run cost first so the comparison afterwards is real.
How much downtime does a migration require?
For most applications, close to none. Staged migration with traffic shifting means the cutover is gradual and reversible. Systems with a single large stateful database sometimes need a short maintenance window, which we schedule around your quietest hours and tell you about during planning, not on the day.
AWS or Azure — which should we choose?
Either handles most workloads competently. The deciding factors are usually what your team already knows, what your existing licensing makes cheaper, and where your data is legally required to reside. Organisations already invested in Microsoft tooling often find Azure simpler; teams starting fresh more often pick AWS.
Can you help with data residency requirements?
Yes. India, the UAE and Canada each have their own expectations about where data may be stored, and both AWS and Azure operate regions that address them. We factor residency into the region and architecture decision at planning stage rather than discovering it during an audit.
Do we need Kubernetes?
Probably not, and we will say so. Kubernetes solves real problems at real scale, but it adds significant operational burden that small teams underestimate. Managed container services handle the majority of workloads with a fraction of the maintenance cost.
Talk to us about cloud & devops
Describe what you need and we will reply within one working day. You will get a written scope and a fixed estimate before committing to anything.
- AWS cloud consulting
- Azure migration services
- DevOps consulting services
- CI/CD pipeline setup
Other services
Web applications, internal tools and integrations built around how your business actually works.
Cross-platform apps from a single codebase, shipped to both the App Store and Google Play.
Authorised testing of your applications and infrastructure, reported so your team can actually fix what matters.