The platform your business actually runs on.
Architecture, migration and modernization across AWS, Azure and GCP — designed for the workload in front of us, priced before it is built, and defined as code so it can be rebuilt tomorrow.
What cloud engineering covers here.
- Cloud architecture and modernization Target architectures for new platforms, and a staged path for the ones already carrying traffic.
- AWS multi-account and Organizations design Account boundaries, guardrails, shared services and a landing zone that scales past the first team.
- VPC and hybrid networking Subnet and routing design, transit, private connectivity, DNS and the endpoints that keep traffic off the internet.
- ECS, Fargate and EKS Container platforms sized from real utilization, with scaling policies that hold under load.
- RDS, Aurora and managed data services Engine and instance selection, high availability, backup strategy, parameter tuning and safe upgrades.
- Serverless architectures Lambda, API Gateway, EventBridge, Step Functions and queues where they beat running a server.
- Backup, disaster recovery and resilience Recovery objectives agreed with the business, then implemented and actually tested.
- Migration planning and execution Dependency mapping, wave planning, cutover runbooks and the rollback nobody wants but everybody needs.
Design decisions that survive contact with production.
Most cloud problems we are called in for are not exotic. They are a handful of early decisions — account layout, network design, how state is stored — that were reasonable at the time and have been absorbing effort ever since.
So we spend the first part of an engagement understanding what exists and what it costs, and the rest making those decisions properly. Everything that results is defined in Terraform or CDK, which is what makes the second environment cheap and the audit answerable.
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Assess what is actually running
Inventory, dependencies, traffic, spend and the constraints nobody wrote down.
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Agree the target and the order
A target architecture, and the sequence that gets there without a freeze on delivery.
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Build it as code
Modules, environments and pipelines — reproducible from an empty account.
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Migrate in waves
Lowest-risk workloads first, each with a tested cutover and a way back.
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Hand it over
Runbooks, dashboards and a team that can operate it without calling us.
Cloud work rarely stops at the cloud.
DevOps & Platform Engineering
The pipelines, automation and developer platform that keep the architecture from drifting.
Cloud Security
IAM, network controls, secrets and logging built into the design rather than bolted on.
Cloud Cost Optimization
What the architecture costs to run, and the changes that move the number.
Planning a migration or a rebuild?
Tell us what you are running today and where it hurts. An assessment gives you a written recommendation you can act on with or without us.