Clear, owned outputs.
- Infrastructure design documents
- Infrastructure code repositories
- Backup and disaster recovery plan
- Restore and failover test results
- Operational runbooks
Cloud infrastructure is the networking, compute, storage and platform services your applications run on. We design and build it to be secure, resilient and repeatable — defined as code, monitored from day one and with backup and recovery that has actually been tested.
The problems Cloud Infrastructure solves.
Networking, compute, storage, Kubernetes, backup and recovery built as code.
Networks were set up quickly and are now hard to change safely.
Backups exist but restores have never been tested.
Applications slow down or fail under peak load.
Each environment is slightly different from the others.
What Cloud Infrastructure covers.
Network design
VPCs or VNets, subnets, routing, private connectivity and firewalls.
Compute and scaling
VMs, autoscaling groups and managed compute choices.
Kubernetes platforms
Managed Kubernetes clusters with sensible defaults and tooling.
Storage
Object, block and file storage with lifecycle policies.
Backup and recovery
Backup policies, recovery objectives and restore tests.
Environment consistency
Development, test and production built from the same code.
Infrastructure that's repeatable.
We build infrastructure as code from the start, so every environment can be recreated, reviewed and audited.
- Networking
- Address planning, private connectivity, DNS, load balancing and firewall rules defined in code.
- Compute
- VM scale sets, container platforms or serverless, sized from measured usage rather than estimates.
- Kubernetes
- Managed clusters (EKS, AKS, GKE) with ingress, autoscaling, secrets and policy controls.
- Storage
- The right class for each data type — block, file, object — with lifecycle rules that move cold data to cheaper tiers.
- Backup and recovery
- Backups tested by restoring them, with recovery time and recovery point objectives agreed per system.
Why it's worth it.
Resilience
Systems keep running and recover predictably.
Elastic capacity
Infrastructure scales with demand.
Consistency
Environments match, reducing release surprises.
When Cloud Infrastructure is the right move.
- A new platform for a growing application.
- Infrastructure that needs disaster recovery it can rely on.
- A Kubernetes platform for several teams.
Technologies & platforms
- Terraform
- Kubernetes
- Helm
- AWS
- Azure
- Google Cloud
- Velero
- Cloudflare
How Cloud Infrastructure work runs.
- 01
Assess
Current state, risks, constraints and goals reviewed with your team.
- 02
Design
Target state, options and trade-offs written down and agreed.
- 03
Build
Changes delivered as code, peer-reviewed and tested.
- 04
Release
Changes rolled out safely with monitoring and rollback ready.
- 05
Hand over
Documentation, runbooks and knowledge transfer to your team.
Cloud Infrastructure questions.
Do we need Kubernetes?
Not always. Kubernetes suits organizations running many services with teams to operate it. Simpler managed services are often a better fit for smaller estates.
What are RTO and RPO?
Recovery time objective is how quickly a system must be back; recovery point objective is how much data loss is acceptable. They drive the backup and DR design.
Do you provide ongoing management?
We can provide ongoing support under an agreed scope, or hand over to your team with documentation and training.
Talk to us about cloud infrastructure.
Describe the environment and what needs to change. We'll reply with the questions we would answer first and a sensible first step.