Capability · Cloud & Platform
Make deploying boring.
The measure of a platform is not how sophisticated it looks — it is how little drama a Friday deploy causes. We build the architecture, automation and operational practice that gets you there.
Why this matters
Velocity is an infrastructure property.
Teams do not ship slowly because engineers are slow. They ship slowly because environments drift, deploys are risky, nobody is sure what a rollback does, and every release needs a person who remembers the special step. Fix the platform and delivery speed follows — without hiring anyone.
What we do
Four areas of work.
Combined to fit the problem — you are never sold a fixed bundle.
Cloud architecture
Designs that fit the workload and the budget, rather than the reference diagram on a vendor's website.
- Landing zones, account and network topology
- Workload right-sizing and cost modelling
- Migration planning and execution
- Multi-region and disaster recovery design
Platform engineering
Paved paths that make the correct thing the easy thing for your product teams.
- Internal developer platforms and golden paths
- CI/CD pipelines with progressive delivery
- Infrastructure as code and policy as code
- Environment provisioning and ephemeral previews
Reliability engineering
SLOs, observability and incident practice — so reliability is engineered rather than hoped for.
- SLO definition and error budget policy
- Metrics, logs and distributed tracing
- Incident response and blameless postmortems
- Load, chaos and failover testing
Cost governance
Continuous cost engineering, because cloud spend is a design decision that keeps being made.
- Spend attribution and showback
- Commitment and rightsizing strategy
- Waste detection and automated cleanup
- Architecture-level cost review
What you get
How the work is different.
- Every environment rebuildable from code
- Repeatable
- Rollback is a routine action, not an emergency
- Reversible
- SLOs and error budgets, not vague uptime promises
- Measured
- Cloud spend attributable to a team and a workload
- Accountable
Tooling
What we work with.
We pick tools to fit your constraints and your team's ability to maintain them — not to fit our preferences.
Cloud
- AWS
- Azure
- Google Cloud
- Hetzner
- cPanel/VPS
Orchestration
- Kubernetes
- ECS
- Docker
- Nomad
IaC & delivery
- Terraform
- Pulumi
- Ansible
- GitHub Actions
- ArgoCD
Observability
- Prometheus
- Grafana
- OpenTelemetry
- Loki
- Sentry
Ways to start
Pick the smallest useful first step.
Each of these stands alone. None of them requires committing to the next.
- 01
Architecture review
Two weeks. A written assessment of your current architecture with prioritised, costed remediation — yours to keep whether or not we do the work.
- 02
Platform sprint
Eight to twelve weeks. CI/CD, IaC and observability stood up on one production service, then templated for the rest.
- 03
Embedded SRE
Ongoing reliability engineering inside your team, with on-call participation if you want it.
Next step
Bring us the hard version.
The clearest way to judge us is to describe the problem you have not been able to solve internally. We will tell you honestly whether we are the right team.