Infrastructure without the 3 a.m. pager.
Cloud foundations engineered for boring nights — automated delivery, observability and security that let your product team ship daily without holding their breath.
Your infrastructure should be the most boring thing you own.
Infrastructure only gets noticed when it fails — at peak traffic, during the demo, at 3 a.m. The usual causes are never exotic: hand-edited servers, deploys that depend on one person, alerts nobody reads, and costs nobody owns.
We make it boring on purpose. Everything as code, every deploy automated and reversible, every system observable before it misbehaves. The platforms we operate serve customers in forty-plus countries — and the proudest thing about them is how rarely anyone thinks about them.
Engineered for quiet.
The six layers of a production cloud that lets everyone sleep.
Cloud architecture (AWS)
Right-sized, multi-environment AWS foundations — designed for your load, not a reference diagram.
CI / CD
Pipelines that test, build and ship on every merge — with staged rollouts and one-click rollback.
Security & monitoring
Least-privilege IAM, secrets management, audit trails and alerts tuned to wake humans only when humans help.
Infrastructure as Code
Terraform for every resource — reviewable, reproducible, and rebuildable from scratch in an afternoon.
Auto-scaling & cost control
Capacity that follows demand and budgets with owners — performance and the bill both under control.
Incident response
Runbooks, on-call escalation and blameless post-mortems — for the rare day boring fails.
Stabilise, automate, forget.
A migration path that never bets your uptime on a big-bang weekend.
01Audit & map
Every resource, dependency and single point of failure documented — including the ones only one engineer knew about.
02Codify the truth
Existing infrastructure imported into Terraform. From here, change happens by review, not by SSH.
03Automate delivery
CI/CD with tests, staging and rollback. Deploys go from feared events to non-events, daily.
04Observe & harden
Dashboards, alerting, load tests and security review — then lifetime operation by the same team.
We have shipped this before.
The infrastructure behind an aviation platform trusted in 40+ countries — where downtime grounds real aircraft.
Aviatize
A compliance-critical aviation platform whose audit prep dropped from three days to four hours — because the infrastructure documents and proves itself.
Chosen for the problem, not the résumé.
AWS-first, automation-everything — the toolchain your next hire already knows.
One team. Zero hand-offs.
Disciplines most often combined with DevOps & cloud — same architecture, same engineers, no integration tax.
Questions, answered.
The things buyers of DevOps & cloud ask us most. Anything else — put it in a brief, a senior engineer replies within a business day.
Put it in a brief. A senior engineer — not a sales rep — replies within one business day.
Q.01Can you take over infrastructure we already run?
Yes — that is the most common engagement. We audit, import everything into Terraform, and stabilise before changing anything. No big-bang migration; your uptime is never the gamble.
Q.02Will this reduce our AWS bill?
Usually, and often dramatically — right-sizing, scheduling and storage hygiene routinely cut 20–40%. More importantly, costs become visible and owned, so the bill stops being a monthly surprise.
Q.03Do we still need our own DevOps hire?
Not necessarily. Many clients run on our operation entirely; others have us build the platform and train their hire into it. Either way you own the code and the accounts — we are leverage, not lock-in.
Q.04How do you handle compliance — GDPR, SOC 2, ISO?
Infrastructure as code makes compliance demonstrable: audit trails, access reviews and evidence generated automatically. One client’s audit prep went from three days to four hours — that is the pattern, not the exception.
Q.05Do we need Kubernetes?
Probably not. Most teams under 50 engineers are better served by managed PaaS (Vercel, Fly, Railway, ECS, Cloud Run). We adopt Kubernetes when its operational complexity is justified by genuine scale or compliance requirements.
Q.06What about disaster recovery?
We design RTO/RPO targets to match business need (not vendor maximalism), implement automated backups with tested restore procedures, and run quarterly DR drills for clients in regulated industries.
Q.07What does good observability actually look like?
The three pillars done deliberately: structured logs, metrics, and distributed traces correlated by a request ID, with OpenTelemetry as the instrumentation layer so you're not locked to one vendor. The test is whether an on-call engineer can go from an alert to the root cause in minutes without SSHing into a box. Dashboards nobody looks at are not observability.
Q.08How do you make deploys safe enough to do multiple times a day?
Trunk-based development, automated tests as the merge gate, and progressive delivery — canary or blue-green with automatic rollback on error-rate or latency regression. Feature flags decouple deploy from release so shipping code and turning it on are separate decisions. Frequent small deploys are safer than rare big ones, which is the opposite of most teams' intuition.
When did you last deploy
without holding your breath?
Tell us about your stack, your deploy day and your last incident. A senior infrastructure engineer replies within one business day with an honest read.