Infrastructure That Survives Monday at 9 a.m.
AWS and Linux, defined in Terraform, deployed through CI/CD you can trust. We build infrastructure that fails rarely, recovers fast, and doesn't eat your budget while it runs.
Request an infrastructure auditThe stack we operate every day
From fragile to boring
Six steps to infrastructure nobody has to think about at 2 a.m.
Every engagement starts with what you already run. We map it, design where it needs to go, and move it there in steps you can verify. No big-bang rewrites, no month of downtime, no leap of faith.
Infrastructure audit
We map what you run today: servers, services, costs, access, and single points of failure. You get a written report of what's solid and what will break first.
Target architecture design
We design the architecture your load actually needs, on AWS and Linux. Sized for your real traffic and your growth projection, with the cost model attached.
Infrastructure as code
Everything gets defined in Terraform. Your infrastructure becomes code you can read, review, version, and rebuild from scratch — in your repository from day one.
CI/CD and automation
We build pipelines that test, build, and deploy on every merge, with rollback built in. Shipping stops being an event and becomes routine.
Observability and alerts
Metrics, logs, and alerts wired up before you need them. You find out about problems from a dashboard, before the customer email arrives.
Operation and cost optimization
We operate, patch, and tune. Every month we review the bill and cut what you're paying for but not using.
What's included
Everything a production system needs to stay up. In writing.
Terraform and IaC
Your entire infrastructure defined as code, versioned in your repository from day one.
CI/CD pipelines
Automated build, test, and deploy for every service. Rollback included.
Monitoring and alerts
Dashboards and alert rules tuned to the metrics that anticipate failures.
Cost management
Monthly review of your cloud bill. We flag oversized instances, orphaned resources, and cheaper alternatives.
Hardening and patching
Locked-down Linux baselines, least-privilege access, and a patching schedule that actually runs.
Tested backups
A backup is only real when the restore works. We rehearse restores on a schedule and document the results.
Planned migrations
Moves to AWS or between architectures with a step-by-step plan and rollback points. No downtime windows measured in days.
Runbook documentation
Written procedures for deploys, incidents, and recovery. Anyone on your team can follow them.
Incident support
When something breaks, you have an escalation path with response times agreed in the SLA.
The invisible part of your product
Nobody praises infrastructure. Everybody notices when it fails.
Infrastructure is the difference between a system that absorbs Monday's traffic spike and one that goes down with it. Your customers never see your architecture, but they feel it: in every page load, in every checkout error, in the outage that lands during your best sales hour. Fragile infrastructure taxes everything that runs on top of it.
Our practice is deliberately unexciting. Infrastructure lives in Terraform, so every change gets reviewed and can be reverted. Deploys are small, frequent, and boring, because boring means predictable. Metrics stay visible on a dashboard your team can read, so answering "is production okay?" takes five seconds.
And the people doing this have carried the pager. Our engineers have operated production systems under real load, debugged outages at 3 a.m., and paid the price of bad architecture decisions firsthand. That experience shows in the details: rollback plans, restore drills, alerts that fire before users notice anything. The slides come later, if you ask for them.
What CTOs ask us
AWS is our home base and where we go deepest. We also work with other clouds and with on-premise Linux when a project calls for it, and the fundamentals — Terraform, CI/CD, observability — carry over.
It depends on the size and coupling of what needs to move, so we don't quote blind. After the initial audit you get a fixed scope, a price, and a timeline based on what we found. The audit is quick and gives you the real number.
Almost always, yes. As a typical industry range, teams with overprovisioned infrastructure usually cut 30-60% through right-sizing, reserved capacity, and cleaning up orphaned resources. After the audit we'll tell you whether your setup has that margin — sometimes the honest answer is that your bill is already lean.
Small teams need it most. When two developers also carry deploys, servers, and backups, every outage stops product work cold. We set up the automation once, and your team keeps building while we keep the platform running.
It means your servers, networks, and permissions are defined in files — we use Terraform — instead of configured by hand. You can review every change, revert mistakes, and rebuild the entire environment from the repository. It turns "how is production configured?" from tribal knowledge into a document.
Least-privilege access, data encrypted at rest and in transit, hardened Linux baselines, and audit trails by default. If you have specific requirements — PCI DSS, SOC 2, local data-protection laws — we map the controls into the architecture from the design phase.
Alerts fire before most users notice, and the on-call engineer follows a written runbook — the same one we rehearsed. Response times are defined in your SLA. The next morning you get a postmortem with what happened, why, and what changed so it doesn't repeat.
For most systems, the audit takes one to two weeks and gives us the full map. From there we can operate what exists while we improve it in parallel. You don't have to freeze your roadmap while we ramp up.
Find out what your infrastructure is really costing you
One audit. A written report of risks, waste, and quick wins. Then you decide.
Book the audit