· 01 · Infrastructure Architecture

Infrastructure Architecture

Systems that stay up when traffic spikes and teams grow.

[ 01 ]

· What it includes

Architecture review

We audit your existing setup, map dependencies, and surface the gaps before they become incidents.

Capacity planning

Right-sized infrastructure for today's load and next year's growth — not an over-provisioned bill.

High availability design

Multi-zone, multi-region, or single-site resilience depending on your SLA requirements.

IaC foundation

Terraform or Pulumi modules that give your team repeatable, auditable infrastructure from day one.

Runbook and DR planning

Documented failure modes, recovery procedures, and on-call playbooks that actually get used.

· How we run it

Three steps. No surprises.

01

Assess

We review the current state — architecture, process, tooling, team capacity. We document what we find, not what you want to hear.

02

Plan

A scoped delivery plan with clear milestones, acceptance criteria, and what done looks like. Agreed before any work starts.

03

Operate

We ship, validate in production, and hand over with documentation. Or stay on as retained support — your choice.

· Recent outcomes

What this looks like in practice.

Series B SaaS

Problem

Monolith hitting 80% CPU on every marketing campaign

Outcome

99.97% uptime through a 10× traffic event six weeks post-engagement

Financial services firm

Problem

Infra deployed by hand, no DR plan, single-region

Outcome

Full IaC migration and DR runbooks shipped in 8 weeks; first DR test passed

· Tech stack

Tools we work with.

Cloud

  • AWS
  • GCP
  • Azure
  • Hetzner
  • On-prem bare metal

IaC

  • Terraform
  • Pulumi
  • Ansible

Observability

  • Prometheus
  • Grafana
  • Loki
  • OpenTelemetry

CI/CD

  • Gitea Actions
  • GitHub Actions
  • ArgoCD

Security

  • HashiCorp Vault
  • AWS IAM
  • OPA / Conftest

Ready to scope this?

Tell us what you're working on. We'll map it to a delivery plan — not a proposal deck.

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