Cloud, DevOps & Platform Engineering

The infrastructure layer under everything else we build — automated, observable and audit-ready.

Stack: AWS · Kubernetes · Terraform · CI/CD
overview

Most delivery problems are infrastructure problems wearing a product costume: manual deploys, drifting environments, no observability and a cloud bill nobody can explain. We fix that layer so shipping stops being an event.

We design cloud architecture as code — reproducible environments, automated pipelines, least-privilege access and monitoring that tells you what broke before your customers do.

Because we deliver in regulated industries, our defaults assume audits: encrypted data paths, retention rules, access logs and documented disaster recovery you can show an assessor.

Deploy frequency uplift5–20×
Typical cloud cost reduction25–45%
Environment provisioning time< 30 min
Change failure rate< 5%
Mean time to recovery< 1 hour
Infrastructure managed as code100%
what's included
01

Cloud architecture & migration

Landing zones, network design and phased migration off legacy hosting or single-server setups.

02

Infrastructure as code

Terraform-managed environments that are reproducible, reviewable and free of manual drift.

03

CI/CD & release automation

Pipelines with tests, preview environments, phased rollouts and one-click rollback.

04

Kubernetes & container platforms

Right-sized clusters, autoscaling, service networking and workload isolation.

05

Observability & on-call

Metrics, logs, traces, SLOs, alert routing and runbooks your team can actually operate.

06

Security & cost engineering

Least-privilege IAM, secret management, vulnerability scanning and a cloud bill you can forecast.

where it's applied

Typical cloud, devops & platform engineering engagements

Getting off manual deploys

Replacing SSH-and-pray releases with automated, reversible pipelines.

Compliance-ready hosting

HIPAA, PCI-DSS and SOC 2 aligned environments with the evidence trail included.

Scaling under real traffic

Autoscaling, caching and load testing before the launch or seasonal peak.

Cloud cost rescue

Finding and removing the waste behind an unexplained monthly bill.

Multi-environment discipline

Identical dev, staging and production environments created from one codebase.

Incident readiness

Alerting, runbooks, backups and tested restore procedures instead of hope.

why teams pick us
01

Product-aware infrastructure

We build the platform and the application, so the two are designed for each other.

02

Everything as code

No snowflake servers, no undocumented consoles — infrastructure lives in your repo.

03

Audit defaults

Encryption, access logging, retention and DR designed in from day one.

04

Cost accountability

We report unit economics, not just uptime, and tune spend as you grow.

05

Handover, not lock-in

Your cloud accounts, your Terraform, documented runbooks and trained engineers.

06

Boring where it matters

Proven components over fashionable ones for anything that carries production traffic.

tooling
Cloud
AWSGCPAzureCloudflareVercel
Infrastructure as code
TerraformPulumiHelmAnsible
Runtime
KubernetesDockerECSServerlessEdge workers
Delivery
GitHub ActionsGitLab CIArgoCDFeature flags
Observability
PrometheusGrafanaOpenTelemetryDatadogSentry
Security
IAM least privilegeVaultSecrets managementTrivyWAF
industries served
  • Healthcare
  • Financial services
  • Automotive
  • Media
  • Logistics
  • SaaS
how we run it
  1. 01
    Assess & baseline
    Current architecture, deploy process, cost and risk documented with a prioritised gap list.
  2. 02
    Design the target
    Landing zone, environments, network and access model agreed before anything moves.
  3. 03
    Codify
    Terraform modules, pipelines and monitoring built and reviewed like application code.
  4. 04
    Migrate safely
    Phased cutover with rollback paths, load testing and zero-surprise maintenance windows.
  5. 05
    Operate
    SLOs, alerting, on-call rotation support and incident reviews that produce fixes.
  6. 06
    Optimise
    Continuous cost, performance and security tuning as traffic and product scope change.
questions we get asked

Do we need Kubernetes?

Often not. We pick the simplest runtime that meets your scaling and compliance needs — managed services and containers first, clusters only when they earn it.

Can you work with our existing cloud account?

Yes. We work inside your accounts and permissions, leave everything in your ownership and document what we change.

Will this reduce our cloud bill?

Usually meaningfully — right-sizing, storage lifecycle rules, autoscaling and removing idle resources are the common wins.

Do you support compliance audits?

We produce the infrastructure evidence, diagrams, access records and DR test results assessors ask for.

Can you take over on-call?

We can cover on-call during and after delivery, or set up your rotation with runbooks and train your team into it.

How fast can you stabilise a fragile setup?

Backups, monitoring and a safe deploy path typically land inside the first two to four weeks; deeper re-architecture follows a staged plan.

related deployments

Cloud, DevOps & Platform Engineering in production

All case studies →

Make shipping boring again.

Tell us how you deploy today and what keeps breaking — we'll come back with a concrete infrastructure plan.

other capabilities