Cloud Services

Cloud Architecture & Infrastructure as Code

Environments defined in code and rebuilt on demand

An environment that was built by hand can only be rebuilt from memory. We design cloud architectures and define them in code, so every environment is reviewed like software, reproducible on demand, and understood by more than the one person who set it up.

What's included
In this engagement06
  • Architecture design
  • Infrastructure as code
  • Environment parity
  • Containers and orchestration
  • Resilience and backup
  • Guardrails and policies

Why it matters

If it is not in code, it is not repeatable. Infrastructure as code turns your environment from a mystery into something you can read, review and rebuild.

What this includes

Six parts of the work. Which of them you need depends on where you are starting from, and we agree that before anything is built.

  1. 01

    Architecture design

    Cloud architectures sized for your workloads, with security, resilience and cost considered from the start.

  2. 02

    Infrastructure as code

    Networks, compute, databases and permissions defined in reviewed, version-controlled code.

  3. 03

    Environment parity

    Development, test and production built from the same code, so what works in test works in production.

  4. 04

    Containers and orchestration

    Containerized workloads on managed services, sized and scaled to demand.

  5. 05

    Resilience and backup

    Multi-zone designs, backups and recovery procedures that are tested, not assumed.

  6. 06

    Guardrails and policies

    Automated policies that stop insecure or non-compliant resources before they are created.

  7. Not sure which of these you need?

    Tell us where things stand for you today and we will suggest where to start.

How we deliver it

Four stages, agreed with you before the work starts, with a working result at the end of each rather than one reveal at the end.

  1. Understand the workloads

    We review what runs today, its growth, and your security and availability needs.

  2. Design

    We document the target architecture and the decisions behind it.

  3. Codify

    Infrastructure is written as modules and deployed through reviewed pipelines.

  4. Validate and hand over

    We test recovery, run through operations with your team and hand over the code.

The stack

Technologies we work with

The tools we reach for most often in this work. We fit in with what you already run rather than asking you to change it.

11Tools across
3 groups
  • 01 / 03

    Infrastructure as code

    4
    • Terraform
    • AWS CloudFormation
    • Bicep
    • Pulumi
  • 02 / 03

    Containers

    4
    • Docker
    • Kubernetes
    • Amazon ECS
    • Azure Container Apps
  • 03 / 03

    Clouds

    3
    • AWS
    • Microsoft Azure
    • Google Cloud

What you receive

Yours to keep when the engagement ends, whether we carry on working together or not.

  • An architecture document

    Diagrams and the reasoning behind each major decision.

  • Infrastructure code

    Reusable modules in your repository, ready to deploy any environment.

  • Deployment pipelines

    Automated plan-and-apply workflows with review before changes go live.

  • Tested recovery steps

    Backup and restore procedures that have actually been run.

Common questions

The ones that come up in almost every first conversation about this work.

  • Yes. Existing resources can be imported into infrastructure as code step by step, without rebuilding everything at once.

  • Terraform suits multi-cloud or larger teams, while CloudFormation or Bicep fit single-cloud setups well. We recommend based on your team and platform.

  • The code is structured, documented and reviewed with your team throughout, and we finish with a walkthrough of common changes.

Let's talk about Architecture & IaC

A short call is usually enough to work out whether we can help and where it makes sense to start. No preparation needed.

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