Stop clicking through cloud consoles

We define your infrastructure as version-controlled code using Terraform, making every change trackable, reviewable, and reproducible across environments.

Overview

Manually configured infrastructure becomes a genuine liability the moment the person who originally set it up leaves, forgets the specific reasoning behind a configuration choice, or simply isn't available when something needs to change urgently. Every manual click through a cloud console is a decision with no record, no review, and no easy way to reproduce or roll back if something later needs to change.

We define infrastructure as version-controlled Terraform code, making every change trackable, reviewable through the same process as application code, and genuinely reproducible by anyone on your team. This includes bringing existing manually-configured infrastructure under version control retroactively where needed, and integrating infrastructure changes into your CI/CD pipeline so they receive the same scrutiny as any other code change.

The practical result is infrastructure that's dramatically easier to understand, modify safely, and reproduce, whether that means spinning up an identical staging environment in minutes or recovering from a disaster with confidence rather than hoping manual notes were accurate and complete. This is infrastructure management built for genuine team collaboration, not dependent on one person's memory of what they clicked through months ago.

What we do

Infrastructure that's trackable, reviewable, and reproducible, not a black box only one person understands.

01

Terraform Infrastructure Design

Manually clicking through a cloud console to configure infrastructure feels productive in the moment but leaves no genuine record of what was actually done, why, or by whom, and reproducing that exact configuration later, whether for a new environment or disaster recovery, depends entirely on someone's memory or incomplete documentation. We design infrastructure as version-controlled Terraform code, cloud-agnostic and reusable across AWS, Azure, and GCP, meaning every piece of your infrastructure is defined explicitly, trackable through the same version control your application code already uses, and genuinely reproducible by anyone on your team without depending on tribal knowledge that walks out the door when a specific person leaves.

02

Infrastructure Migration to Code

Infrastructure that already exists but was never brought under Infrastructure as Code represents a specific, common risk: it works today, but nobody can confidently reproduce it, and any future change carries genuine uncertainty about what might break. We reverse-engineer existing manually-configured infrastructure into Terraform code without disrupting currently running systems, a process that brings your infrastructure under proper version control retroactively, giving your team the same tracking, review, and reproducibility benefits for infrastructure that was originally built manually, without requiring a risky rebuild of systems that are already running correctly in production.

03

GitOps Integration

Infrastructure changes that happen outside your normal development workflow, applied manually by whoever has console access at the time, don't get the same scrutiny or review that application code changes go through as a matter of course, which is precisely backwards given how consequential infrastructure mistakes can be. We integrate infrastructure changes into your CI/CD pipeline, so a proposed infrastructure change goes through pull request review, automated validation, and approval just like any other code change, catching problems before they're applied rather than discovering them only after they've already affected running infrastructure.

How we bring infrastructure under the same discipline as application code

A process built around making infrastructure changes trackable, reviewable, and reproducible.

  1. 01

    Existing Infrastructure Audit

    For existing infrastructure, we audit what's currently running and how it was configured, identifying what needs to be imported into Terraform versus what should be redesigned as part of bringing it under proper version control.

  2. 02

    Module Architecture Design

    We design the Terraform module structure, planning for reusability across environments and cloud providers where relevant, ensuring the codebase stays maintainable as infrastructure needs grow rather than becoming an unstructured pile of configuration.

  3. 03

    Terraform Configuration Development

    We write the Terraform configuration, either defining new infrastructure or importing existing resources, testing carefully to confirm the code accurately represents what should actually be running.

  4. 04

    State Management Setup

    We set up remote state management with proper locking, ensuring your team can safely make concurrent infrastructure changes without risking state corruption from simultaneous, conflicting modifications.

  5. 05

    CI/CD Integration

    We integrate infrastructure changes into your CI/CD pipeline, ensuring proposed changes go through review and automated validation before being applied, just like any other code change your team makes.

  6. 06

    Workflow Testing & Team Onboarding

    We test the full workflow, including deliberately practicing a rollback to confirm it works as expected, then document the setup and support your team as they adopt Infrastructure as Code as their standard practice going forward.

Infrastructure as Code technology stack

We build Infrastructure as Code using Terraform across the leading cloud providers.

Terraform logo
AWS logo
Azure logo
Google Cloud logo
Ansible logo
Pulumi logo

Frequently Asked Questions

Infrastructure as Code lets you define your entire infrastructure in version-controlled configuration files, rather than manually clicking through cloud consoles, meaning every change is tracked, reviewable through the same process as code changes, and reproducible reliably rather than depending on someone remembering exact manual steps.

Yes, we build with Terraform specifically to keep infrastructure code cloud-agnostic and genuinely reusable across AWS, Azure, and GCP, rather than locking you into a single cloud provider's proprietary infrastructure-as-code tooling.

Yes, version-controlled infrastructure means every change is tracked with a clear history, reviewable through pull requests just like application code, and genuinely reversible by rolling back to a previous known-good configuration state.

Yes, we can reverse-engineer your existing manually-configured infrastructure into Terraform code without disrupting currently running systems, a process called importing, which brings existing infrastructure under proper version control retroactively.

Yes, Infrastructure as Code lets you spin up identical staging, testing, or disaster recovery environments in minutes by simply applying the same configuration, rather than manually recreating a complex environment from memory or incomplete documentation.

Yes, we integrate infrastructure changes into your CI/CD pipeline so infrastructure updates get tested and reviewed like any other code change, rather than being applied manually outside your normal development workflow and review process.

Yes, we structure Terraform configurations with reusable modules for common patterns, letting your team spin up new environments or resources consistently without duplicating configuration logic across every new project or environment.

Yes, we implement remote state management with proper locking, ensuring multiple team members can safely make infrastructure changes without the risk of conflicting, simultaneous modifications corrupting the infrastructure state.

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Infrastructure as Code (Terraform) | Shiromi