Terraform infrastructure services

Terraform infrastructure services that make your cloud repeatable

Our Terraform infrastructure services turn hand-built AWS, Azure or Google Cloud environments into version-controlled code you can review, recreate and change safely. Built for engineering leads and CTOs, delivered by one cross-functional team covering back-end, QA and DevOps. Send a short brief and we will start with a written discovery scope.

Illustration of a layered technology stack
Team
One cross-functional team covers back-end, QA and DevOps, so your Terraform work is not split across vendors.
Contact
A named delivery lead owns day-to-day progress and client communication, and a technical architect is accountable for infrastructure design and code quality.
Ownership
Your contract confirms IP assignment before the build begins, so the Terraform code is yours from the first commit.
Reviews
Each sprint ends with a client-facing review, and the communication window and update cadence are agreed before work starts.
What we deliver

Terraform work scoped to your cloud estate

Environments you can rebuild from code

We write your AWS, Azure or Google Cloud resources as Terraform modules in version control, so staging and production come from the same definitions instead of console clicks. You get reviewable changes, a clear record of what runs where, and far less guesswork when an environment has to be recreated or extended.

Migration from hand-built infrastructure

If your infrastructure was built by hand or with inconsistent scripts, we map what exists, bring it under Terraform management in stages and agree the order with you first. You get a plan for each stage that your team can review, which keeps risk to running services visible before anything changes.

Pipelines, containers and handover

Terraform rarely works alone, so we connect it to Docker, Kubernetes and your release pipeline where your product needs them. Our cross-functional team covers back-end, QA and DevOps, and at release we hand over documentation and deployment access so your engineers can run the code themselves.

Choose with context

Is Terraform the right fit for your infrastructure?

ConsiderationTerraform suits bestAnother approach may fit when
Cloud footprintYou run AWS, Azure or Google Cloud environments built by hand or by inconsistent scripts, and want them recreated, reviewed and changed through version-controlled code.You run one small, short-lived environment on a single provider, where that provider's native tooling may be enough. Netofficials will say so after scoping.
Team and workflowYour engineers want infrastructure changes reviewed like application code, with repeatable environments for development, staging and production.Your team already maintains a working infrastructure-as-code setup in another tool. Netofficials will recommend extending it rather than replacing it if that serves you better.
Delivery and handoverEnvironments on AWS, Azure or Google Cloud that you want to recreate, review and change through version-controlled code instead of manual console work.Your environment is small and rarely changes, or one provider's native tooling already covers it. Netofficials will recommend the lighter option after scoping.
How an engagement runs

From written scope to a Terraform handover

  1. Discovery

    We map your current AWS, Azure or Google Cloud resources and agree which environments Terraform will manage first, then document the scope in writing.

    You receive
    • Written discovery scope
    • Inventory of existing cloud resources
    • Estimate with stated assumptions

    You agree the written scope

  2. Design

    Our technical architect proposes the module structure, remote state layout and environment separation, and you review them before any code is written.

    You receive
    • Module and environment layout
    • Remote state and access plan
    • Architecture notes from the technical architect

    You approve the infrastructure design

  3. Build

    We write the Terraform code in Agile sprints, and you see the plan output for each change at the end-of-sprint review.

    You receive
    • Reviewed Terraform code in your repository
    • Terraform plan output to review before each change is applied
    • Sprint review notes on what was built and what comes next

    You review at every sprint

  4. QA

    We validate the code, review plan output and check each environment against the acceptance criteria you agreed before anything reaches production.

    You receive
    • Acceptance checklist covering each environment and its modules
    • QA report on rebuild, drift and failed-change checks
    • Issue log with an owner and status for every finding

    You accept the terraform plan output and test results against the criteria agreed in the written scope

  5. Release

    Apply the reviewed Terraform code to production, then hand over documentation and the deployment access your team needs to run it.

    You receive
    • Production infrastructure applied from reviewed Terraform code
    • Documentation your team can use to run and change the code
    • Deployment access and remote state handover to your team

    You take over the code, documentation and access

Infrastructure architecture

Terraform structure that fits your cloud stack

LayerExample choicesDecision to review
Cloud platformAWS, Azure or Google Cloud, with Kubernetes and Docker where workloads need themWhere your workloads already run, and which resources the Terraform code must describe
Modules and stateReusable Terraform modules, with remote state kept per environmentHow environments are separated, and who is allowed to review and apply changes
Delivery pipelineRemote state backend, reusable Terraform modules, separate dev, staging and production environmentsWhere state is stored and locked, and who is allowed to apply changes
Pipeline & qualityTerraform plan output reviewed in pull requests, CI validation checks, QA on staging environmentsWhich changes need sign-off before production, and how deployment access is handed over to you

Ready to scope your Terraform project?

Send a short brief on your cloud environments and what you want to manage as code, and we reply with questions and a written discovery scope that sets out the work, the team and the engagement model that fits.

Start my brief
Illustration of a connected delivery and QA team
Delivery & QA

Infrastructure changes reviewed before they ship

  • Terraform plan output and code review on every infrastructure change
  • QA and DevOps in one team, testing deployments before release
  • A technical architect accountable for design and code quality standards
Ways to work with us

Choose how we deliver your Terraform work

Project delivery

Fixed-price delivery of a defined Terraform build, such as moving a hand-built AWS, Azure or Google Cloud environment into code, for teams that want a set scope and a clear handover.

  • Fixed-price scope written down after discovery, covering the environments, modules and acceptance criteria
  • Infrastructure changes reviewed with you at the end of every sprint, before they go further
  • Extra environments or cloud services beyond the agreed scope handled through a change request

Dedicated team

An India-based team that keeps extending and maintaining your Terraform modules, pipelines and environments as your product roadmap grows.

  • A team made up of the Terraform, Kubernetes, Docker and QA skills your platform needs
  • Sprint reviews where your product owner signs off infrastructure changes before they go further
  • Terraform modules, configuration and pipeline code assigned to you in the contract before work starts

Staff augmentation

Individual cloud and DevOps engineers who join your team to write, review and run Terraform inside your repositories and tooling.

  • DevOps engineers with Terraform and AWS, Azure or Google Cloud skills added to your team
  • Engineers work in your repositories, pull request reviews and CI/CD tooling
  • Communication window, meeting schedule and update cadence agreed before work begins
Before you enquire

Terraform questions, answered before you enquire

Who owns the Terraform code and the infrastructure we build?

You do. Netofficials confirms IP assignment in the contract before the build begins, so the Terraform modules, state configuration and pipeline definitions we write for your cloud environments belong to you. At release we hand over documentation and deployment access, so your team can run terraform plan and apply without depending on us. If you want to check the contract wording first, ask for it during scoping.

How are cost and timing set for a Terraform project?

Cost and timing follow a written discovery scope that we agree with you first. The main drivers are how many environments and accounts you run on AWS, Azure or Google Cloud, how much existing infrastructure must be imported into code, and whether Kubernetes, Docker or CI/CD pipelines are in scope. After scoping, you choose fixed-price project delivery, a dedicated India-based team or staff augmentation. We give no price before we have seen your environment.

Can you work alongside our existing DevOps or engineering team?

Yes. Staff augmentation puts Netofficials engineers inside your repositories, tools and review process, and a project or dedicated team can run alongside your engineers too. We agree the communication window, meeting schedule and update cadence before work begins. You get one named delivery lead for day-to-day progress, and a technical architect accountable for design and code quality. If a different approach would suit your team better, we will say so after scoping.

Scope your Terraform infrastructure project

Tell us which AWS, Azure or Google Cloud environments you run and what you want to stop doing by hand. We start with a written discovery scope, so you know what we will build and how the work will be reviewed before any build begins. A named delivery lead then runs the project day to day, and IP assignment is confirmed in the contract. If another approach would suit your infrastructure better, we will say so after scoping.

Talk about your project