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Infrastructure as Code

Your Infra in Git.
Reproduced in
One Command.

We codify your entire cloud infrastructure — servers, networks, databases, security rules — so it's versioned, reviewable, reproducible, and never a snowflake again.

Get IaC Setup See Our Tools
1 cmd
Full env reproduced
terraform apply
0
Manual server setup
Everything is code
100%
Infra in version control
Git history for everything
5min
New env spin-up
From scratch to running
Why It Matters

Stop Clicking in the
Console. Start Coding.

Manual infrastructure is fragile, undocumented, and impossible to reproduce. IaC fixes all of that permanently.

🔁 Reproducibility
Spin up an identical production environment for testing, DR, or a new region — in minutes, not days. No guessing what config was applied manually.
📜 Full audit trail
Every infrastructure change goes through Git — pull request, code review, approval, merge. You always know who changed what and why.
⚡ Disaster recovery
If your entire AWS account is accidentally deleted (it happens), you can rebuild every resource from your Terraform state in under an hour.
💰 Cost control
Spot every resource in your codebase. No forgotten EC2 instances running up bills. Destroy non-prod environments with one command after hours.
🤝 Team collaboration
New engineers understand the entire infrastructure from reading code — no tribal knowledge, no "ask Dave what that server does".
main.tf — AWS EKS cluster
module "eks" { source = "terraform-aws-modules/eks/aws" version = "~> 20.0" cluster_name = "ninza-prod" cluster_version = "1.29" vpc_id = module.vpc.vpc_id subnet_ids = module.vpc.private_subnets eks_managed_node_groups = { main = { instance_types = ["t3.medium"] min_size = 2 max_size = 10 desired_size = 3 } } } # terraform plan → shows diff # terraform apply → provisions infra # ✓ EKS cluster live in ~12 minutes $ █
Our IaC Stack

Tools We Use &
When We Use Them

We pick the right tool for each layer — Terraform for cloud resources, Ansible for server configuration, Helm for Kubernetes workloads.

🟣

Terraform

Provisions all cloud resources — VPCs, EC2, RDS, EKS, IAM roles, S3, CloudFront. State stored in S3 with DynamoDB locking. Remote modules for reusable patterns.

AWS ProviderRemote StateWorkspacesModules
🔴

Ansible

Configures servers after provisioning — installs packages, manages users, sets up services, applies security hardening. Idempotent playbooks that can run repeatedly safely.

PlaybooksRolesVaultDynamic Inventory
⛵

Helm

Packages Kubernetes workloads as versioned charts. Environment-specific values files for dev/staging/prod. Chart repositories for internal shared services.

Helm 3HelmfileChart MuseumOCI Registry
🟠

AWS CloudFormation

For clients already deep in the AWS ecosystem — native CloudFormation stacks, StackSets for multi-account deployments, and CDK for infrastructure in TypeScript.

CloudFormationStackSetsAWS CDK
🔵

Terragrunt

DRY Terraform wrapper for multi-environment, multi-account setups. Keeps root module configurations lean and promotes reuse across dozens of environments.

TerragruntMulti-accountDRY configs
🗝️

Secrets Management

AWS Secrets Manager and HashiCorp Vault integrated into IaC workflows — secrets injected at runtime, never stored in plaintext in code or state files.

AWS Secrets ManagerHashiCorp VaultSOPS
Our Process

How We Migrate Your
Infra to Code

Whether you're starting greenfield or codifying existing manually-created AWS resources, we follow the same proven process.

01

Audit

We inventory every AWS resource — EC2, RDS, VPC, IAM, security groups. Map dependencies between resources.

02

Import

Existing resources imported into Terraform state with terraform import. No resources recreated — zero disruption.

03

Modularise

We restructure into reusable modules — VPC module, EKS module, RDS module — parameterised for all environments.

04

Automate

Terraform plan/apply integrated into CI/CD pipeline — every infra PR shows a plan diff, merges require approval, apply runs automatically.

FAQ

IaC Questions

Can you codify our existing AWS infrastructure without recreating it?
+
Yes — this is one of our most common engagements. We use terraform import to bring existing resources under Terraform management without destroying or recreating them. Your users experience zero disruption during the migration.
Terraform or Pulumi — which should we use?
+
For the vast majority of teams, Terraform is the right choice — mature ecosystem, huge module library, extensive AWS provider support, and the most community knowledge. We build exclusively with Terraform (and Terragrunt for multi-account setups).
How do you handle secrets in Terraform code?
+
We never store secrets in Terraform code or state files. Secrets are stored in AWS Secrets Manager or HashiCorp Vault and referenced at runtime. Sensitive outputs in state are encrypted. We also use SOPS for encrypting secrets committed to Git.
How long does an IaC migration take?
+
A small AWS environment (1 VPC, a few EC2/RDS/S3) takes 3–5 days to fully codify. A complex multi-account AWS Organisation with dozens of resources takes 2–4 weeks. We scope precisely after an initial discovery call.
Get Started

Ready to Put Your
Infrastructure in Git?

Book a free audit call. We'll review your current AWS setup and design the IaC migration plan on the call.

Book Free IaC Audit