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Infrastructure as Code
Technology ServicesInfrastructure as CodeTerraformVirginia · US-Based

Terraform Services

Terraform translates cloud infrastructure into version-controlled code that can be reviewed, tested, and applied automatically. We write Terraform that is organized, readable, and maintainable by the team that will own it after the initial engagement — not Terraform that only the person who wrote it can understand.

TerraformHCLTerragruntRemote State (S3)DynamoDB LockingModulesWorkspacesOpenTofu

Capabilities

What we do with Terraform

Greenfield IaC

New Infrastructure Codebase

Writing a Terraform codebase from scratch for a project or organization: state backend setup, module structure, variable strategy, workspace or Terragrunt configuration, and CI/CD integration.

Console → code

Importing Existing Infrastructure

Importing manually created AWS resources into Terraform state so that they can be managed as code going forward, without recreating them and without the risk of accidental deletion during import.

Reusable components

Module Development

Writing Terraform modules for common infrastructure patterns — VPC, EKS cluster, RDS instance, IAM role — so that the same configuration is not duplicated across environments or teams.

Dev · staging · prod

Multi-environment Management

Environment separation using Terraform workspaces or Terragrunt with per-environment variable files, so that the same modules deploy to dev, staging, and production with environment-specific values.

Plan on PR · Apply on merge

CI/CD Integration

GitHub Actions or GitLab CI pipelines that run terraform plan on pull requests (with the plan output as a PR comment) and terraform apply on merge, with state locking and required approval for production.

Legacy Terraform cleanup

Audit and Refactor

Reviewing existing Terraform codebases for drift from best practices, missing state locking, hardcoded values, missing modules, and security issues — and refactoring systematically.

Our approach

Remote state from the start

Local Terraform state is a single-user liability. When a second person runs Terraform against the same infrastructure with different local state, things break in ways that are hard to debug. We configure S3 remote state with DynamoDB locking before writing the first resource definition.

Modules for repeated patterns

A VPC defined inline in a root module, duplicated for three environments, is three configurations to maintain and three places to make the same mistake. We extract common patterns into modules early so that environment differences are in variable values, not in duplicated resource blocks.

Plan before apply, always

Terraform plan shows what will be created, changed, or destroyed before anything happens. We treat the plan as a required review step, not a suggestion. For production changes, the plan runs in CI and posts to the pull request so that a human approves the change set before apply runs.

Sensitive values in Secrets Manager

Database passwords, API keys, and certificates referenced in Terraform should come from AWS Secrets Manager or SSM Parameter Store via data sources, not from tfvars files or environment variables visible in CI logs. We wire secret references correctly from the start.

terraform_spec.json
version: [
"Terraform 1.x",
"OpenTofu 1.x"
]
state: [
"S3 + DynamoDB",
"Terraform Cloud"
]
providers: [
"AWS",
"Kubernetes",
"Helm"
]
tooling: [
"Terragrunt",
"tfsec",
"terraform-docs"
]
ci_cd: [
"GitHub Actions",
"GitLab CI"
]
engineering: [
"Virginia, United States"
]

All engineering work is done by US-based engineers. We do not offshore any development or architecture work.

Part of our DevOps practice

FAQ

Common questions

Virginia · United States

Need Terraform expertise?

If you are starting an IaC codebase or need help with an existing Terraform setup, reach out and we will assess the requirements.