Your Infrastructure in Version Control, Not in Someone's Head
We build clean, modular IaC that turns your cloud environment into a first-class software project — reviewable, testable, and deployable to any environment with a single command.
Complete Infrastructure as Code Services
From Terraform module development to GitOps workflows for infrastructure — we make your cloud environment reproducible, auditable, and maintainable by your whole team.
Terraform Module Development
Reusable Terraform modules with clear input/output interfaces, proper variable validation, and documentation. Not one giant main.tf — a structured module library your team can extend without breaking existing deployments.
Pulumi for Complex Logic
When your infrastructure requirements need real programming constructs — loops, conditionals, abstractions — Pulumi with TypeScript or Python gives you what HCL cannot. We use it where it genuinely helps.
AWS CDK (TypeScript)
AWS CDK for teams that prefer TypeScript and want native AWS L2/L3 constructs. Sensible defaults, fewer boilerplate lines, and type safety across your infrastructure definitions.
Ansible for Configuration Management
Ansible playbooks for server configuration, application deployment, and day-2 operations on VMs that are not (yet) containerised. Idempotent plays, vault-encrypted secrets, and dynamic inventory against cloud APIs.
GitOps Workflows
Infrastructure changes go through PRs just like application code. Terraform plan output posted as PR comments. Merge triggers automated apply via Atlantis or GitHub Actions. No one applies from their laptop.
Infrastructure Testing (Terratest)
Automated tests for your Terraform modules using Terratest — real infrastructure spun up, assertions made, then destroyed. Your modules are tested before they are used in production environments.
State Management & Remote Backends
Terraform state in S3 + DynamoDB (for locking) or Terraform Cloud. State file per environment, workspace strategy designed upfront, state import for existing resources. No local state files committed to git.
Drift Detection & Compliance
Scheduled terraform plan runs to detect configuration drift. Automated compliance checks against your security baselines using Checkov or OPA. Pull request blocks on non-compliant infrastructure changes.
From Zero to Production-Ready
Infrastructure Audit
We document your existing infrastructure (or review planned architecture) and identify everything that needs to be codified. This surfaces orphaned resources, missing tags, and security misconfigurations — things you probably did not know were there.
IaC Tool Selection & Architecture
Tool selection based on your team's skills, cloud provider, and requirements — not our preference. Module structure, workspace strategy, and state backend designed. Naming conventions and tagging standards agreed.
Module Development & Testing
Modules written, reviewed, and tested with Terratest. Existing manual infrastructure imported into state. Documentation generated. Your team can read and understand every resource before it goes live.
CI/CD for Infrastructure
Atlantis or GitHub Actions pipeline for infrastructure: plan on PR, apply on merge. Drift detection scheduled. Compliance scanning enabled. Your infrastructure is now a first-class software project.
Why Businesses Trust Us with Their Infrastructure
Modular, not monolithic
We do not write one 2,000-line main.tf and call it infrastructure as code. Every engagement produces a clean module structure — network module, compute module, database module — each independently testable and reusable across environments.
State management done properly
Remote state in S3 with DynamoDB locking, or Terraform Cloud. State file per environment. Import of existing resources so your state matches reality. We have cleaned up the mess that local state files in git create.
Infrastructure changes go through PR review
Your infrastructure change is reviewed the same way your application code is. Terraform plan output is posted as a PR comment. A second engineer approves before anything is applied. No surprises in production.
Automated compliance before apply
Checkov or OPA policies run on every plan. Security group with 0.0.0.0/0 on port 22? Blocked. S3 bucket without server-side encryption? Blocked. Compliance is enforced in the pipeline, not in post-incident reviews.
Documentation generated from code
terraform-docs generates module documentation from your variable and output definitions automatically. Your modules are self-documenting and the documentation cannot go stale because it is generated on every PR.
We can codify your existing environment
If you have a manual AWS or Azure environment with years of click-ops accumulation, we can audit it, clean it up, and codify it into Terraform — using terraform import and state surgery to bring everything under IaC control without destroying and recreating.
Put Your Infrastructure Under Version Control
Whether you are starting from scratch or have years of click-ops to codify — we will turn your cloud environment into a codebase your team can manage with confidence.
Didn't Find What You Were Looking For?
We're here to help you get the answers you need, quickly and clearly.
Terraform is the right default for most teams — the largest community, most providers, and HCL is readable even for people who do not write code daily. Pulumi is worth considering when your infrastructure has enough dynamic logic (complex loops, data transformations) that HCL becomes painful, and your team writes TypeScript or Python. AWS CDK is the best choice if you are AWS-only, want opinionated L2/L3 constructs with sane defaults, and prefer TypeScript. We will recommend based on your actual situation, not our tool preference.
Yes — even for a 2-person team. The payoff is not just reproducibility; it is the ability to review infrastructure changes before they are applied, roll back to a previous state, and onboard a new engineer who can understand your entire infrastructure by reading code. The upfront investment is 1–2 weeks for a typical setup. The time saved from debugging manual configuration drift pays that back within months.
Codifying a simple cloud environment (one region, one account, basic services) into clean Terraform modules: ₹80,000–1,50,000. A multi-account AWS organization with environments, modules, CI/CD for infrastructure, and compliance scanning: ₹2,00,000–4,00,000. Codifying an existing complex manual environment includes an audit phase and typically runs 20–30% higher due to the time spent on resource imports and state surgery.
We start with an infrastructure audit — listing every resource in your cloud accounts and categorising it. Resources that should exist get imported into Terraform state using terraform import. Resources that should not exist get cleaned up. We write the code to match the imported state, then the team starts making changes through the IaC workflow instead of the cloud console. It is incremental — you do not need a big-bang migration.
Terraform can manage AWS, Azure, GCP, and 1,700+ other providers from a single codebase. Pulumi similarly supports all major clouds. For most multi-cloud setups, we create separate root modules per cloud (with shared child modules for common patterns) rather than one giant mixed-cloud root. This keeps blast radius small — a broken GCP change cannot accidentally affect your AWS infrastructure.
GitOps for infrastructure means all changes to your cloud environment are made by committing to a git repository — not by running terraform apply from someone's laptop. A CI system (Atlantis, GitHub Actions, Terraform Cloud) runs the plan and apply automatically on merge. The benefit is an audit trail of every infrastructure change, peer review enforcement, and the ability to roll back by reverting a commit. We recommend it for any team beyond 2 engineers touching infrastructure.
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Real results from real clients — across AI, SaaS, e-commerce, and enterprise projects.
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