Clicking through cloud consoles to set up servers is a recipe for environments that drift, break unpredictably, and can never be reproduced exactly. We codify your infrastructure โ every server, network, and database defined in Terraform or Ansible, version-controlled, reviewable, and repeatable.
Manual infrastructure is a ticking clock โ environments drift, reproduce inconsistently, and nobody can explain what's running or why.
Environments created manually โ no record of what was clicked or why. Nobody knows how staging was set up, and production can't be reproduced.
Staging and production drift โ 'but it worked in staging' is a constant refrain. The environments started identical and diverged over 18 months of manual changes.
A new environment takes a week of manual work and still isn't quite right. Nobody has documented the 47 steps required to spin up a new region.
No peer review process for infrastructure changes โ one console click can break production. There is no audit trail, no approval gate, no rollback path.
Cloud account has resources with no idea who created them or why. The monthly bill keeps growing and nobody can safely delete anything.
Disaster recovery means manually recreating servers from memory. The last DR exercise took 3 days and the result still wasn't right.
We codify your infrastructure โ from importing existing resources into Terraform to building a complete GitOps pipeline where every infrastructure change is reviewed and applied automatically.
From a first Terraform module to a multi-cloud, policy-enforced, fully automated infrastructure platform.
AWS, Azure, GCP, multi-cloud modules, remote state management, workspaces โ declarative infrastructure at any scale.
Playbooks, roles, inventory management, and idempotent configuration โ servers configured consistently across every environment.
IaC in TypeScript, Python, or Go for teams that prefer programming languages over HCL โ fully typed, testable infrastructure code.
Native IaC for pure AWS or Azure environments โ when staying on the cloud-native toolchain is the right architectural decision.
Reusable, tested Terraform modules for common infrastructure patterns โ VPCs, EKS clusters, RDS, and application load balancers.
Remote state in S3/GCS/Terraform Cloud, state locking, and importing existing resources without destroying them.
Sentinel, OPA, or Checkov to enforce compliance rules before apply โ no public S3 buckets, no open SSH ports, by policy.
No secrets in Terraform state โ integration with Vault, KMS, and secret managers so credentials are never persisted in state files.
We start by importing what you have โ not destroying it. Every step is safe, reviewable, and reversible.
Inventory existing cloud resources, identify what needs to be imported into Terraform state, and map ownership and dependencies.
Module layout, workspace strategy, variable conventions, and naming standards โ the foundation every future change builds on.
Bring existing resources under Terraform management without destroying them โ terraform import run against every inventoried resource.
Extract reusable patterns into modules tested across environments โ VPCs, clusters, databases, and application platform patterns.
terraform plan in CI on every PR, terraform apply gated by approval โ infrastructure changes flow through the same review process as code.
README per module, runbooks for common operations, and a decision log so your team understands why each architectural choice was made.
The IaC ecosystem we work with โ open-source tools and managed services across every major cloud.
Infrastructure automation improves reliability and reduces costs for any team managing cloud resources at scale.
IaC done wrong creates a different kind of mess. We do it in a way your team can own, extend, and understand.
Existing resources brought under IaC without downtime or recreation. We import first so nothing is destroyed unless it explicitly needs to be.
Reusable, tested Terraform modules from day one โ not a single 4000-line main.tf that nobody dares to touch. Reuse across environments is built in.
Every infrastructure change goes through a PR โ same process as application code. terraform plan output shown in the PR so reviewers see the impact.
With terratest and checkov so your modules are validated before use. Policy violations fail the pipeline before a single resource is created or modified.
A Series B SaaS company had 4 AWS accounts with 200+ resources managed entirely through the console. A misconfigured security group caused a 6-hour incident. Nobody could confidently reproduce the environment. We imported every resource and built a complete Terraform platform with CI/CD and policy gates.
200+ AWS resources managed through the console. No audit trail, no way to reproduce the environment, and a production security group misconfiguration that caused a 6-hour outage.
Full resource inventory, terraform import across 4 accounts, modular Terraform library with VPC/EKS/RDS modules, Atlantis for GitOps apply, Checkov policy gates in CI.
All 200+ resources under Terraform management. New environment in 15 minutes. Every infrastructure change goes through PR review. Zero manual console changes post-handover.
โ Success Stories
Verified Client Reviews on Every Engagement