<- Technologies
/
Terraform Development
WAYF is a Terraform Development Agency:
Infra That Reads Like Code.
Code that builds clouds. Version-controlled, reviewable, repeatable.
Terraform is how we make infrastructure predictable. Servers, databases, networks, DNS, everything described in files that go through code review like any other change. No more "who changed that security group?" No more reconstructing environments from memory.
What We Build
Infrastructure that exists in git. AWS accounts where every resource is tracked. Google Cloud projects you can rebuild from scratch. Multi-cloud setups where consistency matters. Environments — dev, staging, production — that actually match because they're generated from the same code.
We've written Terraform for startups provisioning their first cloud resources and for enterprises untangling years of console clicks into manageable code. We've imported existing infrastructure, modularized sprawling configurations, and built CI/CD pipelines that apply changes safely.
What we build less of: one-time setups where the overhead of Terraform doesn't pay off. Proof-of-concept projects that might never see production. Environments so simple that a shell script would do. We'll tell you when codifying infrastructure is overkill.
Why Us
How We Work
We integrate with your team or lead independently. Your cloud accounts, your state backend, your CI/CD preferences — we adapt.
Most engagements start with understanding what exists. Greenfield is clean but rare. Usually there's infrastructure already running — some in Terraform, some clicked manually, some unknown. We audit, document, and figure out what to codify and what to leave alone.
We optimize for maintainability over cleverness. Terraform lets you abstract everything into nested modules with dynamic blocks and complex conditionals. We've seen where that leads. We write Terraform that your team can read, modify, and debug six months from now.
State management gets attention early. Remote state, locking, access controls, state file organization. These decisions are boring until they cause outages. We configure them properly from the start.
Technical Approach
Remote State as the Foundation
S3, GCS, Terraform Cloud — state stored remotely with locking enabled. Multiple engineers can work safely. State is backed up. Sensitive values don't live on laptops.
Modules that Earn Their Complexity
Reusable modules where the abstraction pays off — standardized networking, repeatable application stacks, consistent security configurations. Inline resources where a module would just add indirection. We modularize deliberately.
CI/CD for Infrastructure
Plan on pull request, apply on merge. Automated checks before changes reach production. We integrate with GitHub Actions, GitLab CI, or whatever pipeline you're running.
Documentation That Explains Why
Resource comments, README files, architecture diagrams. When someone inherits this codebase, they should understand the structure without reverse-engineering it.
What We See Go Wrong
Terraform adopted but not maintained. Initial infrastructure codified, then drift accumulates as teams make "quick" console changes. Six months later, terraform plan shows 47 unexpected changes and nobody wants to run apply.
We also see module overengineering. Generic modules that handle every possible case, parameterized beyond comprehension. A simple EC2 instance requires reading 200 lines of variable definitions. We write modules that solve actual problems, not hypothetical ones.
State file disasters happen too. State stored locally and lost. Multiple engineers running apply simultaneously. Sensitive data in state files committed to git. We configure remote state with locking from day one and treat state files with the caution they deserve.
Another pattern: ignoring the blast radius. One Terraform configuration managing everything — networking, compute, databases, DNS. One bad apply takes down the world. We structure configurations so failures are contained and recoverable.
Provider version drift causes pain. Teams pin providers loosely, upgrades break things, nobody notices until the next deploy. We manage provider versions deliberately and test upgrades before they surprise you.
Who We Work Well With
Teams who've felt the pain of infrastructure without code — outages from undocumented changes, environments that mysteriously differ, deployments that only one person understands.
Also: teams already using Terraform who need help improving it. Configurations that grew organically. State files that nobody trusts. Modules that nobody understands. We refactor what exists into something maintainable.
What both types have in common: understanding that infrastructure discipline pays off, and treating our team as partners in making it work.
Who We're Not For
If you're running three servers and rarely change them — Terraform's overhead probably isn't worth it. A documented manual process might serve you better.
If you want infrastructure fully managed with no code — platforms like Heroku, Render, or Vercel handle that. Terraform is for teams that want control and are willing to maintain it.
If your organization can't commit to infrastructure as code discipline — Terraform helps those who help themselves. If teams will keep clicking in consoles regardless, we'll spend our time fighting drift instead of building value.



