Infrastructure that can be reproduced, audited and recovered.
Manual AWS environments produce configuration drift, undocumented state and infrastructure that cannot be reliably reproduced. We replace that with codified, version-controlled environments where every resource has an owner and every change has a commit.
What the problem costs you.
Most infrastructure problems are not caused by the tools chosen. They are caused by how infrastructure is provisioned and managed over time.
Configuration drift
Environments diverge from their intended state over time. Nobody knows what changed, when, or why. Reproducing the environment from scratch is impossible.
Undocumented state
Resources created from the console have no audit trail. When the engineer who provisioned them leaves, the knowledge goes with them.
Manual dependency on humans
Every new account, region or environment requires manual work. Scaling the platform requires scaling the headcount.
Security configuration applied after the fact
Security groups, IAM policies and network boundaries added retroactively are inconsistent and frequently incomplete.
The platform stack we deliver.
Every layer is version-controlled, auditable and recoverable. No manual provisioning, no console-only configuration.
Network Foundation
Terraform · VPC · Subnets · NAT Gateway · IGWMulti-AZ VPC with public subnets for load balancers and private subnets for compute and data. No backend component has a public IP address.
Compute Layer
EKS 1.31+ · ECS Fargate · EC2 Auto ScalingKubernetes clusters or Fargate tasks depending on workload requirements. Node groups managed as code. HPA configured at provisioning time.
Data Layer
RDS PostgreSQL 15 · Multi-AZ · Encrypted · Private subnetsManaged databases in private subnets with automated failover, 7-day backups and encryption at rest. Security group access restricted to compute tier only.
Content Delivery
CloudFront · S3 · Route 53 · ACMCDN, static asset hosting and DNS managed as code. TLS certificates provisioned and rotated automatically.
Identity & Access
IAM · OIDC · Least-privilege policies · No static credentialsOIDC-based authentication for CI/CD pipelines — no long-lived access keys. IAM roles and policies defined in Terraform and reviewed before apply.
State Management
S3 backend · DynamoDB locking · SSE-S3 · WorkspacesRemote Terraform state with encryption and distributed locking. Separate workspaces for dev and production — no shared state files.
How we implement it.
Current state assessment
Review existing architecture, document gaps and identify risk areas before writing a line of Terraform.
Module design
Design reusable, independently deployable Terraform modules with clear input/output contracts.
Environment provisioning
Deploy dev environment first. Validate end-to-end before applying the same configuration to production.
Observability and handover
CloudWatch alarms, cost alerts and runbooks delivered alongside the infrastructure — not as an afterthought.
What changes when this is delivered.
Any environment reproducible
from a single terraform apply
Zero manual configuration
every resource defined in code
Full audit trail
every change tied to a commit and a reviewer
Disaster recovery tested
reproducibility verified before production
Security applied at provisioning
not after the first security review
New environments in minutes
not days of manual work
Platforms where we operate
aws-terraform-devops
Production AWS infrastructure with modular Terraform — deployed and running.
Infrastructure Stack
- • VPC with public + private subnets, IGW, NAT Gateway
- • EKS cluster — managed node groups, IRSA
- • RDS PostgreSQL 15 Multi-AZ — automated failover <60s
- • S3 remote state + DynamoDB locking — no state conflicts
- • IAM OIDC — zero static credentials
Terraform Modules
- •
modules/vpc— networking layer - •
modules/eks— cluster + node groups - •
modules/rds— PostgreSQL 15 Multi-AZ - •
modules/iam— roles, policies, OIDC - •
modules/ecr— container registry
Start with an infrastructure review.
Bring your current AWS environment. We assess reproducibility, security posture and state management — and outline a concrete path to codified infrastructure.