Terraform + AWS
Terraform · Aws
Infrastructure as code with Terraform provisioning Amazon Web Services resources.
Stack Composition & Component Matrix
HCL syntax is clean and easy to learn; complexity arises from understanding underlying AWS networking (VPCs, subnets, route tables, IAM policies).
Container platform & cloud provisioning
Container platform & cloud provisioning
Architectural Scorecard
Scale 0.0 – 10.0 · Multi-Dimensional EvaluationPrimary Archetypes & Workloads
Target engineering environments, product scopes, and architectural profiles where this stack delivers peak velocity and natural synergy.
Scalability & Throughput Evolution
4-Tier Architectural ProgressionScales from single VPC setups up to enterprise multi-account AWS Organizations managed via Terraform Cloud / Spacelift / Atlantis.
Small Scale
MVP & Early Deployments
Single repository managing core VPC, RDS, and ECS resources using local/S3 backend state.
Medium Scale
Growth & Clustering
Modular Terraform structure separated by environment (dev/prod) with S3 remote state and DynamoDB state locking.
Large Scale
High Concurrency & Caching
Automated GitOps CI/CD with Atlantis or Terraform Cloud, automated plan PR comments, and OPA/Sentinel policy checks.
Enterprise Scale
Global & Distributed
Multi-account AWS Landing Zone architecture using Terraform modules, Terragrunt orchestration, and automated drift remediation.
Target Use Cases & Suitability Index
Scale 1 – 5 · Curated Workload IndexProvisions repeatable multi-AZ VPC subnets, NAT gateways, security groups, and managed Kubernetes clusters in minutes.
Related Architectural Stacks
Explore complementary architectures and alternatives in Cloud / Infrastructure.
Containerized workloads with Docker images orchestrated by Kubernetes — the default cloud-native runtime pairing.
Terraform provisioning Google Cloud Platform infrastructure.
Terraform provisioning Microsoft Azure infrastructure.