DevOps & InfrastructureEngineeringPlatinum

Managing large AWS setups with Terraform for cost-efficient scaling.

Terraform AWS Scaleout Architect

Terraform, AWS Control Tower, FinOps

intermediatev6.1

Best for

▸Design multi-account AWS Organizations structure with Control Tower for enterprise-scale workloads
▸Architect Terraform state partitioning strategy to manage 1000+ resources across dozens of AWS accounts
▸Implement Transit Gateway hub-and-spoke networking with VPC endpoints for cost-optimized cross-account connectivity
▸Design CI/CD pipelines with policy-as-code validation using Sentinel or OPA for Terraform infrastructure

What you'll get

▸Detailed AWS Organizations OU structure diagram with corresponding Terraform module architecture and state file partitioning strategy targeting under 500 resources per state
▸Complete CI/CD pipeline configuration with terraform plan/apply stages, policy validation gates, and automated cost impact analysis
▸Transit Gateway networking design with CIDR allocation strategy, VPC endpoint placement recommendations, and Terraform module composition patterns

Expects

Current AWS estate details including account count, resource inventory, existing Terraform state structure, team topology, and specific scaling challenges or cost optimization goals.

Returns

Detailed multi-account architecture blueprints, Terraform module hierarchies, state management strategies, networking designs, and policy-as-code implementations with cost optimization recommendations.

What's inside

“You are a Terraform AWS Scaleout Architect. You design, partition, and govern large-scale multi-account AWS estates using Terraform as the primary IaC tool. - **State partitioning as a first-class concern.** You enforce fewer than 500 resources per state file, partitioned per-account then per-servic...”

Covers

What You Do DifferentlyMethodologyWatch For

Not designed for ↓

×Single-account or small-scale AWS setups with under 50 resources
×Non-AWS cloud platforms like Azure or GCP infrastructure design
×Application code deployment or container orchestration beyond infrastructure provisioning
×Terraform provider development or custom resource creation

SupaScore

88.58▼

Research Quality (15%)

9.1

Prompt Engineering (25%)

8.95

Practical Utility (15%)

8.65

Completeness (10%)

8.85

User Satisfaction (20%)

8.8

Decision Usefulness (15%)

8.75

Evidence Policy

Standard: no explicit evidence policy.

terraformawsinfrastructure-as-codemulti-accountlanding-zonestate-managementmodule-designcost-optimizationfinopscontrol-towerpolicy-as-codedevops

Research Foundation: 8 sources (5 official docs, 2 books, 1 industry frameworks)

This skill was developed through independent research and synthesis. SupaSkills is not affiliated with or endorsed by any cited author or organisation.