This is a collection of reusable Terraform components and blueprints for provisioning reference architectures.
This project is part of our comprehensive "SweetOps" approach towards DevOps.
It's 100% Open Source and licensed under the APACHE2.
In this repo you'll find real-world examples of how we've implemented various common patterns using our terraform modules for our customers.
The component catalog captures the business logic, opinions, best practices and non-functional requirements.
It's from this catalog that other developers in your organization will pick and choose from anytime they need to deploy some new capability.
These components make a lot of assumptions about how we've configured our environments. That said, they can still serve as an excellent reference for others.
Terraform components which are no longer actively maintained are now in the deprecated/ folder.
Many of these deprecated components are used in our old reference architectures.
We intend to eventually delete, but are leaving them for now in the repo.
This repository uses pre-commit and pre-commit-terraform to enforce consistent Terraform code and documentation. This is accomplished by triggering hooks during git commit to block commits that don't pass checks (E.g. format, and module documentation). You can find the hooks that are being executed in the .pre-commit-config.yaml file.
You can install pre-commit and this repo's pre-commit hooks on a Mac machine by running the following commands:
brew install pre-commit gawk terraform-docs coreutils
pre-commit install --install-hooksThen run the following command to rebuild the docs for all Terraform components:
make rebuild-docsSee each component's README directory for usage.
| Component | Description |
|---|---|
| account | Provisions the full account hierarchy along with Organizational Units (OUs). |
| account-map | Provisions information only: it simply populates Terraform state with data (account ids, groups, and roles) that other root modules need via outputs. |
| account-settings | Provisions account level settings: IAM password policy, AWS Account Alias, and EBS encryption. |
| cloudtrail | Provisions cloudtrail auditing in an individual account. |
| cloudtrail-bucket | Provisions a bucket for storing cloudtrail logs for auditing purposes. |
| datadog-integration | Provisions a DataDog <=> AWS integration. |
| datadog-monitor | Provisions global DataDog monitors. |
| dns-delegated | Provisions a DNS zone which delegates nameservers to the DNS zone in the primary DNS account. |
| dns-primary | Provisions the primary DNS zones into an AWS account. |
| ecr | Provisions repositories, lifecycle rules, and permissions for streamlined ECR usage. |
| efs | Provisions an EFS Network File System with KMS encryption-at-rest. |
| eks | Provisions an end-to-end EKS Cluster, including managed node groups and spotinst ocean node pools. |
| eks-iam | Provisions specific IAM roles for Kubernetes Service Accounts. |
| iam-delegated-roles | Provisions all delegated user and system IAM roles. |
| iam-primary-roles | Provisions all primary user and system roles into the centralized identity account. |
| sso | Provisions SAML metadata into AWS IAM as new SAML providers. |
| tfstate-backend | Provisions an S3 Bucket and DynamoDB table that follow security best practices for usage as a Terraform backend. |
| transit-gateway | Provisions an AWS Transit Gateway to connect various account separated VPCs through a central hub. |
| vpc | Provisions a VPC and corresponing Subnets. |
Available targets:
help Help screen
help/all Display help for all targets
help/short This help short screen
rebuild-docs Rebuild README for all Terraform components
upstream-component Upstream a given component
No requirements.
No providers.
No modules.
No resources.
No inputs.
No outputs.
Like this project? Please give it a ★ on our GitHub! (it helps us a lot)
Are you using this project or any of our other projects? Consider leaving a testimonial. =)
Check out these related projects.
- reference-architectures - Get up and running quickly with one of our reference architecture using our fully automated cold-start process.
- audit.cloudposse.co - Example Terraform Reference Architecture of a Geodesic Module for an Audit Logs Organization in AWS.
- prod.cloudposse.co - Example Terraform Reference Architecture of a Geodesic Module for a Production Organization in AWS.
- staging.cloudposse.co - Example Terraform Reference Architecture of a Geodesic Module for a Staging Organization in AWS.
- dev.cloudposse.co - Example Terraform Reference Architecture of a Geodesic Module for a Development Sandbox Organization in AWS.
For additional context, refer to some of these links.
- Cloud Posse Documentation - Complete documentation for the Cloud Posse solution
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 Erik Osterman |
 Igor Rodionov |
 Andriy Knysh |
 Matt Gowie |
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