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The EKS Blueprints are hosted on GitHub, open-source, well-documented, and easy to start. The blueprints can be used to create EKS clusters across accounts and regions, manage cluster configuration and operational software with Infrastructure as Code (IaC) and GitOps principles, and manage team permissions. This framework consolidates tools and best practices for securing, scaling, and operating a central container orchestration platform. EKS blueprints are also available for CDK, but this blog post will focus on the Terraform version.
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The EKS Blueprints are hosted on GitHub, open-source, well-documented, and easy to start. The blueprints can be used to create EKS clusters across accounts and regions, manage cluster configuration and operational software with Infrastructure as Code (IaC) and GitOps principles, and manage team permissions. This framework consolidates tools and best practices for securing, scaling, and operating a central container orchestration platform. EKS blueprints are also available for CDK, but this blog post will focus on the Terraform version.
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Let's go ahead and deploy the Terraform manifests to provision the VPC and associated networking resources, the EKS cluster, and EKS Blueprints Addons. You can find the code in this repository if you wish to follow along.
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Next, we would like to use EKS blueprints to configure different access levels for different teams and use cases. We can achieve that using the terraform-aws-eks-blueprints-teams module. First, let's create the platform team definition by adding this code to a teams.tf file:
