The main use case for Gruntwork AWS Terraform Module Libraries & Reference Architecture is to standardize how our AWS infrastructure is provisioned using Terraform. As our engineering team started managing multiple AWS accounts and environments, we realized that every project was maintaining its own Terraform codebase with slightly different implementations for common resources such as VPCs, IAM roles, security groups, and others. This created an operational challenge for us. Infrastructure was difficult to maintain, and updates had to be repeated across repositories. We were facing many problems, and there was always a risk of configuration drift between all the environments. We adopted Gruntwork, and it helped us establish reusable, production-ready Terraform modules and reference architectures so that new environments could be deployed consistently without rewriting infrastructure code. A specific example of how we used Gruntwork in a project is when provisioning a new application environment. We no longer create networking components from scratch. We simply consume standardized modules for Amazon VPC, public and private subnets, NAT gateways, internet gateways, security groups, and everything else. This has significantly reduced the deployment time and improved the consistency across the environments.
The main use case for Gruntwork AWS Terraform Module Libraries & Reference Architecture is to create a VPC, as well as EKS, RDS, S3 applications, and have all these Terraform states in an S3 bucket so that it's maintained, with the whole infrastructure maintained.
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The main use case for Gruntwork AWS Terraform Module Libraries & Reference Architecture is to standardize how our AWS infrastructure is provisioned using Terraform. As our engineering team started managing multiple AWS accounts and environments, we realized that every project was maintaining its own Terraform codebase with slightly different implementations for common resources such as VPCs, IAM roles, security groups, and others. This created an operational challenge for us. Infrastructure was difficult to maintain, and updates had to be repeated across repositories. We were facing many problems, and there was always a risk of configuration drift between all the environments. We adopted Gruntwork, and it helped us establish reusable, production-ready Terraform modules and reference architectures so that new environments could be deployed consistently without rewriting infrastructure code. A specific example of how we used Gruntwork in a project is when provisioning a new application environment. We no longer create networking components from scratch. We simply consume standardized modules for Amazon VPC, public and private subnets, NAT gateways, internet gateways, security groups, and everything else. This has significantly reduced the deployment time and improved the consistency across the environments.
The main use case for Gruntwork AWS Terraform Module Libraries & Reference Architecture is to create a VPC, as well as EKS, RDS, S3 applications, and have all these Terraform states in an S3 bucket so that it's maintained, with the whole infrastructure maintained.