Gruntwork AWS Terraform Module Libraries & Reference Architecture Reviews

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.

The best features of Gruntwork AWS Terraform Module Libraries & Reference Architecture are that they offer production-grade option modules that are available for everything I can think of, such as VPC, EKS, RDS, ALB, NLB, or any Lambda functions, as well as the Terragrunt-first architecture, which emphasizes that DRY configs are there, remote states, and multiple account deployment can be used with that. It also maintains security best practices, including default IAM, least privileged right access, secure networking, logging, auditability, and CIS controlled network.

Gruntwork AWS Terraform Module Libraries & Reference Architecture has positively impacted my organization, as previously things were done manually, but now we have everything in place. All the Terraform configurations are in the form of infrastructure as code that's available.

I find Gruntwork AWS Terraform Module Libraries & Reference Architecture very good for easier management, as our whole infrastructure is there in the form of code. There are fewer chances of error because everything is in a formal structure, infrastructure as code, which can be reviewed by other people as well. The production speed and the deployment speed are quite high; if anything comes up, we don't need to go and check it. We can just write a module inside it, and it will create that thing using the other modules that are there.

Gruntwork AWS Terraform Module Libraries & Reference Architecture should have less Terragrunt lock-in, as it's heavily tied to Terragrunt. AWS is moving very fast, and with AWS bringing your own EKS cluster, those new things that are coming immediately can be modulated inside Gruntwork. With the fast pace of AWS, Gruntwork should keep up and keep on developing those modules.

I have been using Gruntwork AWS Terraform Module Libraries & Reference Architecture for the past two years, and I have worked with Gruntwork AWS Terraform modules.

Gruntwork AWS Terraform Module Libraries & Reference Architecture is very much stable.

Gruntwork AWS Terraform Module Libraries & Reference Architecture's scalability is very high; for different environments, we can just mention it there, and it can handle all those environments.

Customer support for Gruntwork AWS Terraform Module Libraries & Reference Architecture is really nice, as there are a lot of people outside of customer support who can answer questions and who are using this application.

We previously used Terraform before adopting Gruntwork AWS Terraform Module Libraries & Reference Architecture. It helps in multi-cloud as well as multi-region developments, QA, and everything in between. Terraform works on a single module, so we moved to Gruntwork AWS Terraform Module Libraries & Reference Architecture.

We can use the same Gruntwork AWS Terraform Module Libraries & Reference Architecture modules again and again without needing to change a lot of things, and Gruntwork helps with that. Multi-account AWS foundations, such as AWS Organization and Control Tower, provide us with very good support for those things.

I have seen a return on investment with Gruntwork AWS Terraform Module Libraries & Reference Architecture, as fewer employees are needed. We don't need anyone else; we can have everything as infrastructure as code. Money is saved because we don't need to make sure that things are decommissioned; we can just decommission it using the infrastructure as code. We can override what we want and don't want, and things go out.

My experience with pricing for Gruntwork AWS Terraform Module Libraries & Reference Architecture is that it's free as it's open-source. Licensing is also free to use with the open-source modules, so it's pretty much easy, and that's why we moved to it.

Before choosing Gruntwork AWS Terraform Module Libraries & Reference Architecture, I did not evaluate other options, as moving from Terraform to Terragrunt was pretty much easy, so we moved with this.

My advice for others looking into using Gruntwork AWS Terraform Module Libraries & Reference Architecture is to go ahead with it, as it's really helpful. When people first start using it, they will get a better grip on it. It's also a coding language, so it's pretty simple if you have a basic coding understanding. I would rate this product a 7 out of 10.

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.

Gruntwork AWS Terraform Module Libraries & Reference Architecture has positively impacted our organization as we noticed a practical benefit in less time writing Terraform. Instead of developing every infrastructure component manually, we maintain focus on configuring variables and integrating existing modules. The infrastructure reviews are easier because projects follow similar structures, and reviewing Terraform changes is much simpler. Disaster recovery is faster as well. When an environment needs to be recreated, standardized Terraform modules allow us to provision infrastructure very quickly.

Regarding specific outcomes or metrics, we save most of the time since adopting Gruntwork, which I estimate to be approximately thirty percent of the time.

The best features Gruntwork AWS Terraform Module Libraries & Reference Architecture offers include providing mature, reusable Terraform modules rather than requiring every organization to build and maintain its own library. It has reference architectures that provide a solid starting point for deploying a secure AWS environment. Infrastructure standardization, where every AWS environment follows the same deployment approach, reduces the maintenance burden. Whenever improvements are made to shared modules, multiple projects benefit without each repository needing a completely separate implementation, and this enables faster infrastructure delivery.

The feature that has had the most impact for our team is the production-ready Terraform modules. With this, different engineering teams now deploy infrastructure using the same standards. This has reduced the inconsistencies that previously appeared when projects were built independently.

Gruntwork AWS Terraform Module Libraries & Reference Architecture can be improved in that the module update process is somewhat of a pain point. As modules evolve, upgrading existing environments sometimes requires careful planning and compatibility testing. A more streamlined upgrade experience would be beneficial. Additionally, documentation of advanced scenarios would help. The documentation is comprehensive for common deployments, but more advanced enterprise examples involving hybrid networking, multiple region architectures, or complex IAM integration would be helpful.

The customer support is good, and they are very helpful.

I did not previously use a different solution; we were only developing manually.

I have seen a return on investment as the operational benefits are present, and time is saved.

My experience with pricing, setup cost, and licensing is that everything is very straightforward and easy to understand.

Before choosing Gruntwork AWS Terraform Module Libraries & Reference Architecture, I did not evaluate other options; this is the first one, and we were attracted to it.

For someone who is looking to mature their Terraform practices and is aiming to reduce infrastructure maintenance and establish a reusable AWS deployment framework, they can directly consider Gruntwork AWS Terraform Module Libraries & Reference Architecture. I would rate Gruntwork AWS Terraform Module Libraries & Reference Architecture a nine out of ten based on the scenarios and pain points I have shared. I did not purchase Gruntwork AWS Terraform Module Libraries & Reference Architecture through the AWS Marketplace.