Terraform module for provisioning and managing Amazon EKS clusters and associated resources.
terraform-aws-eks is a Terraform module that automates the creation and management of Amazon Elastic Kubernetes Service (EKS) clusters and their associated resources on AWS. It provides a declarative way to define EKS infrastructure, including control planes, node groups, networking, security, and add-ons, reducing manual configuration and ensuring consistency.
DevOps engineers, SREs, and platform teams who manage Kubernetes infrastructure on AWS using Terraform. It's particularly valuable for teams seeking to standardize and automate their EKS deployments.
Developers choose this module because it's a widely adopted, community-maintained solution that encapsulates AWS EKS best practices, supports the full spectrum of EKS features (like Auto Mode, hybrid nodes, and access entries), and significantly reduces the time and complexity of provisioning production-grade Kubernetes clusters compared to manual Terraform scripting.
Terraform module to create Amazon Elastic Kubernetes (EKS) resources 🇺🇦
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Supports all major EKS features including Auto Mode, hybrid nodes, provisioned control planes, and Fargate profiles, as detailed in the README with extensive configuration examples.
Encapsulates AWS-recommended practices for security, networking, and resource management, reducing manual errors and ensuring production-ready setups out-of-the-box.
Offers numerous input variables for customizing node groups, add-ons, and access entries, allowing tailored deployments for diverse environments without sacrificing control.
Regularly updated with upgrade guides (e.g., v17 to v21) and support for latest EKS features, ensuring long-term viability and compatibility with AWS advancements.
The multitude of nested input variables and options can be overwhelming, leading to longer setup times and increased risk of misconfiguration for inexperienced users.
Frequent major version updates (e.g., from v20 to v21) often introduce breaking changes, requiring careful migration and testing, as evidenced by the multiple upgrade guides.
Deep integration with AWS services and Terraform limits portability to other clouds or infrastructure tools, creating vendor dependency that may hinder multi-cloud strategies.