"Production-grade" is a loaded term. What constitutes production readiness will vary according to your use case. While a Kubernetes cluster is production-ready the moment it is ready to serve traffic, there is a commonly agreed set of minimum requirements, as shown in the infographic below.
With many cloud-native solutions popping up daily, it can be pretty daunting for engineers and organizations to choose the "right" tools to build their tech. Integrating them to get to day-2 operations ready in Kubernetes becomes all the more challenging.
The k8s-bootstrapper project is a customizable and extendable framework that aims to solve this problem by leveraging
- Terraform: Compose a production-ready infrastructure on DigitalOcean
- Argo CD: Application configuration management and delivery using GitOps
This project integrates popular battle-tested open-source software and solutions that provide a production-grade out-of-box Kubernetes experience.
- Kubernetes adopters
- Startups/SMBs who are looking to speed up the Kubernetes adoption
- Builders and curious souls
.
├── CODE_OF_CONDUCT.md
├── LICENSE
├── README.md
├── argocd # Argo CD configurations (optional)
├── bootstrap # cluster bootstrapping using Argo CD
├── docs # documents and assets
├── infrastructure # infrastructure automation using Terraform
└── observability # set up observability stack Follow the guide in the order stated below:
- DigitalOcean Infrastructure Automation via Terraform
- Bootstrapping using Argo CD
- Set up Observability using Robusta
Here is the overview of the architecture that we will set up:
Note: Intended for experimentation/evaluation only. You will be responsible for all infrastructure costs incurred by the used resources.
Had fun trying out the k8s-bootstrapper? Time to say goodbye!
# Run
cd infrastructure/terraform
terraform destroy --var-file=bootstrapper.tfvars --auto-approve
# Bye Bye!k8s-bootstrapper in action
This project takes inspiration from the fantastic work done by Alex Jones of Cloud Native Skunkworks.