Upgrading AWS EKS clusters can be complex, but using a blue-green deployment strategy can make the process more seamless and reduce downtime. This article from OneFootball Locker Room explains how to optimize EKS cluster upgrades using the blue-green tactic. Learn how this approach ensures smooth transitions between cluster versions, minimizes risk, and maintains high availability during the upgrade process.

https://medium.com/onefootball-locker-room/from-blue-to-green-optimizing-aws-eks-clusters-upgrade-with-blue-green-tactic-2ee7c4920755

A command-line fuzzy finder

https://github.com/junegunn/fzf

Kubernetes-native security toolkit

https://github.com/aquasecurity/trivy-operator

Security training is a fundamental part of maintaining a secure and resilient organization. This article from PagerDuty outlines their approach to security training, detailing how they empower employees to recognize and mitigate security threats. Learn about the key components of their security training program, including best practices, ongoing education, and the importance of fostering a security-conscious culture across the company.
https://www.pagerduty.com/blog/security-training-at-pagerduty/

Friendly and fast tool for sending HTTP requests

https://github.com/ducaale/xh

Kubernetes tool for scanning clusters for network policies and identifying unprotected workloads.

https://github.com/deggja/netfetch

Running GPU-accelerated workloads, especially large language models (LLMs), on Amazon EKS can significantly enhance performance for AI and machine learning applications. This article from Prodigy Engineering explains how to configure and manage GPU-accelerated workloads on EKS. Learn about the necessary steps, best practices, and challenges involved in optimizing Kubernetes clusters to run GPU-intensive tasks efficiently.

https://medium.com/prodigy-engineering/running-gpu-accelerated-llm-workloads-on-eks-9928c07d30ea

Kubernetes can offer tremendous benefits, but it's not without its challenges. This article from Encore shares real-world "horror stories" from Kubernetes environments, highlighting common mistakes and pitfalls teams have faced. Through these cautionary tales, learn how to avoid misconfigurations, optimize cluster performance, and prevent operational disasters in your own Kubernetes deployments.

https://encore.dev/blog/horror-stories-k8s

Developer environments you can take with you

https://github.com/flox/flox

Drive Terraform at terminal velocity.

https://github.com/leg100/pug

DNS issues can be particularly troublesome when using NGINX as a reverse proxy. This article by Hwchiu on Medium addresses common DNS-related problems encountered in NGINX reverse proxy setups, explaining the root causes and offering solutions to resolve them. Learn about configuration tips, troubleshooting steps, and best practices to ensure reliable DNS resolution in your NGINX reverse proxy deployments.

https://hwchiu.medium.com/nginx-reverse-proxy-dns-issue-671d911dc5fa

Securing Kubernetes clusters requires understanding both offensive and defensive strategies. This article by Ridho Adya explores the various attack vectors and defense mechanisms for Kubernetes environments. Learn how to identify vulnerabilities, execute common attack techniques, and implement best practices for defending your Kubernetes clusters against potential threats.

https://medium.com/@ridhoadya/unveiling-the-battlefield-attacking-and-defending-kubernetes-clusters-9702cdbe941a

A smarter cd command. Supports all major shells.

https://github.com/ajeetdsouza/zoxide

Free and Open Source PaaS-platform for seamless management of virtual machines, managed Kubernetes, and Databases-as-a-Service

https://github.com/aenix-io/cozystack

Karpenter 1.0, recently announced by AWS, is a powerful open-source Kubernetes cluster autoscaling tool designed to optimize resource provisioning in real-time. This blog post from AWS highlights the key features of Karpenter, explaining how it improves the scalability and efficiency of Kubernetes clusters by automatically adjusting compute resources based on workload demands. Learn how Karpenter 1.0 can simplify cluster management and enhance operational efficiency.

https://aws.amazon.com/blogs/containers/announcing-karpenter-1-0/

Terraform drift detection is essential for ensuring that your infrastructure remains consistent with your code. This article from Let's Do DevOps explores how to implement and manage drift detection in Terraform environments. Learn about the tools, techniques, and best practices for identifying infrastructure drift and keeping your deployments aligned with their intended state.

https://www.letsdodevops.com/p/lets-do-devops-terraform-drift-detection

Reducing networking costs is crucial for optimizing cloud infrastructure, especially when managing traffic between tools like Flux and GitHub. This article from Tenets explores strategies for minimizing networking expenses by optimizing traffic flow between Flux and GitHub. Learn how to implement cost-saving measures without compromising performance or security in your continuous deployment workflows.

https://medium.com/tenets/saving-networking-costs-for-traffic-flow-between-flux-github-b1cebc76fd41

Using TargetGroupBinding with AWS Load Balancer Controller enables more efficient traffic routing to Kubernetes workloads. This AWS blog post explores common patterns for configuring TargetGroupBinding to integrate AWS Load Balancers with Kubernetes services. Learn how to leverage these patterns to optimize network traffic, enhance scalability, and ensure high availability for your Kubernetes applications.

https://aws.amazon.com/blogs/containers/patterns-for-targetgroupbinding-with-aws-load-balancer-controller/

Kubernetes-based load balancing

https://github.com/kubermatic/kubelb