The Amazon EKS Auto Mode workshop offers hands-on training for deploying workloads using Amazon Elastic Kubernetes Service (EKS) Auto Mode, which simplifies Kubernetes operations on AWS. Participants will learn to enable Auto Mode, deploy applications, and manage upgrades while gaining insights into migrating existing workloads. The workshop is designed for users with a basic understanding of Kubernetes and is accessible through AWS accounts or hosted events.

The article reflects on the evolution of container technology and its impact on DevOps practices, highlighting the transition from virtual machines to containers, the challenges of Kubernetes, and the changing landscape of development culture. It discusses how the focus on deployment and complexity has transformed the role of DevOps, leading to a greater emphasis on efficiency and the adoption of "boring" technologies in recent years. Looking ahead, it suggests that while containers are becoming more mainstream, the need for a change budget remains crucial for innovation.

Talos is a Linux distribution designed specifically for Kubernetes, emphasizing a no-SSH approach to enhance security and simplify operations. It automates the deployment and management of Kubernetes clusters, allowing users to focus on their applications rather than the underlying infrastructure. Talos operates in a minimalistic environment, making it suitable for cloud-native applications and modern DevOps practices.

ArgoCD's integration with Amazon Q CLI through the MCP server enhances Kubernetes management by enabling natural language interactions for deployment operations. This development simplifies complex GitOps workflows, making them accessible to non-technical stakeholders and streamlining multi-cluster management, troubleshooting, and application promotion processes. The solution aims to reduce reliance on technical expertise and improve operational efficiency within DevOps teams.

Learn how to perform a precision recovery of specific resources from etcd snapshots in Kubernetes, allowing for targeted restorations without the need for a full cluster rollback. This guide outlines a five-step process to restore critical resources like ConfigMaps while minimizing downtime and maintaining cluster stability.

Memory usage in Prometheus can escalate dramatically in enterprise Kubernetes environments due to high-cardinality metrics and labels. This article details methods to analyze and reduce memory consumption effectively, including identifying redundant metrics and employing scripts to optimize monitoring without losing essential data.

The article discusses the implementation of a custom Kubernetes scheduler for continuous integration processes, focusing on how it can optimize resource allocation and improve deployment efficiency. It outlines the advantages of using a tailored scheduling approach over default settings and provides insights into the configuration and integration of such a scheduler in a CI/CD pipeline.

The article details a GitHub repository for setting up KubeSolo, a lightweight single-node Kubernetes distribution, through a GitHub Action. It provides features such as automatic installation, configuration, and removal of conflicting container runtimes, making it suitable for CI/CD pipelines and development workflows. The repository includes a quick start guide and troubleshooting tips for users.