container orchestration

Discover how to automate container orchestration across multiple cloud platforms using Linux Bash. This article explores tools like Kubernetes, Docker Swarm, and Apache Mesos for handling deployment, scaling, and networking of containers. It details the use of Terraform for infrastructure provisioning and Kubernetes for container management, supplemented by practical Bash scripts, to ensure efficient and reliable application deployment in a multi-cloud environment.

Learn to automate Kubernetes pod scaling using Bash with this detailed guide for IT professionals. Covering the basics of pod scaling, the advantages of Bash, and examples of both manual and metric-based scaling, the guide is perfect for enhancing Kubernetes management and operations efficiency in Linux environments. Plus, additional resources for further learning are provided.

Explore container orchestration with Kubernetes, an open-source platform by Google for automating deployment, scaling, and operation of application containers. This guide covers best practices like understanding Kubernetes architecture, using namespaces, embracing immutable infrastructure, and leveraging autoscaling. It also advises on implementing resource limits, utilizing ConfigMaps and Secrets, and setting up effective monitoring and logging. Continual learning and adaptation of new features are emphasized for optimal application performance.

Explore the best practices for managing Kubernetes deployments to optimize reliability, security, and efficiency. Learn about using version-controlled configuration files, embracing immutable infrastructure, and automating with CI/CD pipelines. The guide also covers setting resource limits, using probes for smoother updates, implementing namespaces for resource segregation, maintaining security with RBAC, and the importance of continuous monitoring for healthy clusters.

Discover how to install and use `kubectl`, the Kubernetes CLI, on Linux systems. This guide covers installation for distributions like Ubuntu, Fedora, and openSUSE using their respective package managers and explores both basic and advanced `kubectl` functionalities. Learn to deploy applications, manage resources, and view logs to efficiently handle Kubernetes clusters directly from the command line. Additional resources for mastering kubectl are also discussed.

Discover the capabilities of k9s, a terminal-based UI tool, for enhancing Kubernetes cluster management. This article details the real-time monitoring, resource management, and direct logs access features of k9s that streamline operations. It includes installation instructions for various Linux distributions and an introduction to its core features, making k9s a vital tool for developers and system administrators. Dive into the seamless integration with Kubernetes for more effective management and troubleshooting.