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Hi #connections , 🚀 Unveiling Kubernetes: The Maestro of Containers!🚀 Kubernetes conducts a digital symphony, orchestrating apps across clusters with finesse. As an open-source marvel, it empowers creators by managing complexities, much like an orchestra conductor. 🎩 Decoding "K8s" Magic🎩 "Kubernetes" becomes "K8s," an abbreviation with eight letters between "K" and "s." A secret code among the initiated, it signifies efficiency and allure in simplicity. 🔥 Key K8s Advantages 🔥 Automated scaling, high availability, self-healing, and efficient resource management define Kubernetes' charm. Declarative configuration, seamless rollouts, secrets management, and multi-cloud compatibility amplify its appeal. 🌐 Dive into Architecture 🌐 Explore Kubernetes architecture's symphony of components orchestrating scalability and high availability. 🔗 [Read the Full Blog here](https://lnkd.in/d2APnK-D) 🐙 GitHub Repository: https://lnkd.in/dTt6s3Dw 🚀 Part of #90daysofdevops journey! #kubernetes #containerorchestration #devops

Is the Kubernetes Gateway API the next big thing in traffic routing management? We're witnessing a transformative shift in Kubernetes traffic management with the emergence of the Gateway API. It's poised to redefine how we handle routing complexities within Kubernetes clusters, offering unmatched flexibility, extensibility, and modern routing capabilities. Head over to our very first blog to find out more. ----------- ♻ Repost if you found this post useful, be sure to follow us for more insights and practical guides in the near future! Have a great day! #Kubernetes #Istio #KubernetesGatewayAPI #TrafficManagement #TechTalks #K8S #DevOps

Hi LinkedIn User, Please check out this post on Kubernetes pod and it implementation. Feel free to subscribe and read the other articles. #devops #artificialintelligence #technicalproductmanager #productmanager Read this story from Temitope Oladokun on Medium: https://lnkd.in/d_jtJ8gm

How Do Kubernetes Pods Work? Pods are a layer of abstraction on top of a main container with our code, and zero or more support or sidecar containers. In addition to the containers, pod have an identity on the Kubernetes cluster, and several configurations. Pod Lifecycle Pods can go through several stages in their lifecycle: Pending: The pod is accepted by the system, but one or more of the containers is not set up and running. Running: The pod is bound to a node, and all of its containers are created. Succeeded: All containers in the pod have terminated successfully and will not restart. The pod is no longer bound to a node and consuming resources. Failed: At least one container in the pod has terminated in failure. The pod is no longer bound to a node and consuming resources. Unknown: When the state is inexplicable due to some issues in communicating with the pod's host node. When a node fails to report its status to the Kubernetes Control Plane, pods that were running in that node enter the Unknown state. How Pods manage multiple containers A pod can encapsulate multiple containers, ensuring they share the same storage and network namespace. This lets us couple application helper processes with the primary application, and avoid dealing with network configurations between them. Containers that run in the same pod share the local network and storage. This is often used for sidecar containers, such as Logging, Monitoring or Network configurations. Working with Pods in Kubernetes Kubernetes is a complex platform, and running production workloads requires a bit more knowledge than just defining a pod with a container. Here are some additional concepts that you need to understand in order to manage pods effectively. Pod update and replacement Directly updating a running pod isn’t a good practice, since it breaks the assumption of pod immutability (essentially the same as container immutability). In fact, Kubernetes enforces this immutability at the pod level, meaning it rejects updates to pods. Instead, you should deploy a new version of the pod and gracefully redirect traffic to the newer version. If this deployment is done gradually, replacing one pod at a time (relevant when you're running several pods for the same application), this is called a Rolling Update. If you deploy an entire new set of pods, redirect traffic to them, verify that they work and only then terminate the old pods, this is called a Blue/Green Deployment. When you create a Deployment, which contains a group of Pods, you can define the update strategy.

🚀 Embarking on the Kubernetes Odyssey! 🌐 Thrilled to share my recent deep dive into the fascinating world of Kubernetes architecture! 🤓 Let's unravel the magic together: 🏰 K8s Architecture Insights: 🌟 Control Plane Brilliance: 🎮 API Server: The gateway to Kubernetes, orchestrating communication and issuing commands. 🧠 etcd: The cluster's brain, storing configuration data and maintaining the entire state. 🔄 Controller Manager & Scheduler Dance: ⏩ Scheduler: Smartly distributing workloads based on resources and application needs. ⚙️ Controller Manager: Keeping a watchful eye, ensuring the cluster's actual state aligns with the desired state. 🌐 Nodes - The Workhorse: 🤖 kubelet: Worker bee on each Node, ensuring containers within Pods play nice. 📦 Pods: The smallest deployable units, hosting containers, and sharing resources. 🌈 K8s Benefits Radiance: 🚀 Scalability: Applications effortlessly adapting to varying workloads. 🌍 Portability: Seamless transition across diverse cloud providers and on-premises environments. ⚙️ Automation: Time-saving, error-reducing magic for deployment, scaling, and management. 💪 High Availability: Automated load balancing and fault-tolerance for unstoppable applications. #kubernetes #devops #devopscommunity #learning #90daysofdevops #trainwithshubham #technicalguftgu

BOCA RATON, FL – September 26, 2023 – Radius Method releases KXD as Open Source under the MIT license.  In recent years, Kubernetes has emerged as the de facto container orchestration platform, empowering organizations to scale and manage containerized applications with unprecedented ease. However, as the adoption of Kubernetes grows, so does the complexity of managing multiple Kubernetes clusters. In this article, we’ll delve into the challenges associated with managing numerous Kubernetes clusters and introduce a valuable tool, KXD (Kubeconfig Switcher), designed to simplify this intricate task. As organizations expand their containerized workloads, they often find themselves operating multiple Kubernetes clusters. This proliferation is driven by various factors, including geographic distribution, the need for isolation between development and production environments, and adherence to regulatory requirements. #devsecops #cncf #kubernetes #kubeconfig https://lnkd.in/eeuzvsN3

In container orchestration, Kubernetes has emerged as an important tool for deploying and managing containerized applications. Ensuring the health and reliability of applications is paramount, and Kubernetes Probes plays a crucial role in achieving this goal. In this article, we’ll explain the significance of Kubernetes Probes, exploring how they enhance the health checks of applications, and provide a more robust infrastructure for your containerized workloads. Read More: https://lnkd.in/eAgZmFru #cloudcomputing #devops #kubernetes #containerization #orchestration #applications #healthcheck

MadScientist - Mastering Docker Orchestration Docker orchestration has become an essential skill for managing containerized applications. Mastering Docker orchestration ensures efficient deployment, scaling, and management of containers across a cluster of machines. This advanced-level guide will explore key concepts, tools, and best practices in Docker orchestration, helping you harness the full power of containerized environments.#advancedDockertechniques #CI/CD #containermanagement #containerorchestration #dockernetworking #dockerorchestration #DockerSecurity #DockerSwarm #Kubernetes #Kubernetesbestpractices #Kubernetesscaling #microservices

Here is my latest blog about: Unmasking Kubernetes: Unlock the Potential of Container Orchestration - https://lnkd.in/gQ65ipu2 Let's face it - managing containers can be a real headache. Whether you're a small start-up or a large enterprise, dealing with the complexities of container orchestration can be a major time drain. But fear not, because there's a solution that's revolutionizing the way we handle containers: Kubernetes. Kubernetes, often abbreviated as K8s, is an open-source platform designed to automate the depl... Do Like & Share :)

Here is my latest blog about: Unmasking Kubernetes: Unlock the Potential of Container Orchestration - https://lnkd.in/g_nEXMBm Let's face it - managing containers can be a real headache. Whether you're a small start-up or a large enterprise, dealing with the complexities of container orchestration can be a major time drain. But fear not, because there's a solution that's revolutionizing the way we handle containers: Kubernetes. Kubernetes, often abbreviated as K8s, is an open-source platform designed to automate the depl... Do Like & Share :)