#Docker Container Orchestration

POV: huge docker image 💀 These are a few quick tips to get your image size down, and reduce you build times. Smaller image generally equals cheaper and faster container orchestration. My manager at my first ever job was a huge alpine enjoyer, so it’s nice to be making this video so many years later. #csmajors #devops #docker #kubernetes #k8s #coding #programming

Running my First docker container and building my first image 🔥 #docker #coding #programming #ezsnippet

How to run Docker Containers? Please watch the video to understand better. #backend #coding #engineering #software #techreels #viralreels #engineer #javascript #nodejs #virals #fyp

Follow @cloud_x_berry for more info #Docker #Containerization #DevOps #CloudNative #DockerArchitecture Docker client, Docker daemon, Docker host, Docker registry, Docker images, Docker containers, Docker networks, Docker volumes, REST API communication, container runtime, image layers, Docker engine, container isolation, microservices architecture, CI/CD integration, container orchestration readiness, persistent storage, container networking, DevOps workflows, scalable deployments

Docker Basics: Images vs Containers Explained Fast. 🚀 Struggling with Docker? Let's clear up the confusion between images and containers! • Docker images are snapshots of your app’s environment 📸 • Containers are running instances created from those images 🏃‍♂️ • Build images once and run containers multiple times to save space and stay organized 💾 Master these basics to supercharge your Docker workflow today! Don't forget to like and follow for more quick tech insights! 👍 #docker #devops #containers #images #dockercontainers #dockertutorial #dockerbasics #softwaredevelopment #cloudcomputing #programming #techshorts #dockerworkflow #containerization #devtips #shorts #developers #coding #programmerlife #techcommunity #softwareengineer #computerscience #programminglife #techeducation #learndev #computing #technology #digital #codetips #programmingtips #devlife

What is the difference between docker image and containers? #devops #tech #interview #docker #job Too basic??

In Just 2 minutes, we can run a real application inside the docker container 🐳 🔴 Here I forgot one thing to tell in video that before executing the build command, please open the "docker desktop" app in your machine. Otherwise, you'll get the error as "error during connect: this error may indicate that the docker daemon is not running" Please try this in your machine & let me know if you get it or not 💖 Follow @devopsvibez ❤️ for more such content ☺️ #devops #kubernetes #docker

Kubernetes is a container orchestration platform. It takes apps packed in containers, think Docker, and runs them reliably across clusters of servers automatically. It handles deployment, scaling, and failover. . . #developer #tech #kubernetes #coding #programming

Kubernetes is not just an orchestrator. It’s a platform 🔥 *ONE PLATFORM. EXPONENTIAL POSSIBILITIES* 🚀 Every tool you add unlocks a superpower: *Core Infra* K8s + Docker → Container Orchestration 🐳 K8s + Terraform → Infrastructure Provisioning 🏗️ K8s + Helm → Package Management 📦 *Observability* K8s + Prometheus → Monitoring 📊 K8s + Grafana → Visualization 📈 K8s + Fluentd → Log Aggregation 📝 *Security & Networking* K8s + Vault → Secrets Management 🔐 K8s + Cilium → Network Security 🛡️ K8s + Istio/Envoy → Service Mesh + L7 Traffic 🌐 *DevOps & Scaling* K8s + ArgoCD → GitOps 🔄 K8s + KEDA → Event-Driven Scaling ⚡ K8s + OPA → Policy as Code 👮 *ML/AI Stack* K8s + Kubeflow → ML Pipelines 🧠 K8s + KServe → Model Serving 🤖 K8s + Ollama → LLM Inference 💬 K8s + _Your Tool_ = New Capability Unlocked 🔓 Which combo are you running in prod? 👇 #Kubernetes #K8s #DevOps #CloudNative #CNCF SRE Docker Terraform Prometheus GitOps MLOps PlatformEngineering TechShorts Backend Cloud

What is k8s (Kubernetes)? k8s is a container orchestration system. It is used for container deployment and management. Its design is greatly impacted by Google’s internal system Borg. A k8s cluster consists of a set of worker machines, called nodes, that run containerized applications. Every cluster has at least one worker node. The worker node(s) host the Pods that are the components of the application workload. The control plane manages the worker nodes and the Pods in the cluster. In production environments, the control plane usually runs across multiple computers and a cluster usually runs multiple nodes, providing fault-tolerance and high availability. 🔹 Control Plane Components 1. API Server The API server talks to all the components in the k8s cluster. All the operations on pods are executed by talking to the API server. 2. Scheduler The scheduler watches the workloads on pods and assigns loads on newly created pods. 3. Controller Manager The controller manager runs the controllers, including Node Controller, Job Controller, EndpointSlice Controller, and ServiceAccount Controller. 4. etcd etcd is a key-value store used as Kubernetes’ backing store for all cluster data. 🔹 Nodes 1. Pods A pod is a group of containers and is the smallest unit that k8s administers. Pods have a single IP address applied to every container within the pod. 2. Kubelet An agent that runs on each node in the cluster. It ensures containers are running in a Pod. 3. Kube Proxy kube-proxy is a network proxy that runs on each node in your cluster. It routes traffic coming into a node from the service. It forwards requests for work to the correct containers. #kubernetes #docker #devops #devsecops #cloudcomputing #cloudsecurity #networkengineer #networksecurity #redhat #programming

Docker is no longer free. Podman does the same thing, better, and costs nothing���Docker vs Podman | Docker Desktop paid subscription | Podman free alternative | rootless containers | daemonless container runtime | Docker licensing change | Red Hat Podman |system design interview || |backend engineering basics for beginners | software engineer tips | developer jargon explained | tech career growth | enough to ship |��#softwareengineering #backenddeveloper #systemdesign #techcareer

The Ultimate Underground Retreat: Modular Container Bunker Building a dream home often starts from the ground up, but for some, the real innovation happens deep below. This incredible modular A-frame setup features a massive underground container bunker, designed for maximum durability and off-grid resilience. Witness the precision of modern engineering as shipping containers are transformed into a high-tech survival sanctuary. Whether it’s for ultimate privacy or a unique architectural statement, this project redefines the concept of a modern home. Key Highlights of this Project: • Modular Innovation: Seamlessly blending A-frame aesthetics with underground security. • Off-Grid Living: Engineered for self-sufficiency and long-term sustainability. • Structural Excellence: Utilizing heavy-duty shipping containers for a reinforced foundation. • Architectural Design: A perfect balance between luxury living and survivalist functionality. Target Regions & High CPM Markets: United States, United Kingdom, Canada, Australia, Germany, Norway, United Arab Emirates.