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Kubernetes Administration (GL360)

    Seminarinhalt

    This course covers the topics of the Certified Kubernetes Administrator (CKA) exam. Topics include installation, application lifecycle management, networking, storage, security, scheduling, logging, maintenance, and troubleshooting of Kubernetes.

    Course Objectives
    During this course, students will learn:
    • Kubernetes architecture
    • Kubernetes core concepts (clusters, objects, etc.)
    • Fundamentals: – Images – Containers – Pods
    • Installation
    • Application lifecycle management
    • Networking
    • Storage
    • Security
    • Scheduling
    • Jobs and CronJobs
    • Linux containers

    Programm

    Core Concepts
    • CKA objectives covered
    • Kubernetes architecture   
    • Cluster communication
    • Objects
    • Object properties
    • Labels and selectors
    • Annotations
    • Object management
    • Image fundamentals
    • Container fundamentals
    • Pod fundamentals
    • Working with pods
    • Writing YAML files
    Installation
    • CKA objectives covered
    • Installation prerequisites
    • Installation (single node)
    • Installation (production)
    • Client tool optimizations
    • Installing HA control plane (demo)
    Application Lifecycle Management
    • CKA objectives covered
    • Pod lifecycle
    • Container lifecycle
    • Init containers
    • Container: command and args
    • Container: defining environment
    • ReplicaSet
    • Deployments
    • Working with deployments
    • Deployment rollouts
    Networking
    • CKA objectives covered
    • Network overview
    • Service discovery and CoreDNS
    • Container Network Interface (CNI)
    • Services
    • Ingress objects
    Storage
    • CKA objectives covered
    • Storage
    • Volume types
    • Static volumes (demo)
    • ConfigMaps
    • Secrets
    Security
    • Controlling access to the Kubernetes API
    • Kubectl configuration
    • Admission controllers
    • Pod security policies admission controller
    • Default admission controllers
    Scheduling
    • CKA objectives covered
    • Controlling and tracking resources
    • Scheduler operation
    • DaemonSet
    • Node affinity and anti-affinity
    • Pod affinity and anti-affinity
    • Taints and tolerations
    Jobs and CronJobs
    • Jobs
    • CronJobs
    Linux Containers
    • Application management landscape
    • Application isolation
    • Resource measurement and control
    • Container security
    • OverlayFS overview
    • Container security
    • Open container initiativ

    Zielgruppen

    Systems administrators and DevOps professionals

    Vorkenntnisse

    • Proficiency with the Linux CLI 
    • A broad understanding of Linux system administration 
    • Basic knowledge of Linux containers, e.g. Docker 

    Downloads

      3 Tage ab  2.175,-
      Termin wählen
      Trainings-ID:
      HJ7F2S
      Ort:
      Online

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      • 25.08.-27.08.2025 25.08.2025 3 Tage 3T Online ab  2.175,-

          Trainingspreis

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      • 17.11.-19.11.2025 17.11.2025 3 Tage 3T Online ab  2.175,-

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           2.175,-
        • Trainingspreis Online  2.175,-

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