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Course Outline

Core concepts

  1. Kubernetes architecture
  2. Cluster components

Building the app

  1. Creating containers
  2. Configuring a local Docker repository

Pod design

  1. Base configuration
  2. Liveness and readiness probes
  3. CPU and memory constraints
  4. Resource limits for a namespace

Security

  1. Security context
  2. Service accounts
  3. Secrets
  4. Kubernetes network policy
  5. Linux capabilities

Deployment configuration

  1. Controllers: deployments, daemon sets, and stateful sets
  2. Jobs and cron jobs
  3. Config maps
  4. Rolling upgrades, blue-green deployments, and canary deployments
  5. Utilising Helm for managing deployments
  6. Kubernetes API resources

Multi-container pods

  1. Sidecar, ambassador, and adapter containers
  2. Init containers

Services & Networking

  1. Services and their various types
  2. Load balancing
  3. Ingress controller

State Persistence

  1. Persisting application state in Kubernetes
  2. Ephemeral storage
  3. Persistent volumes and claims
  4. Storage classes

Requirements

  • A solid understanding of cloud-native application concepts and architectures.
  • Proficiency in programming using Python, Node.js, Go, or Java.
  • An OCI-Compliant Container Runtime, such as Docker or rkt.

Audience

  • Developers
  • Kubernetes Users
 21 Hours

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