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Course Outline

Core Concepts and Kubernetes Architecture

  1. Overview of Kubernetes architecture and its primary components
  2. Management of Pods, Labels, Selectors, Deployments, Services, and Namespaces
  3. Lifecycle management of applications
  4. Strategies for deploying applications and services

Installation, Configuration & Validation

  1. Installing Kubernetes using kubeadm
  2. Scaling the cluster size
  3. Managing standalone pods
  4. Implementing Control Plane High Availability
  5. Cluster maintenance procedures
  6. Upgrading to newer versions
  7. Cordoning and draining nodes

Networking

  1. Understanding the container network model in Kubernetes
  2. Service discovery, scaling, and load balancing
  3. Using DNS for service discovery

Scheduling

  1. Utilizing node selectors
  2. Applying affinity and anti-affinity rules
  3. Managing taints and tolerations

Security

  1. Implementing Authentication, Authorization, and RBAC
  2. Configuring secure TLS access to the API

Logging / Monitoring

  1. Logging for applications and system components
  2. Designing cluster-wide logging architectures
  3. Utilizing the Metrics Server
  4. Integrating Prometheus

Storage

  1. Overview of storage architecture
  2. Managing storage backends in Kubernetes: local, NFS, and GlusterFS
  3. Working with storage classes and dynamic provisioning
  4. Setting and managing resource quotas

Troubleshooting

Requirements

  • Familiarity with Kubernetes concepts.
  • Proficiency with Linux systems.

Target Audience

  • System Administrators
  • Kubernetes Users
 21 Hours

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