80% of the course will be practical only, 20% theory. 

Pre-requirsite - A laptop with linux OS is preferred, If you have windows, no worries. An AWS Account

Docker Tutorial
Docker - Home
Docker - Overview
Docker - Installing Docker on Linux
Docker - Installation
Docker - Hub
Docker - Images
Docker - Containers
Docker - Working With Containers
Docker - Architecture
Docker - Container & Hosts
Docker - Configuring
Docker - Containers & Shells
Docker - File
Docker - Building Files
Docker - Public Repositories
Docker - Managing Ports
Docker - Private Registries
Building a Web Server Docker File
Docker - Instruction Commands
Docker - Storage
Docker - Networking
Docker - Setting NGINX
Docker - Logging
Docker - Compose
Docker - Continuous Integration
Docker - Kubernetes Architecture
Docker - Working of Kubernetes

Kubernetes architecture & concepts

• Where did Kubernetes come from?
• What makes up a Kubernetes cluster?
• Declarative model and desired state
• Pods and their lifecycle
• Services & Ingress
• ConfigMaps & Secrets
• Namespaces
• Kubernetes network policy

 

Advanced Scheduling

• Taints & tolerations
• Node selection
• Pod affinity and anti-affinity

 

Storing state in Kubernetes

• Persistent Volumes
• Persistent Volume Claims
• Storage classes

 

Securing Kubernetes

• Container security
• Pod security
• Kubernetes authentication & authorisation
• Securing communication between applications

 

 

Kubernetes monitoring & logging

• The USE and RED method to monitoring
• Prometheus deep-dive
• Alerting best practices
• Container logging
• Kubernetes component logging
• The EFK stack

Application package management

Summary Overview

• Kubernetes quiz
• How to get involved in the community