• Introduction of Cloud Computing  

• Introduction of Containers

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• Overview of Docker and Kubernetes

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• Introduction of Cloud Native Computing

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• Introduction of Container Runtime & Orchestration 

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• Kubernetes Architecture - Overview

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• Kubernetes Object categories: Cluster, Nodes & Pods

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• Installation of Kubernetes - (Ubuntu & CentOS)

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• Creation of Single Node Kubernetes with Minikube

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• Install using kubeadm & Kubernetes Networking

• Deployment operations - perform rolling updates and rollbacks

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• Various methods of configure applications

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• Stand-Alone to Multi-Tier scale of applications

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• Process and necessary primitives to create self-healing applications

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• Lab 4

• Schedule Pods with label selectors

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• Architecture role of DaemonSets  

• Understand how resource limits can affect Pod scheduling

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• Run multiple schedulers and configure Pods to use them

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• Manually schedule a Pod without a scheduler

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• Display scheduler events

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• Know how to configure the Kubernetes scheduler

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• Lab

• Understand persistent volumes and create them

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• Classification of access modes for volumes

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• Understand how resource limits can affect Pod scheduling

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• Persistent volume claim primitive

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• Kubernetes storage objects

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• Configure applications with persistent storage

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• Lab

• Accessing the Kubernetes clusters

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• Access control to API

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• Admission controllers and service accounts

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• Authorization Overview

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• Authorization - RBAC, ABAC & Nodes

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• Role Bindings

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• Command line Tools - kube-controller, kube-proxy, kubectl, etc.,

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• Lab 2

• Design a Kubernetes Cluster with master and nodes

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• Configure secure cluster communications

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• Configure a Highly-Available Kubernetes cluster

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• Locate and isolate the Kubernetes release binaries

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• Provision underlying infrastructure to deploy a Kubernetes cluster.

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• Choose a network solution and Kubernetes infrastructure configuration.

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• Run end-to-end tests on your cluster

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• Analyse end-to-end tests results and Run Node end-to-end tests

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• Lab 5

• Configure authentication and authorization.

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• Understand Kubernetes security primitives.

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• Configure Network policies.

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• Locate and isolate the Kubernetes release binaries

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• Understanding and working with Ingress

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• Create and manage TLS certificate for cluster components

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• Work with images securely 

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• Define Security contexts

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• Secure persistent key value store

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• Lab

• Understand how to monitor all cluster components.

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• Monitor applications and analyze scenarios working properly.

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• Manage cluster component logs and application logs. 

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• Troubleshoot application failure.

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• Troubleshoot control panel failure.

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• Troubleshoot worker node failure

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• Troubleshoot networking

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• Lab

• Creation of Pods and Replica Controllers

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• InitContainers and Restart Policy examples

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• Operations on Pods and Replica Controllers

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• Deployment Scenarios of Stand-Alone Application

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• Working with Jobs, Cron Jobs, DaemonSets

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• Deployment Scenarios of Multi-Tier Application

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• Lab 3

• Understand the Kubernetes API primitives and cluster architecture

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• Understand services and other network primitives.

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• Creating the networking configuration on the cluster nodes

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• Creation of Pod networking and concepts & Understand and creation of service networking

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• Deploy and configure network load balancer

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• Understand and applying Ingress rules

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• Configure and use the cluster DNS

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• Understand CNI - Container Network Interface - Heptio, Calico & BIRD

• Understand Kubernetes cluster upgrade process

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• Facilitate operating system upgrades

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• Implement Backup and restore methodologies

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• Lab

• Kubernetes Orchestration with CNCF community tools

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• Istio Management - Service Mesh, Traffic Policies & Benchmarking

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• Advanced Helm Charts and Use cases, Fleuntd, OpenTracing, etc.,

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• Need of Prometheus, Grafana and Hawklar

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• Multi-cluster Automation & Container Management

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• Multi-cluster Optimization

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• Roadmap to Cloud Native Services Transformation