Description

This course is ideal for developers who want to master Kubernetes application development.

Participants should be familiar with Linux command line, programming languages such as Python, Node.js, or Go, and have a basic understanding of cloud-native concepts. The course covers Kubernetes architecture, installation and configuration, application design and development, environment and security setup, services and networking, deployment, as well as monitoring and maintenance

Why Take This Course?

Build Cutting-Edge Cloud-Native Applications

Learn how to design, develop, and deploy applications optimized for Kubernetes and cloud-native environments.
Master Application Deployment and Management

Gain practical skills to configure, secure, and manage application environments for reliability and scalability.
Enhance Your Developer Career in Cloud-Native Tech

Acquire in-demand skills that make you a sought-after professional for modern cloud and microservices projects.

Facilities

Hands-on Lab Environment – Train using dedicated virtual machines with full access to lab resources via Jumpserver (RDP & SSH), enabling real-world practice throughout the training.
Downloadable Lab Environment – Continue practicing after the training with our VM Lab Downloader (.qcow2), allowing you to run the lab environment on your own machine.
Complete Learning Materials – Get comprehensive digital training materials and a handbook with up to 1 year access, plus a certificate of course completion.
Post-Training Support – Continue learning after the class with access to training records (for online sessions) and community discussion groups to help reinforce your skills.

Syllabus

Changelog

Introduction

Containers
Container Orchestration
What is Kubernetes?
Kubernetes Terminology
Tools
Cloud Native Computing Foundation

Kubernetes Architecture

Main Components
Control Plane
Worker/Node
Services
Pods
Container Resources
Cluster Networking
CNI Network Configuration File
Lab 2.1 Lab Environment
Tunneling Access Server & Basic Vim Command

Kubernetes Installation and Configuration

Installation Tools
Installing a Pod Network
Main Deployment Configurations
Lab : Kubernetes Cluster Provisioning
Lab : Bash Auto-completion
Lab : Kubernetes Dashboard
Lab: Deploy Microservices Demo

Application Build and Design

Container Image
Dockerfile
Job
CronJob
Multi-container Pod
Init Container
Ephemeral Volume
Persistent Volume
Lab : Build PHP Container Image
Lab : Build Python Django Container Image
Lab : Build NodeJS Container Image
Lab : Build Java Container Image
Lab : Build Golang Container Image
Lab : Working with Jobs
Lab : Working with CronJobs
Lab : Multi-container Pod
Lab : Pod with Init Container
Lab : Creating a Persistent NFS Volume (PV)
Lab : Creating a Persistent Volume Claim (PVC)
Lab : Deploy Storage Class type NFS
Quiz 4.1

Application Environment, Configuration, and Security

Custom Resources
Custom Resource Definition (CRD)
Authentication
Authorization
Admission Control
Resource Quotas
Requests and Limits
Config Map
Secret
Service Account
Security Context
Lab : Access Kube API with TLS
Lab : Role Based Access Control (RBAC)
Lab : Resource Management
Lab: Create a ConfigMap
Lab: Manage Sensitive Data with Secret
Lab: Security Context
Quiz 5.1

Services & Networking

Service
Multi-port Service
DNS
ClusterIP
NodePort
LoadBalancer
ExternalName
Network Policy
Ingress
Ingress Controllers
Lab: Exposes the Service on a Cluster-internal IP
Lab: Exposes the Service on Each Node's IP at a Static Port
Lab: Exposes the Service Externally using an External Load Balancer
Lab: Exposes HTTP/S Routes to Services within the Cluster using Ingress
Quiz 6.1

Application Deployment

Replica Set
Deployment
Deployment Strategy
Blue/green Deployment
Canary Deployment
Rolling Update
Helm Package Manager
Kustomize
Lab: Rolling Updates and Rollbacks
Lab: Deploy Kubernetes Resources using Helm
Lab: Deploy Kubernetes Resources using Kustomize
Quiz 7.1

Application Observability and Maintenance

API Deprecations
Probes and Health Check
Monitoring
Logging
Debugging
Lab: Perform Health Check
Lab: Monitor Kubernetes Cluster
Lab: Playing with Kubernetes Logs
Lab: Horizontal Pod Autoscaling (HPA)

Common Questions

Is there a minimum number of participants required for the training to run?

Yes, the training can be conducted with a minimum of 4 participants. If the number of participants does not meet the minimum requirement, you may contact us for further information on the available options.

Is it possible to customize the training materials?

Yes, the training materials can be customized based on your needs. The topics are not limited to Cloud, CloudSecOps, and DevSecOps.