How Kubernetes Works - Part 1

How Kubernetes Works - Part 2

Project 1- Installing a Single Node Kubernetes Cluster using Micro K8s

Project 2 - Installing a Multi-Node Cluster using Kubeadm

Project 3 Using containerD as the container runtime in Kubernetes

Project 4 Create an NGINX pod in Kubernetes

Project 5 Using a sidecar container to collect logs from two separate streams in Kubernetes

Kubernetes Resources and Stateless Apps

Project 1: Creating a deployment and exposing a service in Kubernetes

Project 2: Working with persistent data in a Kubernetes cluster

Project 3: Checking container health in Kubernetes with Liveness and Readiness probes

Project 4: Storing Secrets in Kubernetes

Kubernetes Ingress with Traefik and Nginx ingress

Project 1: Use an ingress controller and resource to access two different apps

Project 2: Secure your app on Kubernetes using Ingress and TLS

Project 3: Use cert-manager to issue and renew certificates for your app in Kubernetes

Managed Kubernetes in Azure (AKS)

Project 1: Install an Azure Kubernetes Service (AKS) cluster using cloud shell

Project 2: Using virtual nodes with an AKS cluster

Project 3: Exposing your app to the internet using an Azure Load Balancer in AKS

Project 4: Create persistent storage for your AKS cluster using storage Class

Accessing Cluster Resources in AKS

Project 1: Create a service account to access a namespace using clusterRoles in AKS

Project 2: Use Azure RBAC to limit who can access your AKS cluster

Project 3: Create an AKS cluster with Azure AD integration

Networking and Securing Apps in AKS

Project 1: Create an AKS cluster using Azure CNI

Project 2: Use cert-manager and ingress in AKS to access your app from your domain

Project 3: Access your app on AKS using HTTP application routing

Project 4: Use Azure Policy in AKS to secure your cluster

Scaling Applications in AKS

Project 1: Deploy a WordPress blog with MySQL to AKS using a LoadBalancer resource

Project 2: Create a new nodepool for different types of apps running in AKS

Project 3: Use a pod autoscaler with AKS to dynamically scale your cluster

Project 4: Upgrade an AKS cluster to a specific version of Kubernetes

Monitoring and Troubleshooting Application Failure

Project 1: View AKS cluster component logs

Project 2: View events and kubelet logs in AKS

Project 3: Visualizing Prometheus metrics in AKS