Azure Kubernetes Service with Azure DevOps and Terraform

Based on the list you've provided, it seems like you're outlining a comprehensive course on Azure Kubernetes Service (AKS) with a focus on autoscaling, infrastructure as code using Terraform, and integration with Azure DevOps for CI/CD pipelines. This course covers both Azure services and Kubernetes concepts necessary for deploying and managing applications in an AKS cluster.

Here's a breakdown of the key components you've mentioned:

Azure Services Covered:

• Azure Kubernetes Service (AKS): Managing and scaling Kubernetes clusters on Azure.
• Azure Disks, Files, MySQL Database, Storage Accounts: Understanding storage solutions in Azure for persistent data and databases.
• Azure Cloud Shell: Using Azure's interactive command-line experience for managing resources.
• Azure Load Balancer, DNS Zones: Configuring networking and domain name system services.
• Azure Container Registries (ACR): Managing container images using Azure's own registry service.
• Azure DevOps - Build & Release Pipelines: Setting up continuous integration and deployment pipelines with AKS.
• Azure Public IP Address, Standard Load Balancer, Virtual Networks, Azure Active Directory: Core networking and security components in Azure.
• Azure Container Instances (CI), Azure Virtual Machine Scale Sets (VMSS): Alternative compute options for running containers.
• Azure Managed Service Identity (MSI), Log Analytics Workspaces for Azure Monitor: Managing identities and monitoring.

Kubernetes Concepts Covered:

• Kubernetes Architecture: Understanding the components and architecture of a Kubernetes cluster.
• Pods, ReplicaSets, Deployments: Core Kubernetes objects for deploying applications.
• Services (Load Balancer, Cluster IP, External Name, Ingress, SSL & SSL Redirect): Various ways to expose applications.
• Ingress & External DNS, Domain Name based Routing: Configuring ingress controllers and routing with domain names.
• Secrets, Init Containers: Managing sensitive data and running setup containers before main application containers.
• Requests & Limits, Namespaces (Imperative, Limit Range, Resource Quota): Resource management within a Kubernetes cluster.
• Storage Classes, Persistent Volumes, Persistent Volume Claims: Configuring storage in Kubernetes.
• Cluster Autoscaler, Horizontal Pod Autoscaler (HPA): Auto-scaling capabilities in Kubernetes.
• Config Maps, RBAC (Role & Role Bindings, Cluster Role & Cluster Role Bindings): Configuring and managing access control.
• Virtual Kubelet: Running workloads outside of the AKS cluster on Azure VMs.
• Secrets - Image Pull Secrets: Managing image security in AKS.

Course Features:

• Hands-on Step By Step Learning Experiences: Practical exercises to apply what you learn.
• Real Implementation Experience: Building and managing real-world scenarios.
• Friendly Support in the Q&A section: Assistance from the instructor or community.
• 30-Day Money Back Guarantee: A risk-free learning experience.

This course seems to be designed for individuals who want to gain a deep understanding of AKS and how to leverage its features to create scalable, secure, and efficient containerized applications on Azure. It's a comprehensive guide that combines theory with hands-on practice, ensuring learners can effectively implement what they've learned in real-world scenarios.