Advanced Azure Kubernetes Service (AKS) Features Made Easy

What you’ll learn:
Master Advanced AKS Concepts
Implement Infrastructure as Code (IaC) with Terraform and Azure Bicep
Manage Multiple Clusters with Azure Kubernetes Fleet Manager
Automate VM-related decisions by using Node Autoprovisioning (NAP) with Karpenter
Ensure Data Protection with Azure Backup
Bring your own Container Network Interface (CNI) plugin in AKS
Leverage Azure Managed Prometheus and Grafana for monitoring
Implement Service Mesh Istio add-on in AKS
DevOps and GitOps with GitHub Actions, Automated Deployments, and Flux CD
Enhance container isolation with Pod Sandboxing and Kata containers
Reduce latency between nodes with Proximity Placement Groups
Get extended support and period of time to plan and test for upgrades with LTS

Requirements:
It is good to have basic knowledge of Containerization, Linux, Networking, Azure, and AKS but I am explaining most of the concepts at specific points during the course

Description:
Welcome to “Advanced Azure Kubernetes Service (AKS) Features Made Easy,” a comprehensive course designed to elevate your understanding and expertise in Azure Kubernetes Service. We’ll cover a wide range of topics, from managing multiple clusters with Azure Kubernetes Fleet Manager to leveraging Node Autoprovisioning (NAP) with Karpenter, and much more.Throughout this course, you’ll gain insights into:Azure Kubernetes Service (AKS) Basics: Start with the fundamentals of AKS, including creating and connecting to an AKS cluster, understanding node pools, and exploring preview features.Infrastructure as Code (IaC) Tools: Delve into the importance of IaC tools like Terraform and Azure Bicep for creating and deleting AKS clusters efficiently.Azure Kubernetes Fleet Manager: Discover how to manage multiple AKS clusters seamlessly, ensuring consistency and ease of updates across environments.Node Autoprovisioning (NAP) with Karpenter: Dive into the world of dynamic scaling and efficient resource utilization with AKS’s NAP feature.Backup and Restore: Master the art of protecting your AKS workloads with Azure Backup, including setting up backups and performing restores.Customization and Monitoring: Explore advanced customization options like CoreDNS and delve into monitoring your AKS clusters effectively with Azure Managed Prometheus and Grafana.Service Mesh (Istio add-on) in AKS: Understand the role of service mesh in microservices architecture and how to implement Istio in AKS for traffic management and security.GitHub Actions in AKS: Learn how to automate deployments and CI/CD processes within AKS using GitHub Actions.Automated Deployments and GitOps: Get familiar with automated deployment strategies and GitOps principles, focusing on tools like Flux for continuous delivery.Enhanced Security and Isolation: Explore advanced security features such as Pod Sandboxing and Kata Containers to enhance container isolation in AKS.Performance Optimization: Learn about reducing latency with Proximity Placement Groups and understanding long-term support (LTS) in AKS for more stability.This course is structured to provide you with practical, hands-on experience through real-world scenarios and projects. By the end of this course, you will be equipped with the skills to leverage advanced AKS features to enhance your cloud-native applications’ performance, security, and scalability. Join me on this journey to unlock the full potential of Azure Kubernetes Service.

Who this course is for:
Students who already completed my other AKS course: Azure Kubernetes Service (AKS) Made Easy
Developers planning to host applications in AKS
Sysadmins managing AKS deployments
Cloud architects integrating AKS into their designs
DevOps professionals streamlining AKS operations
IT managers overseeing AKS infrastructure
Students and educators exploring AKS technology
Anyone who is looking to learn a new skill like AKS