Azure Kubernetes Service with Azure DevOps and Terraform from Udemy

What's inside

Learning objectives

You will learn to build azure aks production grade clusters using azure aks cli
You will learn terraform from basics and create terraform manifests for provisioning azure aks production grade clusters
You will learn to provision azure aks clusters using terraform and azure devops.
You will learn 30+ kubernetes concepts and use 21 azure services in combination with azure aks
You will implement devops concepts with azure devops continuous integration pipelines and continuous deliver pipelines also called release pipelines
You will write azure devops ci pipelines from scratch using starter pipelines
You will write kubernetes manifests with confidence after going through live template writing sections
You will learn kubernetes fundamentals in both imperative and declarative approaches
You will learn writing & deploying k8s manifests for storage concepts like storage class, persistent volume claim pvc, mysql
You will learn to switch from native azure disks to azure mysql database using k8s external name service
You will learn writing and deploying load balancer k8s manifests for azure standard load balancer

You will learn writing ingress k8s manifests by enabling features like context path based routing, domain name based routing, ssl with letsencrypt and external dns.
You will learn writing k8s manifests for azure virtual nodes (serverless) and do mixed mode workload deployments in both azure linux nodepools and virtual nodes.
You will learn using acr - azure container registry in combination with aks in 3 ways (acr attach, using service principal, on virtual nodes)
You will learn to enable autoscaling features like hpa & cluster autoscaler
You will learn docker fundamentals by implementing usecases like download image from docker hub and run on local desktop and build an image locally, test and push to docker hub.
You will master many kubectl commands over the process
You will learn to integrate azure aks with azure active directory for aks admins to be created managed in azure active directory
You will learn kubernetes rbac concepts like role, role-binding, cluster role, cluster role binding in combination with azure ad for azure aks granular level access control
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You will learn to build azure aks production grade clusters using azure aks cli
You will learn terraform from basics and create terraform manifests for provisioning azure aks production grade clusters
You will learn to provision azure aks clusters using terraform and azure devops.
You will learn 30+ kubernetes concepts and use 21 azure services in combination with azure aks
You will implement devops concepts with azure devops continuous integration pipelines and continuous deliver pipelines also called release pipelines
You will write azure devops ci pipelines from scratch using starter pipelines
You will write kubernetes manifests with confidence after going through live template writing sections
You will learn kubernetes fundamentals in both imperative and declarative approaches
You will learn writing & deploying k8s manifests for storage concepts like storage class, persistent volume claim pvc, mysql
You will learn to switch from native azure disks to azure mysql database using k8s external name service
You will learn writing and deploying load balancer k8s manifests for azure standard load balancer
You will learn writing ingress k8s manifests by enabling features like context path based routing, domain name based routing, ssl with letsencrypt and external dns.
You will learn writing k8s manifests for azure virtual nodes (serverless) and do mixed mode workload deployments in both azure linux nodepools and virtual nodes.
You will learn using acr - azure container registry in combination with aks in 3 ways (acr attach, using service principal, on virtual nodes)
You will learn to enable autoscaling features like hpa & cluster autoscaler
You will learn docker fundamentals by implementing usecases like download image from docker hub and run on local desktop and build an image locally, test and push to docker hub.
You will master many kubectl commands over the process
You will learn to integrate azure aks with azure active directory for aks admins to be created managed in azure active directory
You will learn kubernetes rbac concepts like role, role-binding, cluster role, cluster role binding in combination with azure ad for azure aks granular level access control
Show more
Show less

Syllabus

Introduction

Course-Pre-requisites

Github Repository Links

Create Azure AKS Cluster

Step-01: Introduction to Azure AKS Cluster

Step-02: Create AKS Cluster

Step-03: Explore AKS Cluster using kubectl and Azure Mgmt Console

Step-04: Setup Azure CLI on Local Desktop

Step-05: Deploy Sample Application and Test

Connect With Me !!!

Docker Fundamentals

Step-01: Docker Fundamentals - Introduction

Step-02: Introduction to Docker, Why Docker, What Problems Docker Solve.

Step-03: Docker Architecture or Docker Terminology

Step-04: Docker Installation

Step-05: Docker - Pull Docker Image from Docker Hub and Run it locally

Step-06: Docker - Build Docker Image locally, Test and Push it to Docker Hub

Step-07: Docker - Essential Commands Overview

Kubernetes Fundamentals with kubectl - Imperative Approach

Pre-requisite Note for Students from my course AWS EKS Kubernetes - Masterclass

Step-01: Understand Kubernetes Architecture

Step-03: Introduction to Kubernetes Fundamentals

Step-04: Introduction to Kubernetes Pods

Docker Images present on Docker Hub and GitHub Container Registry

Step-05: Create a Pod, Understand about it and delete pod

Step-06: Load Balancer Service Introduction

Step-07: Create Pod and LoadBalancer Service and Test

Step-08: Interact with pods, logs, connect to pod and cleanup

Step-09: Introduction to Kubernetes ReplicaSets

Step-10: Create ReplicaSet and Test it

Step-11: Expose ReplicaSet as Service, Test Scalability & High Availability

Step-12: Introduction to Kubernetes Deployments

Step-13: Create Deployment, Expose with a Service, Scale Up and Down Replicas

Step-14: Understand how to Update Deployments in Kubernetes

Step-15: Understand how to rollback deployments in Kubernetes

Step-16: Understand how to pause and resume deployments in kubernetes

Step-17: Introduction to Services in Kubernetes

Step-18: Services Demo with Cluster IP and Load Balancer Services

Kubernetes Fundamentals with YAML - Declarative Approach

Step-01: Introduction to creating Kubernetes Resources using declarative path wi

Step-02: YAML Basics

Step-03: Create Pod Definition using YAML

Step-04: Create Load Balancer Service using YAML

Step-05: Create ReplicaSet and LoadBalancer Service with YAML and Test

Step-06: Create Deployment and LoadBalancer Service with YAML and Test

Step-07: Create Backend Application k8s Deployment and Service

Step-08: Create frontend application k8s deployment and service and test

AKS Storage - Azure Disks

Step-01: Azure Disks for AKS Storage Introduction

Step-02: Create Storage class Kubernetes Manifest

Step-03: Create Persistent Volume Claim Manifest, Deploy SC, PVC and Test

Step-04: Create ConfigMap Kubernetes Manifest

Step-05: Create MySQL Kubernetes Deployment Manifest

Step-06: Create MySQL Kubernetes Cluster IP Service, Deploy, Test and CleanUp

Step-07: Use AKS provisioned Storage Class instead of Custom Storage Class

Step-08: Create User Management Web Application (UWB) k8s Deployment Manifest

Step-09: Create UWB k8s Service, Deploy, Test and CleanUp

AKS Storage - Azure MySQL Database

Step-01: Azure MySQL Database Introduction

Step-02: NEW - Create Azure Database for MYSQL Flexible Database

Step-03: NEW- Create webappdb schema, disable secure transport

Step-04: NEW - Review UWB App k8s Manifests, Deploy, Test and CleanUp

Kubernetes Secrets

Implement Kubernetes Secrets

AKS Storage - Azure Files

Pre-requisite Note - Register for Microsoft Storage Resource Provider

Step-01: Azure Files Introduction

Step-02: Review k8s manifests for Azure Files - Storage Class and PVC

Step-03: Deploy App, Upload Static Files, Test and CleanUp

Ingress - Basics

Step-00: Ingress Introduction

Step-01: Ingress Basics Introduction

Step-02: Create Static Public IP in Azure dedicated for Ingress

Step-03: Install Ingress

Step-04: Create k8s Ingress Manifest, Review k8s App Manifests and Deploy

Step-05: Deploy k8s Ingress and App manifests, Test and CleanUp

Ingress - Context Path based Routing

Step-01: Ingress Context Path based Routing Introduction

Step-02: Review CPR k8s manifests

Step-03: Deploy k8s CPR Ingress, App manifests, Test and CleanUp

Azure DNS Zones - Delegate a DNS Domain to Azure DNS

Step-01: Azure DNS Zones Introduction

Step-02: Create DNS Zone in Azure, Change Nameservers at DomaiN Registrar

Ingress - ExternalDNS for Azure DNS on AKS

Step-01: ExternalDNS Introduction

Step-02: Review ExternalDNS k8s Manifests

Step-03: Create Managed Service Identity to allow access to DNS Zones

Step-04: Deploy ExternalDNS, Review & Deploy Apps, Test and CleanUp

Ingress - Domain Name based Routing

Step-01: Ingress Domain Named based Routing Introduction

Step-02: Review k8s DNR Manifests, Deploy, Test and CleanUp

Ingress - SSL with LetsEncrypt

Step-01: Ingress SSL Introduction

Step-02: Install Cert Manager, Review and Deploy Cluster Issuer

Step-03: Review k8s Ingress SSL manifest, App Manifests, Deploy, Test and CleanU

Kubernetes Resources - Requests & Limits

Step-01: Kubernetes Resources - Requests & Limits Introduction

Step-02: Kubernetes Resources - Requests & Limits Implement, Deploy, Test and Cl

Kubernetes Namespaces

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

Covers Azure Kubernetes Service (AKS) in depth, which is essential for cloud-native application deployment and management

Explores Azure DevOps for CI/CD pipelines, which streamlines the software delivery process for AKS deployments

Includes Terraform for infrastructure as code, enabling automated provisioning and management of Azure AKS clusters

Delves into Kubernetes fundamentals using both imperative (kubectl) and declarative (YAML) approaches, which are crucial for effective cluster management

Requires learners to register for the Microsoft Storage Resource Provider, which may be an additional step for some students

Uses Docker fundamentals, which are essential for containerization but may be outdated if learners are already familiar with newer containerization technologies

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Azure Kubernetes Service with Azure DevOps and Terraform with these activities:

Review Docker Fundamentals

Show steps

Solidify your understanding of Docker fundamentals, as this course assumes prior knowledge of Docker concepts.

Show steps

Review Docker images, containers, and Dockerfiles.
Practice building and running Docker containers.
Familiarize yourself with Docker Hub.

Brush up on Kubernetes Fundamentals

Show steps

Strengthen your understanding of Kubernetes concepts, as the course builds upon existing Kubernetes knowledge.

Show steps

Review Kubernetes pods, deployments, and services.
Practice deploying applications to a Kubernetes cluster.
Familiarize yourself with kubectl commands.

Review 'Kubernetes in Action'

Show steps

Deepen your understanding of Kubernetes concepts with a comprehensive guide.

View Kubernetes in Action, Second Edition on Amazon

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Read the chapters relevant to the course modules.
Experiment with the examples provided in the book.

Four other activities

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Show all seven activities

Deploy a Sample Application to AKS using Azure DevOps

Show steps

Gain hands-on experience deploying an application to AKS using Azure DevOps pipelines, reinforcing the concepts covered in the course.

Show steps

Create an Azure DevOps project and repository.
Define a CI/CD pipeline to build and deploy the application.
Configure the pipeline to deploy to your AKS cluster.
Monitor the deployment and troubleshoot any issues.

Terraform Manifests for AKS Infrastructure

Show steps

Practice infrastructure-as-code by creating Terraform manifests to provision an AKS cluster, solidifying your understanding of Terraform and AKS integration.

Show steps

Define the AKS cluster and related resources in Terraform.
Use Terraform to provision the infrastructure in Azure.
Test the deployed infrastructure and validate its configuration.
Document the Terraform manifests and deployment process.

Review 'Terraform: Up & Running'

Show steps

Gain a deeper understanding of Terraform with a practical guide.

View Terraform: Up and Running: Writing... on Amazon

Show steps

Read the chapters on Terraform fundamentals and Azure provider.
Practice writing Terraform configurations for different Azure resources.

Contribute to an Open-Source Kubernetes Project

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Deepen your understanding of Kubernetes by contributing to an open-source project, gaining valuable experience and insights into the inner workings of the platform.

Show steps

Identify an open-source Kubernetes project that interests you.
Review the project's documentation and contribution guidelines.
Find a bug to fix or a feature to implement.
Submit a pull request with your changes.

Career center

Learners who complete Azure Kubernetes Service with Azure DevOps and Terraform will develop knowledge and skills that may be useful to these careers:

DevOps Engineer

A DevOps Engineer automates and streamlines software development and release processes. This course is invaluable for a career as a DevOps Engineer due to its significant focus on Azure DevOps. DevOps Engineers need expertise in continuous integration and continuous delivery pipelines, which the course covers extensively. The course also explores infrastructure as code using Terraform, crucial for automating infrastructure provisioning. The practical application of these tools within the Azure Kubernetes Service context provides a real-world simulation that helps you become an effective DevOps Engineer.

See salaries and explore the career path for DevOps Engineer

Cloud Architect

Cloud Architects design cloud computing environments. This course is beneficial because it helps develop expertise in Azure Kubernetes Service. Cloud Architects need to understand how to design and implement scalable and resilient cloud solutions, and this course provides hands-on experience using Kubernetes with various Azure services. The modules on networking, storage, and security, combined with automation through Terraform and Azure DevOps, helps Cloud Architects design and deploy complex cloud infrastructures.

See salaries and explore the career path for Cloud Architect

Cloud Engineer

A Cloud Engineer designs, implements, and manages cloud computing systems. This course helps build a foundation in cloud technologies, particularly Azure Kubernetes Service. Cloud Engineers use containerization and orchestration tools, and this course covers Docker and Kubernetes fundamentals. The course's focus on Azure DevOps and Terraform also helps Cloud Engineers automate infrastructure provisioning and application deployment. Someone interested in becoming a Cloud Engineer should take this course to understand building and managing Azure AKS clusters, which are essential skills in this role.

See salaries and explore the career path for Cloud Engineer

Platform Engineer

Platform Engineers build and maintain the underlying infrastructure that supports software applications. This course is an excellent resource as it provides hands-on experience with Kubernetes, Azure, and infrastructure-as-code tools. Platform Engineers benefit from the course's modules on creating and managing Azure AKS clusters using both the Azure portal and Terraform. The integration of Azure DevOps allows Platform Engineers to automate deployment pipelines, increasing efficiency and reliability. This course helps deepen an understanding of the technologies and practices relevant to a Platform Engineer.

See salaries and explore the career path for Platform Engineer

Infrastructure Engineer

Infrastructure Engineers manage and maintain an organization's IT infrastructure. This course provides essential skills for Infrastructure Engineers. The course's comprehensive coverage of Azure Kubernetes Service, Terraform, and Azure DevOps helps Infrastructure Engineers automate infrastructure provisioning and application deployment. The hands-on labs and real-world scenarios in the course allows Infrastructure Engineers to manage and optimize cloud infrastructure effectively. Someone interested in becoming a Infrastructure Engineer will find this course to be a great help.

See salaries and explore the career path for Infrastructure Engineer

Site Reliability Engineer

Site Reliability Engineers ensure the reliability and performance of systems. This course offers valuable experience with Kubernetes and Azure services, allowing Site Reliability Engineers to manage and scale applications effectively. The course's modules on autoscaling, monitoring, and deployment strategies are important for maintaining system reliability. Additionally, the integration of Azure DevOps for automated deployments streamlines incident response and ensures consistent application delivery, helping a Site Reliability Engineer better manage complex systems.

See salaries and explore the career path for Site Reliability Engineer

Solutions Architect

A Solutions Architect designs and implements IT solutions for businesses. This course helps a Solutions Architect by teaching various Azure services and how they integrate with Kubernetes. The course’s coverage of networking, storage, and security within AKS environments provides insights into designing robust and scalable solutions. Moreover, the focus on Terraform and Azure DevOps allows a Solutions Architect to understand how infrastructure-as-code and automation can streamline deployment and management. A Solutions Architect should consider taking this course to enhance their expertise.

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System Administrator

System Administrators manage and maintain computer systems and servers, often in cloud environments. System Administrators benefit from this course because it covers key areas of cloud infrastructure management. The course covers Azure Kubernetes Service, which provides a valuable skillset for managing containerized applications. Proficiency in Kubernetes and Azure services is essential for System Administrators who must oversee application deployment and maintenance, making this course a good starting point.

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Automation Engineer

An Automation Engineer designs and implements automated systems and processes. This course helps build a foundational understanding of automation within the Azure cloud environment. Automation Engineers benefit from the modules on Terraform for infrastructure-as-code and Azure DevOps for continuous integration and continuous delivery. The course's focus on automating the deployment and management of Azure Kubernetes Service clusters directly aligns with the responsibilities of an Automation Engineer. The course may be valuable to an Automation Engineer.

See salaries and explore the career path for Automation Engineer

Release Engineer

A Release Engineer manages software releases. This course may be helpful because of its emphasis on Azure DevOps for continuous integration and continuous delivery pipelines. Release Engineers need to automate and streamline the release process, and the course provides practical experience with Azure DevOps tools. Additionally, the course covers infrastructure-as-code using Terraform, which could be useful for automating the provisioning of environments. Someone interested in becoming a Release Engineer will find this course a great starting point.

See salaries and explore the career path for Release Engineer

Technical Consultant

A Technical Consultant advises clients on technological solutions. This course may be useful for a Technical Consultant who needs to understand cloud technologies and deployment strategies. The course covers Azure Kubernetes Service, Azure DevOps, and Terraform, providing a broad understanding of cloud infrastructure and automation. Technical Consultants may find the hands-on labs and real-world scenarios helpful for providing informed recommendations to clients. The course may provide beneficial knowledge to a Technical Consultant.

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Software Developer

A Software Developer designs and develops software applications. This course may be useful to a Software Developer, as it covers Docker and Kubernetes fundamentals, which are increasingly important for modern application development. The course's focus on Azure DevOps for continuous integration and continuous delivery could assist Software Developers automate their development workflows. The Software Developer may find the course's modules on deploying applications to Azure Kubernetes Service helpful for understanding cloud deployment strategies.

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Data Engineer

Data Engineers build and maintain data pipelines and infrastructure. Data Engineers may find this course useful, as it covers Azure Kubernetes Service, which can be used to deploy and manage data processing applications. The course's focus on infrastructure-as-code using Terraform assists Data Engineers automate the provisioning of data infrastructure. The hands-on labs and real-world scenarios may also help Data Engineers understand how to manage data workloads in the cloud and may wish to consider this course.

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IT Manager

IT Managers oversee an organization's technology infrastructure. This course may be useful for IT Managers who need to understand cloud technologies and DevOps practices. The course covers Azure Kubernetes Service, Azure DevOps, and Terraform, providing a broad overview of cloud infrastructure and automation. IT Managers could find the hands-on labs and real-world scenarios in the course useful for making informed decisions about cloud adoption and deployment. IT Managers may wish to consider this course.

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Database Administrator

Database Administrators manage and maintain databases. Database Administrators may find this course useful if they wish to expand their knowledge into cloud-based database management. The Database Administrator may take advantage of the course's modules on integrating Azure MySQL with Azure Kubernetes Service. The course may help the administrator understand how to deploy and manage databases in a containerized environment.

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Azure Kubernetes Service with Azure DevOps and Terraform

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