
Build an end-to-end DevSecOps pipeline for a browser Mario game using GitHub Actions, GitOps principles, and Azure Kubernetes Service, with Argo CD deployment, SonarQube, and Trivy.
Discover how gitops uses git as the single source of truth to automate CI, CD, and security, deploying infrastructure and apps via pull-based pipelines with Kubernetes.
Discover how GitOps prioritizes deployments and declarative config in version control as the single source of truth, unlike DevOps and DevSecOps with broader lifecycle and security focus.
Understand a DevSecOps case study using GitHub Actions and GitOps to deploy a Mario Brothers game on Azure Kubernetes Service with SonarQube tests and Argo CD pipelines to Docker Hub.
Sign up for an Azure free account by creating a Microsoft account, verifying email and phone, and using the Azure portal to access 12 months of services and 13,300 credits.
Learn to create a Kubernetes cluster on the Azure portal, configure resource groups and node pools, and validate quotas and deployment.
Install Argo CD on an Azure Kubernetes cluster, set up the Argo CD namespace, expose the server with a load balancer, and log in with admin password to enable GitOps.
Install SonarQube on an AWS EC2 instance using Docker, pull the 9.9 community image, map port 9000, adjust security group, and log in with admin/admin.
Implement a DevSecOps pipeline for a Super Mario game using GitOps and GitHub Actions, including Sonar Cube integration, static testing, and container scanning.
Integrate SonarQube for SAST in a DevSecOps pipeline using GitHub actions, configuring workflows, secrets, and sonar properties to run static analysis on the Super Mario game project.
Integrate SonarQube in a devsecops pipeline by adding yaml github action workflow, performing a SonarQube sas scan on the main branch with checkout and secrets for host URL and token.
Create a Sonar Cube project and a sonar-project.properties file, generate a project token, and configure GitHub secrets to enable a SAST scan in the DevSecOps pipeline.
Pushes code via GitHub actions, integrates SonarQube for SAST in a DevSecOps pipeline, and reviews security hotspots, code smells, and vulnerabilities in the Super Mario project.
Implement a custom SonarQube quality gate in a DevSecOps pipeline, set it as default, and enable a GitOps YAML gate check to fail builds when line coverage falls below 90%.
Create a Docker Hub account and public repository for the Super Mario game image, then build, push, and deploy the Docker image to an Azure Kubernetes cluster via GitOps.
Dockerize Super Mario project by building a Dockerfile on Alpine with Tomcat, copy the web app, expose port 8080, and run Tomcat for Azure Kubernetes deployment in a GitOps pipeline.
Build and push a Super Mario docker image to Docker Hub using a GitHub action triggered on main, including docker login, build, and push steps with a static tag.
Demonstrates building and pushing a Mario Docker image to Docker Hub using GitHub Actions, including creating Docker Hub secrets and logging in.
Dynamically tag the Super Mario Docker image by reading version.txt, incrementing it via a GitHub Action, and pushing the updated image to Docker Hub.
Implement a container security scan for the Super Mario Docker image within a DevSecOps pipeline, pulling from Docker Hub, applying a quality gate with a Trivy scan to gate builds.
Run a container scan on the Super Mario Docker image with Trivy in a GitHub actions DevSecOps workflow, adjust exit codes, and prepare deployment on Azure Kubernetes Service.
Deploy a Super Mario Docker image to Azure Kubernetes Service using Argo CD and GitOps. Enable auto sync, place deployment.yaml at the repo root, and verify deployments every few minutes.
Deploy the Super Mario docker image to Azure Kubernetes Service using Argo CD, creating a deployment.yaml in the GitHub repo and exposing it via a load balancer on port 8600.
Implement an end-to-end DevSecOps pipeline for a Mario Brothers game using GitOps, GitHub Actions, SonarQube, Docker, Argo CD, and Azure Kubernetes Service for automated CI, security, and deployment.
Implement end-to-end DevSecOps pipeline using GitOps, update game controls to S key, build and tag a docker image, run sonar cube, and deploy to Azure Kubernetes Service with Argo CD.
Develop end-to-end devsecops for Mario game by orchestrating gitops workflows, sast Sonarqube scans, docker build and push, container image scan with Trivy, and dynamic deployment.yaml and version.txt updates.
Implement an end-to-end DevSecOps pipeline for a Mario game using GitOps with GitHub Actions, Sonar Cube scans, Docker image tagging, and Argo CD deployments on Azure Kubernetes Service.
Course Updates:
v 1.0 - May 2024
Added DevSecOps Handbook document in Section 9
Course Description:
Embark on a transformative journey to master the seamless integration of Development, Security, and Operations in the world of cloud computing. Welcome to "DevSecOps with Azure Cloud, GitOps, and GitHub Actions with deployment on AKS," an intensive and hands-on course designed to empower you with the essential skills needed to thrive in the rapidly evolving landscape of modern software development.
Key Highlights:
GitOps Principles:
Discover the revolutionary paradigm of GitOps, where version control systems, particularly Git, become the backbone of your operations. Explore the benefits of declarative configuration and collaborative workflows.
GitHub Actions Unleashed:
Unleash the potential of GitHub Actions to automate your workflows. Learn to build, test, and deploy applications seamlessly, reducing manual intervention and accelerating your development lifecycle.
DevSecOps Best Practices:
Elevate your security posture by integrating security practices into every stage of your development pipeline. Understand and implement DevSecOps best practices to safeguard your applications from the ground up.
Real-world Scenarios and Case Studies:
Apply your knowledge to real-world scenarios and industry-relevant case studies. Gain insights into successful DevSecOps implementations and learn from the experiences of leading organizations.
Collaborative Learning Environment:
Engage in collaborative and interactive learning environments. Participate in discussions, and hands-on labs that simulate real-world challenges faced by DevSecOps professionals.
Who Should Attend:
Developers keen on enhancing their understanding of secure development practices.
Operations professionals looking to streamline and automate deployment processes.
Security enthusiasts aiming to integrate security seamlessly into the development lifecycle.
Prerequisites:
Basic understanding of Azure Cloud and Git.
Familiarity with software development and deployment processes.
Transform your career by enrolling in "DevSecOps with Azure Cloud, GitOps, and GitHub Actions." Equip yourself with the skills that leading organizations demand in the era of secure and collaborative software development. Join us on this exciting journey to become a DevSecOps champion!