Kubernetes Projects

1. Kubernetes Cluster Deployment and Super Mario Game Deployment on Ubuntu Instances

   Objective: Deploy a Kubernetes cluster on Ubuntu and deploy the Super Mario game using NodePort.

   Steps:

   1. Cluster Setup:

      • Install K8s on Ubuntu.

      • Configure master and worker nodes.

   2. Game Deployment:

      • Use Super Mario Docker image.

      • Deploy with NodePort.

      • Verify accessibility.

LinkedIn Post

1. Private Git Registry Triumph: On-Premises Deployment with Gogs, PostgreSQL, and Kubernetes

   • Deployed private Git registry on-premises using Gogs and PostgreSQL with Kubernetes.

   • Achieved intranet accessibility for efficient team collaboration.

   • Implemented a robust security framework for data protection.

   • Leveraged containerization for consistency and scalability.

   • Integrated seamlessly into CI/CD pipeline for automated workflows.

   • Monitored performance and ensured high availability.

   • Comprehensive documentation and knowledge transfer for team empowerment.

LinkedIn Post

1. PowerShell on Kubernetes: Effortless Deployment with Custom Docker Image

   • Utilized a custom Docker image for optimal app customization.

   • Seamless deployment on Kubernetes, ensuring scalability.

   • Pushed to a secure container registry for version control.

   • Optimized app performance for efficient resource utilization.

   • Integrated monitoring and scaling features.

   • Documented the process for future reference and shared the container registry link for collaboration.

LinkedIn Post

1. Helm Chart Success: Created a powerful blueprint for Kubernetes applications

   • Crafted a Helm chart for seamless packaging and deployment.

   • Implemented versioning and configuration flexibility.

   • Streamlined deployment workflow and documented best practices.

   • Shared the Helm chart for community collaboration.

LinkedIn Post

1. Kubenvaders: Gamified Chaos Engineering for Kubernetes

   Swift Deployment:

   Easy installation via a user-friendly guide.

   Seamless integration with Kubernetes cluster architecture.

   Customization Flexibility:

   Tailored settings for a personalized monitoring touch.

   Visual Transformation:

   Cluster components dynamically transformed into space invaders.

   Real-time updates for an engaging monitoring experience

   Active Monitoring:

   Navigating the game involves shooting down invaders representing cluster components.

   Adds excitement and a gamified twist to routine monitoring tasks.

   Conclusion:

   KubeInvaders injects fun into Kubernetes monitoring.

   A quick and enjoyable way to revolutionize your cluster management.

   

   

   

   • Launch the demo at this link - https://kubeinvaders.platformengineering.it

Reference - https://github.com/lucky-sideburn/kubeinvaders?tab=readme-ov-file#Usage

%[youtube.com/watch?v=wD7ngPlNEjY]

1. WordPress in Kubernetes: Deployment Success, MySQL Integration, and Admin Password Reset Achieved

   • Successfully deployed WordPress and MySQL in a Kubernetes cluster.

   • Proven troubleshooting expertise demonstrated through a successful admin password reset.

   • Emphasized the significance of this skill as a lifesaver for administrators.

   • Showcased adaptability and problem-solving capabilities in real-world scenarios.

   • Encouraged continuous learning and improvement within the WordPress and Kubernetes landscape.

LinkedIn Post

1. Guestbook Multi-tier Application Successfully Deployed

   Objective: Successfully deploy the multi-tier Guestbook application on a Kubernetes cluster, showcasing efficient orchestration and seamless integration of application components

   Acquire and containerize the multi-tier Guestbook application components.

   Deploy application pods, services, and other necessary resources on the Kubernetes cluster.

   LinkedIn Post

2. Successfully Deployed a Multi-Tier Note-Taking Application on Kubernetes (K8s)

   Deployed a Scalable Note-Taking App on Kubernetes: A streamlined approach leveraging microservices, Docker containers, and Kubernetes orchestration.

   LinkedIn Post

3. Kubernetes Access Management Excellence

   Overview - Dashboard Deployment, Role Precision, and Namespace Governance for Optimal Cluster Control

   • Deployed Kubernetes Dashboard for centralized management.

   • Assigned 'edit' access to default service account.

   • Tightened security by removing 'edit' and assigning 'cluster-admin' access.

   • Custom role for 'mysa1': delete pods, view deployments.

   • View-only role for 'mysa2' limited to deployments.

   • 'cka' namespace admin access for 'myuser2'.

   • 'myuser3' granted view access to 'cka' namespace.

   • 'myuser4' has edit access across the entire cluster.

LinkedIn Post -1, LinkedIn Post -2, LinkedIn Post -3, LinkedIn Post -4

1. Efficient Kubernetes Data Management with HostPath CSI Driver

   • Installed Snapshot CRDs and Controller for effective data snapshot management.

   • Configured StorageClass to optimize storage characteristics.

   • Created PVCs for seamless storage integration with applications like MySQL.

   • Implemented VolumeSnapshots for robust data backups, ensuring integrity and availability.

   • Demonstrated PVC restoration across deployments for flexible data recovery.

   • Followed best practices in data management within Kubernetes.

   • Documented the process for future reference and knowledge sharing.

LinkedIn Post

1. K8s Mini Project : Instana Robot Shop

   • GitHub Repository: Instana Robot Shop

   • Deployed containerized e-commerce microservices on Kubernetes.

   • Utilized Helm charts for efficient deployment.

   • Leveraged Instana for observability and monitoring.

   • Explored diverse technology stack (Node.js, Java, MongoDB, RabbitMQ).

   • Demonstrated Kubernetes for seamless container orchestratio

1. kube-state-metrics Mini Project: Lightweight Kubernetes Metrics

   Efficient Monitoring, Minimal Overhead

   Key Features:-

   Streamlined Metrics: Essential monitoring for Kubernetes state with minimal resource impact.

   Compact Design: Lightweight solution for resource-conscious environments.

   Simplified Setup: Quick and straightforward deployment for users prioritizing simplicity.

   Scalable: Scales seamlessly with growing Kubernetes clusters.

   

   

   

   Reference :-https://github.com/kubernetes/kube-state-metrics