The objective of this project is to design and implement a containerized application deployment system using Docker and Kubernetes orchestration. The system ensures scalable, portable, and reliable deployment of applications while helping students understand containerization, orchestration, and cloud-native application management.
Study containerization concepts using Docker and orchestration using Kubernetes.
Analyze challenges in traditional application deployment and benefits of containerized environments.
Prepare Software Requirement Specification (SRS) and deployment workflow documentation.
Design system architecture including Docker containers, Kubernetes cluster, and deployment pipelines.
Create database schema for users, container images, deployment configurations, and cluster resources.
Implement secure user authentication and role-based access control.
Build sample application and containerize it using Docker.
Create Docker images and manage image repositories.
Configure Kubernetes manifests for deployment, services, and scaling rules.
Deploy containerized applications on Kubernetes cluster and manage pods, replicas, and namespaces.
Implement load balancing and service discovery for application endpoints.
Monitor application health, resource utilization, and cluster performance.
Maintain audit logs for deployment activities and system events.
Perform unit testing, integration testing, and deployment verification.
Simulate pod failures and validate self-healing capabilities of Kubernetes.
Prepare documentation including architecture diagrams, deployment workflow, and test cases.
Deploy the system locally using Minikube or on a cloud-based Kubernetes cluster for demonstration.
