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Hello @Bishwa, Creating an isolated setup for individual users, similar to a Visual Studio Code environment in a web browser but on separate pods in Kubernetes, can be achieved through various means. Here's a high-level approach to get you started: Containerize the User Environment: Define a container image that includes the necessary environment, tools, and applications for the users. This could involve specific versions of VS Code, language runtimes, libraries, etc. Ensure this container can be instantiated for each user in an isolated manner. User Authentication and Authorization: Implement authentication mechanisms to allow users to access their respective environments securely. Use RBAC (Role-Based Access Control) in Kubernetes to manage user access and permissions to pods and resources. Isolation with Kubernetes Pods: Create Kubernetes Pods dynamically for each user's environment. These pods should be able to run the containerized environment. Ensure each pod is isolated from others, possibly using Kubernetes Network Policies to control pod-to-pod communication. Resource Limits and Quotas: Apply resource limits and quotas to individual pods to restrict the amount of CPU, memory, and other resources that each user's environment can consume. Persistent Storage (Optional): If users need to persist their work/data, consider attaching persistent storage to their pods, ensuring data isolation. Manage Lifecycle and Cleanup: Implement logic to manage the lifecycle of these environments. This includes starting, stopping, and terminating pods based on user activity or defined time limits to prevent resource misuse. Monitoring and Logging: Set up monitoring and logging to keep track of each user's activity and resource consumption. This helps in maintaining security and optimizing resources. Testing and Optimization: Thoroughly test the setup under various conditions to ensure isolation, security, and proper resource utilization. Optimize the setup to ensure scalability and performance. Security Considerations: Regularly update and patch the container images and Kubernetes clusters to mitigate security vulnerabilities. Consider security best practices to prevent privilege escalation or unauthorized access between pods. Documentation and Support: Provide clear documentation and support for users to understand how to use and interact with their individual environments. This is a complex setup that involves several components in Kubernetes. It's essential to plan and implement each step carefully, considering security, performance, and user experience. Additionally, exploring tools like Kubernetes Operators or custom controllers might assist in automating some aspects of pod management based on user activities or schedules.