Published Paper Details:

In the evolving landscape of modern computing, traditional operating systems bound to local hardware are increasingly being replaced by cloud-native solutions. This project proposes a cloud-based operating system that delivers secure, scalable, and platform-independent access to computing resources. By leveraging cloud infrastructure, the system enables users to interact with a personalized desktop environment, access applications, and manage data remotely from any internet-connected device. The architecture of the cloud-based operating system integrates the graphical intuitiveness of conventional desktop platforms with the modularity and flexibility of open-source systems. It employs virtualization, containerization, and centralized storage to support features such as remote desktop access, real-time data synchronization, and backend development capabilities. These features facilitate seamless collaboration, reduce hardware dependency, and enhance user mobility across devices and networks. Security is a foundational aspect of the system, incorporating encrypted communication channels, multi-factor authentication, and role-based access control to safeguard user data and system integrity. The operating system also provides developer-friendly APIs and SDKs for integration with cloud services, making it suitable for academic institutions, startups, and enterprise environments seeking cost-effective and scalable computing solutions. By abstracting the operating system from the physical hardware layer and hosting it in the cloud, this project contributes to the paradigm shift toward decentralized, service-oriented computing. The proposed cloud-based operating system aligns with emerging trends in edge computing, hybrid cloud deployments, and digital workspaces, offering a future ready platform that bridges usability, flexibility, and innovation.