2026 ASEE Annual Conference & Exposition

This paper details the architectural design, implementation, and future trajectory of the MTU Superior Cyber Range, a scalable and portable cybersecurity training platform. While various architectures have been explored in the literature, from cloud-based solutions to virtualized environments built for cyber warfare training, our project focuses on a scalable and portable design based on a multi-node virtualization cluster. This approach aligns with principles of flexibility and open-source technology. The project's core principles of portability and scalability were successfully validated through a real-world proof-of-concept (PoC) demonstration at a local high school in Spring 2025. Looking forward, the project is strategically integrating the assets of the Michigan CyberRange (Merit), a move poised to significantly expand the platform's content library and consolidate regional cybersecurity training efforts. This initiative is positioned to become a central resource for developing a skilled cybersecurity workforce across a wide range of educational and professional sectors.