UVCeed: Leveraging Augmented Reality, Artificial Intelligence, and Gamification for Enhanced Ultraviolet C...

The growing need for safe and effective surface disinfection solutions has driven innovation beyond traditional chemical disinfectants, which pose challenges including improper application, harmful residues, and environmental concerns. Ultraviolet C (UVC) light has arisen as a chemical-free, reusable alternative, being capable of neutralizing pathogens without leaving residue. However, UVC adoption is hindered by challenges such as ensuring thorough coverage and precise exposure times. This paper introduces the UVCeed Mobile UVC Disinfection Device (Bonutti Technologies, Effingham, Illinois, United States), which leverages augmented reality (AR), artificial intelligence (AI), and gamification to enhance the safety, accuracy, and user experience of UVC disinfection. By providing real-time visual guidance and intuitive feedback, UVCeed addresses the limitations of traditional methods, enabling comprehensive and efficient disinfection. The device's innovative integration of technology positions it as a transformative tool in consumer-grade surface disinfection, combining effectiveness, ease of use, and environmental sustainability with applications in surgery and beyond.