MMT

The MMT project is set to revolutionize professional training by seamlessly combining VR, Magos haptic gloves with 6G-PATH deploying a VR multiplayer application.

The VR training application will focus on integrating the 5G-6G connectivity provided by 6G-PATH (KAU) and will test existing VR scenarios around healthcare. During the support and evaluation period our solution will be tested and validated including feedback for future improvements.

Addressing the critical challenge of training and upskilling professionals, the MMT project aims to overcome significant limitations faced by current VR haptic gloves and other VR applications. These limitations include challenges in accurately and consistently tracking finger motions in complex and fast-paced scenarios and to interact via voice for guidance. The primary objective of the MMT project is to provide a more immersive training environment.

Magos gloves, renowned for their high precision finger tracking, physics-based interactions, and haptic feedback capabilities, combining with 6G/5G connectivity will significantly enhance the collaboration, realism and effectiveness of VR training environments.

To evaluate the effectiveness of the training, an evaluation component will be developed, leveraging data from Magos gloves to provide detailed performance assessments.

The expected results of the MMT project are multiple. We anticipate creating a highly immersive and realistic training solution that significantly improves trainee skill acquisition and engagement. The solution will be scalable, replicable and adaptable for various professional training scenarios including healthcare, aviation, industry 4.0, robotics, and gaming. Broad adoption of Magos gloves within the 6G-PATH ecosystem is expected, providing educators and developers with a powerful tool to enhance their applications.

Furthermore, the MMT project is poised to demonstrate significant socio-economic benefits, including job creation and improved training outcomes across multiple industries. Aligned with the 6G-PATH’s mission and objectives to advance XR technologies in education, the MMT project promises to deliver an innovative and effective solution for training young professionals, setting new standards for immersive learning and professional development.