• DoD-Funded Research Contract: Georgia Southern University (GSU) has renewed its ongoing research agreement with dorsaVi for a further 12 months
• Proven U.S. Defense Pedigree: dorsaVi's DoD-funded track record includes prior work with U.S. fighter pilots
• High-Value Defense Application: Stress fractures are among the most prevalent training injuries in the military

dorsaVi Limited (ASX: DVL) has announced the renewal of its ongoing research contract with Georgia Southern University (GSU), funded by the U.S. Department of Defense (DoD). The project investigates dorsaVi's advanced wearable sensor platform in understanding one of the military's most persistent and costly training challenges, the high incidence of stress fractures among personnel training in load-bearing field environments. This contract reinforces dorsaVi's standing as a trusted technology partner in high-stakes government and defence programs and represents a direct commercial validation of the Company's 'Intelligence at the Ultra-Edge' strategy. The GSU study takes an evidence-based approach to reducing stress fractures, using dorsaVi's FDA-cleared wearable sensors to capture real-time biomechanical data and provide trainees with live running technique feedback to lower tibial shock and prevent injury. The core challenge being solved here is capturing high-fidelity human movement data in an uncontrolled field environment, processing this data at the ultra-edge in real time, and translating it into an actionable signal that changes behavior in the moment. This is precisely the intelligence problem that sits at the heart of the next generation of human augmentation technology, including exoskeletons, powered prosthetics, and collaborative robotics systems. The data accumulated, the algorithms refined, and the edge-processing architecture hardened through this study can directly underpin dorsaVi's entry into the exoskeleton and broader robotics markets.

The successful execution of this roadmap establishes dorsaVi as a foundational intelligence platform for the multi-billion-dollar human-robot collaboration sector. By activating its existing sensor heritage, proprietary data assets, and RRAM neuromorphic program, the Company is creating a clear and capital-efficient path to commercial deployment across defence, industrial, and healthcare verticals.