Applied Neuroanalytics for Optimization of Naval Training and Operational Readiness

The U.S. Navy seeks to develop a neuro-enhanced AI system to optimize warfighter training and operational readiness, as outlined in the DON26BZ01-NV033 RFP. This system will collect, analyze, and operationalize neurophysiological and behavioral data to provide real-time, adaptive feedback, aiming to reduce time-to-proficiency and predict Sailor readiness. The initiative aligns with the Navy's Force Design 2045, emphasizing human-machine teaming and cognitive resilience in future combat scenarios. The project prioritizes integrating COTS neurotechnologies with biosensors and behavioral monitoring tools, focusing on data collection and analysis to provide AI-driven coaching. Phase I involves designing the system architecture and data models, while Phase II will build and demonstrate a prototype within a Navy training environment, requiring IRB approval for human research. Phase III focuses on validating effectiveness and transitioning the system for various Naval and commercial applications, including aviation, surface fleet, submarine operations, medical teams, and special operations forces. The system aims to enhance existing Navy learning environments by adding a brain-based performance layer.