SMART WEARABLE SYSTEM FOR WILDLIFE THREAT PREDICTION, ALERT AND DETERRING ATTACKS

The present invention relates to a person-worn early warning and deterrence system designed to reduce human and wildlife conflict by predicting and mitigating close-range animal encounters. The device is housed in a compact, rugged module adapted for attachment to apparel and incorporates multiple sensing elements, including millimeter-wave radar, thermal micro-bolometer, passive infrared, time-of-flight depth sensing, directional microphones, an inertial measurement unit and satellite-based positioning. An on-board neural processor performs preprocessing and fusion of sensor data, estimates species likelihood, derives trajectory, range, bearing and approach velocity, and calculates a continuous threat index with hysteresis. A first threshold produces advisory alerts through haptic feedback, visual indicators and bone-conduction audio, while a second threshold activates controlled deterrence using eye-safe strobe emission and directional acoustic output, subject to safety interlocks and rate limits. A communication module enables encrypted alert sharing via short-range mesh and long-range networks, and the power subsystem combines a rechargeable battery with super capacitors for burst loads and multiple charging options. The disclosed method provide low-latency, personalized prediction and coordinated response in network-poor environments while minimizing disturbance to wildlife and enhancing safety in agricultural, forestry, trekking, and perimeter scenarios.