NEUROMORPHIC SUPER-INTELLIGENT SMART WATCH

The invention relates to a wearable neuromorphic smartwatch system that employs a hybrid architecture integrating a System-on-Chip (SoC), a neuromorphic processing core, and a multi-sensor assembly for continuous behavioural and physiological monitoring. The system includes a bio-behavioural authentication engine configured to generate a confidence score corresponding to the identity of a wearer based on gait, micro-movements, cardiac waveform characteristics and interaction patterns. A power management unit dynamically regulates sensor duty cycles and neuromorphic workloads based on battery conditions and optionally incorporates kinetic, thermal and/or solar energy harvesters. The system further includes secure storage, a wireless communication module, and haptic or audio feedback components. By utilising event-driven neuromorphic computation, the smartwatch provides continuous authentication and context-aware monitoring with reduced energy consumption while preserving user privacy through encrypted storage and restricted transfer of processed summaries instead of raw bio-signals.