NaviCane is an AI-powered smart mobility aid integrating ToF, IMU, pressure, and vibration sensors with GPS/BLE positioning. Unlike conventional aids that mainly detect obstacles, NaviCane delivers precise environmental analysis by sensing terrain height, surface texture, and hidden hazards. Its TensorFlow Lite-based CNN/LSTM model enables real-time risk prediction and adaptive rerouting with satellite maps. Dual haptic motors and a Braille dial UI minimize reliance on voice guidance, ensuring intuitive navigation even in noisy or private environments. The device also incorporates an SOS button for instant emergency alerts, significantly improving user safety. With a modular, lightweight design and premium finish, NaviCane enhances portability and usability compared to bulkier alternatives. By combining multi-sensor fusion, edge AI inference, and tactile interaction, it redefines independence and safety for visually impaired individuals, offering a truly differentiated solution that exceeds existing smart canes in accuracy, responsiveness, and user-centered design.