Researchers in Shanghai, China, are developing a practical visual assistance system to help blind and visually impaired individuals navigate using a combination of camera headgear, AI software, and wearable artificial skins.
The system integrates visual, audio, and haptic senses to improve navigation and overcomes challenges seen in current designs, like weight, battery life, processing speed, and safety concerns.
Innovations in technology such as miniaturized hardware, AI improvements, and wearable sensory augmentation materials are expected to enhance the viability of visual navigation assistance systems.
The prototype system incorporates a camera, artificial skins for haptic feedback, bone-conducting earphones, and real-time processing to provide accurate obstacle detection and navigation guidance for visually impaired users.