SmartSight for the Blind Using Earphones
Mohammed Anas P · International Journal for Research in Applied Science and Engineering Technology · 2025
This lecture examines a cutting-edge Smart Vision technology that uses headphones to provide real-time aural aid to visually impaired people, thereby increasing their independence. The system processes visual data from high-resolution cameras by utilizing cutting-edge computer vision and artificial intelligence technology. Users can confidently navigate and engage with their environment thanks to core functions including object recognition, obstacle detection, text reading via optical character recognition (OCR), and facial recognition. Multilingual audio output is ensured by the incorporation of gTTS technology, accommodating a wide range of user choices. The Smart Vision system tackles accessibility and mobility issues by fusing wearable technology with user-friendly audio interfaces, promoting inclusivity. This ground-breaking invention demonstrates how assistive technology may significantly enhance the quality of life for those who are blind or visually impaired. An innovative Smart Vision technology that redefines accessibility for those with visual impairments is shown in this session. Real-time object recognition, obstacle detection, text reading, and facial recognition are made possible by utilizing AI-powered technologies and user-friendly earphone-based aural feedback. Support in several languages guarantees inclusivity and meets the demands of a wide range of users. This invention demonstrates how assistive technology can improve confidence, freedom, and movement in daily life