More than 43 million people worldwide are blind, and hundreds of millions live with visual impairments that affect their ability to navigate independently. Everyday activities such as walking on crowded streets, identifying objects, reading signs, locating destinations, or recognizing obstacles can be challenging and often require assistance from others.
Traditional mobility aids such as white canes provide limited information about the environment and cannot identify objects, read text, describe surroundings, or provide intelligent navigation support. Existing smart assistive devices often depend heavily on internet connectivity, making them unreliable in areas with poor network coverage.
As a result, visually impaired individuals face challenges related to safety, independence, accessibility, and social inclusion. They are at a higher risk of accidents caused by undetected obstacles, unfamiliar environments, and lack of real-time situational awareness.
There is a need for an affordable, intelligent, and reliable assistive solution that can help visually impaired individuals understand their surroundings, navigate safely, recognize objects, read text, and receive real-time guidance. The solution should work both online and offline to ensure uninterrupted support in all situations.
Our Smart AI Glasses address these challenges by combining AI-powered computer vision, LiDAR-based obstacle detection, GPS navigation, voice interaction, and offline processing capabilities to enhance mobility, safety, and independence for blind and visually impaired users.