AI-enhanced white cane technology with real-time 3D environmental mapping for improved mobility and safety
About Aistin Smart Cane
Mobility Challenges in Everyday Environments
Blind and visually impaired individuals face significant challenges in navigation, including:
- environmental hazards
- limited spatial awareness
- difficulty identifying objects and obstacles
- dependence on external assistance
- reduced access to real-time environmental information
While the traditional white cane remains the primary mobility tool, it provides limited information about surroundings beyond direct physical contact.
3D Perception-Enhanced Mobility
Aistin Smart Cane enhances the traditional white cane by adding real-time 3D environmental mapping capabilities.
The system generates an intuitive spatial representation of the surroundings, delivered directly through fingertip feedback.
This allows users to perceive nearby obstacles and spatial structures beyond the physical reach of the cane
Real-Time Environmental Mapping System
The system uses a combination of:
- laser-based distance sensing
- camera-based environmental scanning
- onboard processing unit
- accelerometer motion tracking
- fingertip braille-style feedback matrix
Together, these components create a real-time "3D map of surroundings", updated as the cane is moved naturally.
Global Need & Technology Development
Millions navigate the world without full visibility.
Over 40 million people are blind globally, with over 200 million experiencing visual impairment. Most still rely on tools with limited environmental awareness.
There is a clear need for more advanced, accessible mobility solutions.
Assistive technology is evolving beyond basic detection.
Aistin Smart Cane introduces real-time spatial awareness through intuitive feedback.
Development is focused on expanding capabilities and enabling real-world deployment at scale.