Empowering independence through intelligent assistive technology
Presented by
Ojasvi Mishra, Akhil Mor, Nitin Mishra, David Lakra
Lovely Professional University, Punjab-144411, India
Over 285 million people worldwide are visually impaired, with 39 million completely blind. Navigation remains one of their biggest daily challenges.
Only detects obstacles at ground level within 1-2 meters. Cannot identify overhead hazards, moving objects, or provide directional guidance.
High risk of collisions with obstacles outside cane range. Difficulty navigating unfamiliar environments independently.
Limited detection range of traditional white cane
Blind spots: Overhead, beyond 2m, fast-moving objects
JAWS, NVDA, VoiceOver provide digital accessibility but no physical navigation support.
OrCam, Envision AI offer camera-based assistance with voice feedback.
WeWALK, SmartCane add ultrasonic sensors to traditional canes.
Key Gap: No existing solution combines multi-sensor fusion, AI-powered object detection, GPS navigation, and affordable pricing in a portable, attachable form factor.
A compact, sensor-rich device that attaches to any standard white cane or can be worn independently, providing comprehensive environmental awareness through AI-powered analysis.
Compact design with multi-sensor array
System Architecture
Inside Dissection
Probable Look of the Product
Combines LiDAR, ultrasonic, camera, GPS, and IMU for comprehensive environmental perception. No single point of failure.
GPS-enabled turn-by-turn guidance with dynamic route adjustment based on obstacles and user preferences.
Dual feedback system ensures alerts are never missed. Voice guidance for navigation, vibration patterns for obstacle proximity.
Under 200g total weight. Universal clamp attaches to any cane. Can also be worn as a chest-mounted device.
Machine learning classifies obstacles and predicts movement patterns. Recognizes traffic signals, crosswalks, and pedestrian zones.
3000mAh battery provides 12+ hours of active use. USB-C fast charging. Power-saving modes extend operation.
Each sensor module is independently replaceable and upgradable. Users can customize based on their specific needs and budget.
Unlike proprietary solutions, our device attaches to any standard white cane or wheelchair without modifications.
Patent-pending dual-channel feedback combines spatial audio with haptic patterns for intuitive obstacle awareness.
All AI inference runs locally on-device. No internet required for core functionality. Privacy-preserving by design.
Integration with smart traffic signals, accessible pedestrian signals, and city-wide navigation networks.
Bus stop detection, train platform navigation, and real-time transit updates via app integration.
Indoor navigation, store finder, and obstacle avoidance in crowded retail environments.
Gate navigation, boarding announcements, and assistance request features for stress-free travel.
Integration Potential: API available for third-party developers. Compatible with Google Maps, Apple Maps, and OpenStreetMap.
Develop companion smart glasses with bone-conduction audio and heads-up display for enhanced awareness.
Natural language voice assistant for conversational navigation queries and contextual recommendations.
V2X communication for safe autonomous vehicle boarding and coordination with ride-sharing services.
Our sensor-integrated attachable navigation device represents a significant leap forward in assistive technology for the visually impaired community.
Bridges the gap between traditional mobility aids and expensive high-tech solutions
Enables true independence through intelligent, reliable navigation assistance
Scalable, affordable solution with potential for global accessibility impact
Assistive technology is not just about devices; it's about dignity, independence, and equal opportunity.
for your attention
Ojasvi Mishra, Akhil Mor, Nitin Mishra, David Lakra
Lovely Professional University