DRISHTI
Recreating Vision
Cruise Control for Pedestrians by Non-Invasive Muscle Stimulation using Realtime Obstacle Detection and Navigation
About Drishti
How's DRISHTI Empowering Vision?
Our objective is to enable visually impaired people and non-attentive pedestrians to navigate through obstacles by non-intuitive method of muscle stimulation of sartorial muscles. Smarter real time decisions are made using Computer Vision Technique and Distance sensors. User can also navigate from one point to other using Google Navigation assistants.
Product Description
Research & Survey Behind our Product
As per the given data by the National Programme for Control of Blindness& Visual Impairment(NPCBVI). 1,04,09,383 patients with visual impairment handled by 1,255 NGOs and 471 low vison dedicated hospitals in India hence. To make their life obstacles free with the power of today's technology Drishti is the solution.
Our product mainly focuses on helping blind people become self-reliant and independent when it comes to navigating through busy roads, crowded streets, and tough terrain. The Survey was taken by My Voice, which records the difficulties and expectations of the blind clearly shows their inability to use today’s technology for their help.They also feel that holding a cane while commuting makes them an easy target for hate crimes.
Features of our Device
We are fully committed to making our product as compact and user-friendly as possible. So He/She can easily use Navigation by Drishti.
Avoiding all the Obstacles and Giving user all the information about his environment to make it more interactive plus user friendly.
Accuracy more than GPS based products and service providers.Those who have tried to target the same issues have used GPS for navigation which does not provide real-time obstacle detection.
Our products do obstacle sensing using sensors as well rather than just simple image processing which increases accuracy.
He/She can also select a specific route for navigation using an inbuilt chatbot which will be tracked using GPS in real-time and help him reach his destination.
We are planning to integrate our product with Google Maps to assist the user in reaching his destination by providing directional assistance.
