Restoring Independence Through Technology

It started with a question that wouldn't leave us alone: what happens to a person's voice when their body stops listening to them?

Millions of people living with severe paralysis, ALS, spinal cord injuries, and brainstem strokes are fully conscious — they just can't move, and they can't speak. In Indian hospitals and homes, that usually means a nurse or a family member guessing what's wrong, hoping they guess right before it's an emergency.

We started building for that gap. The first working prototype was an EOG-based system that reads eye movement and classifies blinks with close to 96% accuracy — enough to turn a blink into a real command, not just an on/off switch. That work became the basis of a published IEEE-format paper, and it's what got NeuroCommand Labs incubated at the Ratan Tata Innovation Hub.

Since then, we've been pushing the hardware forward — smart glasses with embedded IR cameras, a bedside module for ICU and ward beds, and a caregiver app that speaks in Kannada, Hindi, and English. Every version has been built with one constraint in mind: it has to work in a real Indian hospital room, not just a lab demo.

We're early. But we're building toward a day when "I can't speak" doesn't mean "I can't be heard."