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Neurodiverse Interaction
NeuroSense
Where the Body Becomes the Controller
13 input modalities from sensory mats to EMG. The child's body IS the controller. No headsets required.
Concept · Seeking collaborators
18M
children in India with neurodevelopmental conditions
The problem
Traditional VR therapy requires children to wear headsets and hold controllers — devices that many children with autism, cerebral palsy, or sensory processing disorders cannot tolerate. The technology designed to help them becomes the first barrier.
Our approach
NeuroSense removes the controller entirely. The child's own body becomes the interface. Pressure-sensitive floor mats detect stepping and jumping. EMG sensors read muscle intention. Gaze tracking follows eye movement. The system adapts to whatever the child CAN do, not what we wish they could do.
How it would work
1
13 Input Modalities
Sensory mats, EMG, gaze tracking, gesture recognition, voice, touch screens, and more — the system meets each child where they are.
2
Adaptive Difficulty
AI adjusts task complexity in real-time based on the child's performance, frustration signals, and engagement.
3
Therapist Co-Pilot
Real-time analytics dashboard for therapists to observe, annotate, and guide sessions.
4
Compare & Contrast
Patented methodology that presents real vs. virtual scenarios to build cognitive transfer skills.
Help us build NeuroSense
NeuroSense is a concept born from 10 years of fieldwork with children and families. It exists as a research proposal — not yet a product.
We are looking for researchers, engineering teams, sponsors, and institutional partners to move this from idea to reality. If this problem matters to you, we would love to hear from you.