EEGineers – Assistive Communication and Control
Innovator ID
SNDMAC020
Non-invasive EEG-based brain–computer interface enabling hands-free digital control to restore independence for individuals with neurological impairments.
Individuals with neurological conditions such as stroke, ALS, cerebral palsy, or spinal cord injury often lose voluntary motor control, making it extremely difficult to interact with digital systems, communicate, or perform daily tasks independently. Existing assistive technologies are either costly, invasive, require complex calibration, or are unavailable in developing regions. This results in loss of autonomy, dependence on caregivers, and reduced quality of life. There is a strong need for affordable, accessible, non-invasive neuro-assistive technology that enables such individuals to interact with computers and digital interfaces independently.
The system uses non-invasive EEG sensors to capture brain signals and translates them into cursor control on a computer. Using Arduino-based acquisition and ML-based signal classification, the solution enables hands-free digital interaction, offering independence and communication support for users with limited motor control.
Primary users include individuals with motor impairments such as stroke survivors, ALS patients, individuals with spinal cord injuries, and people with conditions affecting muscle control. Secondary customers include neuro-rehabilitation centers, physiotherapy clinics, disability support organizations, assistive technology companies, special needs schools, and medical colleges interested in neurotech training, therapy enhancement, and patient support.
EEGineers provides a low-cost and non-invasive assistive solution that restores digital interaction and independence for individuals with limited motor abilities. Unlike existing brain–computer interfaces that are expensive and complex, this system is affordable, portable, and user-friendly. It enables users to perform essential digital tasks such as communication, learning, and online engagement. Hospitals and rehabilitation centers benefit from improved therapy outcomes and patient training capabilities. The innovation supports inclusive access to digital interaction, improving quality of life, confidence, and independence for those affected by neurological challenges.
We Would Require Support In the Following :
Technical and Product Development Support; Mentorship and Expert Guidance; Funding and Financial Assistance; Infrastructure and Prototyping Facilities; Networking, Collaboration, and Investor Connect
Capital to achieve the desired outcome, we would require
Less than ₹10 L, unclear plan
And would be required for
Prototype Development Support; Research, Design & Validation Funding; Pilot Testing and Field Trial Support; Technology and Digital Infrastructure Funding
Expected Return Should Be in:
Less than 3 years