NeuroAssist harnesses EEG brain signals to enable hands-free computer control โ empowering people with disabilities through the power of mind-cursor interaction.
Millions of people with motor disabilities are excluded from digital life by technology that assumes full physical mobility.
Existing brain-computer interfaces are expensive, complex, and inaccessible to everyday users who need them most.
Eye-tracking and voice control fail in noisy or low-light environments โ leaving millions without consistent assistive options.
30โ40% of those who need assistive tech never receive it, leaving a $571 billion untapped socioeconomic gap.
NeuroAssist reads EEG brain signals โ attention and eye-blink patterns โ to control a cursor with no hands required.
Consumer-grade EEG headset captures raw brainwave data, making BCI technology genuinely affordable and wearable for daily use.
Custom machine learning models filter noise and classify attention levels and blink events with high accuracy in real time.
Translated signals move the cursor via attention-driven direction and trigger clicks through deliberate eye-blink detection.
No surgery, no implants โ just a comfortable headset and powerful real-time software that anyone can use.
Works across Windows, web, and custom apps. An open platform for developers to build specialized tools.
Priced for accessibility โ targeted at $10K hardware investment and $4Kโ$6K licensing, enabling broad deployment.
A pipeline that transforms raw neural signals into precise, responsive computer interaction.
A lightweight EEG headset captures electrical activity from your brain's motor and visual cortex regions.
NeuroAssist's ML model processes incoming EEG data, detecting attention levels and voluntary eye-blink events.
Attention direction maps to cursor movement โ sustained focus on a zone steers the pointer smoothly.
A deliberate double-blink triggers a click โ giving users full navigation capability without touching a device.
NeuroAssist's BCI technology has transformative applications across healthcare, education, government, and beyond.
Three passionate builders on a mission to make computing accessible for everyone.
Drives BCI algorithm design, EEG signal processing architecture, and overall product vision.
Focuses on funding strategy, operations, growth partnerships, and commercial expansion.
Oversees system architecture, technology operations, and product implementation excellence.
What we've accomplished โ and where we're headed.
Working prototype with real-time cursor control via EEG
Potential users and stakeholders interviewed across 6 sectors
Positive feedback rate from target user groups
Addressable BCI market projected through 2030
Showcased our live BCI prototype to industry leaders, investors, and tech innovators at Bangladesh's premier broadband technology exposition.
Competed against top impact startups and earned the Group Runner-Up position (Room 6) at the prestigious SustainLaunch Labs Impact Night, recognising our social mission.
Recognised by the Faculty of Engineering at American International University Bangladesh with the prestigious Dean's Award for Best Capstone Project of Fall 2025โ26.
We're looking for early partners, pilot organizations, investors, and people who believe technology should work for everyone.