We keep your assets safe and your people safer.

We are a team of engineers, neuroscientists, and safety advocates dedicated to eliminating fatigue-related accidents in the logistics industry.

Why We Care

Neuro Safety Systems was founded on the principle that neurotechnology will usher in the future of bioanalytics and safety technology in logistics operations. Our depth of technical experience spans neuroengineering, software development, and product design from research labs at Johns Hopkins, Harvard, Abbott, and Draper. Now committed to bringing that expertise to the real world to save real lives.

Commercial Validation

Our team has developed a network in the east coast logistics sector, starting in the Port of Baltimore. We have successfully secured a pilot and design partnership from a regional carrier with over 50 vehicles.

Intense Cross-Disciplinary Collaborations

Our team of researchers from Johns Hopkins, Brain-Computer Interface (BCI) experts, and logistics sector operators holds a pending patent on the core neuro-haptic system of NSS. In further iterations, we aim to develop more patents on signal-noise reduction in high-vibration environments specifically engineered to the cabin of a truck.

Privacy-First Safety

Current safety solutions rely on driver-facing cameras (DFCs) that record mistakes and report drivers to management, creating a hostile work environment. We take a different approach. The NSS headset provides a private, haptic "nudge" to the driver the moment focus drifts. It corrects behavior instantly without punitive surveillance, bridging the gap between manager liability concerns and driver privacy.

Closed Loop Neuroscience

The system utilizes a closed-loop feedback mechanism grounded in academic trials. By monitoring Theta and Alpha brainwave bands, our machine learning models identify the onset of microsleep or inattention. The device immediately triggers a subtle vibration to restore alertness. This method has been shown in controlled studies to improve refocusing capabilities significantly compared to visual or audio alarms.