Revolutionary concussion detection technology that identifies brain injuries the moment they occur, preventing long-term damage and saving lives.
Discover Our SolutionConcussions and mTBIs often go undetected in real time, creating a dangerous window where further brain damage can occur without anyone knowing.
Current testing relies on subjective self-reporting and clinical assessments that can miss critical injuries, especially in high-pressure situations.
Without real-time detection, athletes and accident-prone individuals continue activities that could cause irreversible neurological damage.
Every second counts when it comes to brain health. The gap between injury and detection is where lives are changed forever. It's time to close that gap.
TBI-related visits annually in the US
TBI-related hospital admissions each year
Of concussions are never properly diagnosed
TBI-related fatalities in the United States
With long-term TBI-related disabilities
Economic burden of TBI in the US
Annual sports-related concussions in the US
Of second impact syndrome after initial concussion
These aren't just numbers—they're lives. Behind every statistic is a person whose future was altered in an instant. The tragedy isn't just in the injuries that occur, but in the ones that go completely unnoticed until it's too late.
Instant concussion risk assessment as impacts occur
Eliminates subjective reporting with precise measurements
Enables instant response to prevent further damage
Contributes valuable insights to neurological research
Understanding the technology that makes real-time concussion detection possible
Our helmet uses dry EEG sensors to measure brain activity in real time — no gels, no wires. The sensors are safe, hygienic, and can fit heads of different shapes, making them ideal for athletes and quick sideline assessments.
We track brainwave signals called P3a and P3b — known indicators of concussion risk. These signals normally show up when your brain reacts to something unexpected, like a sudden sound. In athletes with a concussion history, these signals become weaker or delayed.
We use a sound-based attention test called the "Oddball Paradigm." Players hear a sequence of standard tones mixed with random, surprising ones. Our helmet's EEG sensors track the brain's response and send the data to a secure cloud platform.
Research shows that these brain signals — especially the P300 wave and its P3a/P3b parts — can reliably detect changes after mild brain injury. We focus on 3 regions of the head (Fz, Cz, Pz) that capture this response best.
Our technology is built into a NOCSAE-compliant helmet — no extra gear needed. That means players get monitored in real time without disrupting practice or games. Coaches get clear, science-backed insights into brain health.
Flexible solutions for every need - from individual athletes to enterprise organizations
Try MindShield risk-free. If you're not completely satisfied within 30 days, we'll refund your purchase.
Join us in creating a future where every brain injury is detected instantly and every life is protected.