In a lab tucked within Penn’s engineering corridors, a sleek wearable is quietly revolutionizing how we track our minds.

Spearheaded by student innovator Sophia Fu, Neuros isn’t just another academic project—it’s a mission-driven leap toward redefining how we understand and manage brain health. Built at the intersection of engineering and empathy, this sleek EEG headband decodes brain activity in real time, offering early detection of seizures, stress signals, and more—all from the comfort of your own home.

From Hospital-Grade Hardware to Everyday Wear

Unlike clunky EEG machines confined to hospitals, Neuros brings neuro-monitoring to the edge: a comfortable, rechargeable, stylish headband equipped with medical-grade sensors. It captures your brain’s signals 250 times a second, processes the data through a sleek microcontroller duo, and wirelessly beams the info straight to your phone via Medibound.

Full-Stack Precision, End-to-End Control

Neuros isn’t just another wear-tech prototype—it’s a full-stack solution. From signal acquisition and BLE communication to alerting systems and live data displays, every detail was engineered with clinical ambition and consumer accessibility in mind. A small LCD display on the headband shows a rolling EEG graph, while a Bluetooth-connected app alerts caregivers in under three seconds if something's off.

And it’s not just cool tech. Neuros' mission hits harder: make brain care proactive, accessible, and wearable. In a healthcare landscape often reactive to crises, Neuros dares to imagine a future where early warning equals early intervention.

Built to Scale, Designed to Empower

While final EEG testing awaits hardware delivery, the groundwork is there—every signal transmission, UI mockup, and design choice aimed toward de-risking neurological conditions before they escalate.

In a world chasing mindfulness and mental health, Neuros might just be the first step to placing brain care... literally in your hands.