What it does
The Epilepsy Guardian Headband detects seizures in real-time, deploys airbags, notifies contacts, and uses microcurrents to reduce brain activity, minimizing injury risks and enhancing patient safety.
Your inspiration
The idea for this project came from a close friend who experienced a sudden epileptic seizure, which led to a dangerous fall. Witnessing the potential for severe secondary injuries inspired me to create a device that could actively safeguard epilepsy patients, not only by providing real-time monitoring but also by implementing proactive safety measures.
How it works
The Epilepsy Guardian Headband uses multimodal sensors to monitor EEG, heart rate, blood oxygen levels, and movement. Advanced AI processes this data in real-time to detect abnormalities, such as seizure activity or sudden falls. When a seizure is detected, the device triggers several safety mechanisms: airbags deploy to cushion falls, emergency contacts are notified via Bluetooth or WiFi, and a microcurrent stimulation module releases currents to help suppress abnormal brain waves. The headband is lightweight, modular, and designed for comfort during daily wear.
Design process
The project began with research into seizure detection and injury prevention. The first prototype focused on EEG monitoring, using basic sensors to detect abnormal brain activity. Subsequent iterations incorporated additional sensors for heart rate, blood oxygen, and motion monitoring. AI algorithms were developed to fuse temporal and spatial features, significantly improving prediction accuracy. Over time, new features such as airbag deployment for falls, microcurrent stimulation, and real-time data transmission via Bluetooth/WiFi were added. Feedback from medical professionals and patients led to refinements in comfort and usability, resulting in a lightweight and modular design.
How it is different
Unlike traditional headbands that rely on single-modality monitoring, the Epilepsy Guardian Headband uses multimodal sensors for higher accuracy. Its AI-driven temporal and spatial feature fusion algorithm reduces false alarms and ensures timely responses. Additionally, it offers unique safety features like airbag deployment, microcurrent stimulation, and real-time communication with emergency contacts, which go beyond simple reminders provided by existing products.
Future plans
The next steps involve clinical trials to validate the device's effectiveness and secure regulatory approvals. We aim to partner with healthcare providers and epilepsy organizations to distribute the headband widely. Future versions may include extended functionalities, such as integration with smart home devices and improved battery life.
Share this page on