The makers of this concussion sensor strove to make uncertainty around brain injuries less of a guessing game. BlackBox Biometrics developed their Linx Impact Assessment System to track the brain activity of the wearer while he or she is engaged in contact sports. Weighing as much as a nickel, the wafer-thin device can be comfortably donned beneath a helmet, within a headband's small pocket.
Any football, rugby or hockey player can instantly get feedback following a hit to the head by pressing a button on the LinxIAS. A green, yellow or red light indicates the relative severity of a bump, letting the athlete know whether he should continue with the game or not. The concussion sensor does much more than this, however. Equipped with a compact gyroscope and accelerator, it can send and log detailed data to the player's own phone, or that of his family on the sidelines.
What's Driving This Trend
- Concussion Sensors
- Using wearable technology to better monitor brain activity and detect head injury.
- Impact Assessment Systems
- Developing tools that provide real-time feedback to athletes regarding the potential seriousness of head injuries.
- Wearable Technology in Sports
- Integrating sensors and data analysis into athletic wear to monitor player safety and performance.
Who This Affects Most
- Sports Equipment Manufacturing
- Developing and integrating wearable concussion sensors into helmets and protective gear.
- Healthcare Technology
- Creating advanced software and algorithms to analyze data collected by impact assessment systems and concussion sensors.
- Athletic Performance Analysis
- Use sensors to analyze athletic performance and prevent potential injury.
