The brain has long been neglected by sports scientists and team physicians working with athletes, according to Anderson, who notably also serves as a medical observer consultant for the NFL. If you start at the source, you’ll understand why physiological changes happen and cardiovascular changes happen - it's because it's all being run by the central processing computer in your body.” We just look at all the physiological parameters that help us understand what the status of the athlete is,” Anderson says. “Teams are making are making arbitrary decisions on load management, based on what's happening physically, but what people don't realize is that the brain’s central nervous system controls your entire body. Some of those patients are NBA players from NeuroSync’s work with teams such as the Warriors, Wizards and Hawks, who all originally leveraged the company’s Eye-Sync concussion product as a makeshift solution to monitor fatigue amid the rigors of an 82-game schedule. NeuroSync then provides an instant score from 0 to 100 (100 being best) to rank their results though a machine learning model that compares their performance based on NeuroSync’s cognitive assessments data of more than 20,000 patients. “We look at different aspects of how well you focus, how well you can sustain your attention, or how well you can maintain your working memory or your inhibitory control.”Ĭameras in the VR headset follow the user’s eyes while NeuroSync’s algorithm quantifies how long their eyes are moving to the appropriate location. “We're using a different measurement tool that essentially takes you through a battery of eye movement tests, some are similar to what we have in Eye-Sync and some are different and new,” says Scott Anderson, NeuroSync’s chief clinical officer. The setup is similar to Eye-Sync, the company’s signature eye tracking product released in 2016 that’s used by college football and NBA teams to test athletes for concussions. NeuroSync ( formerly SyncThink) is calling its new software product Pro-Sync and it contains a series of video-based eye movement tracking tests accessed through wearing a virtual reality headset. ![]() Now, neurotechnology company NeuroSync is aiming to turn that model on its head with a new eye-tracking product to measure cognitive fatigue. Wearable devices and sensor-embedded apparel are typically common solutions for sports teams to make data-driven decisions on load management to understand when an athlete needs rest to perform at their best. NeuroSync's new product, Pro-Sync, is an eye-tracking product that contains a series of video-based eye movement tracking tests accessed through wearing a virtual reality headset.
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