the headband has bone conduction headphones, which sitjust above your ears. they play audio content in response to its sensor readings in real time, including meditation, nature sounds and music. the inbuilt ai then learns how your brain responds to different types of sounds to try and figure out what s most likely to help you drift off. so, i m looking at the graphs here on the screen and it s showing me three different things, one of which is the eeg, which is my brain signal. and that s pretty flat at the moment which is, you know, pretty on brand. and then underneath that, we ve got eye motion, which is slightly strange. it looks like it s detecting when i move eyes around and it s reacting on the graph, so that s pretty funky. and then at the bottom, it s facial muscles. and if i kind of open and close my mouth like that, it also reflects on the graph here. so it s pretty impressive that it s detecting all of thatjust from something that s basically wrapped around my forehead.
the inbuilt ai then learns how your brain responds to different types of sounds to try and figure out what s most likely to help you drift off. so, i m looking at the graphs here on the screen and it s showing me three different things, one of which is the eeg, which is my brain signal. and that s pretty flat at the moment which is, you know, pretty on brand. and then underneath that, we ve got eye motion, which is slightly strange. it looks like it s detecting when i move eyes around and it s reacting on the graph, so that s pretty funky. and then at the bottom, it s facial muscles. and if i kind of open and close my mouth like that, it also reflects on the graph here. so it s pretty impressive that it s detecting all of thatjust from something that s basically wrapped around my forehead. we have done a lot of brain stimulation using audio, using electromagnetic signal. we stimulate and then we measure how the brain responds to that, so that is the uniqueness of this device it under
of sensors to measure seven different metrics, including brainwaves and your facial movements as you sleep. the headband has bone conduction headphones, which sitjust above your ears. they play audio content in response to its sensor readings in real time, including meditation, nature sounds and music. the inbuilt ai then learns how your brain responds to different types of sounds to try and figure out what s most likely to help you drift off. so, i m looking at the graphs here on the screen and it s showing me three different things, one of which is the eeg, which is my brain signal. and that s pretty flat at the moment which is, you know, pretty on brand. and then underneath that, we ve got eye motion, which is slightly strange. it looks like it s detecting when i move eyes around and it s reacting on the graph, so that s pretty funky. and then at the bottom, it s facial muscles. and if i kind of open and close my mouth like that,
brainband from earable neuroscience and they claim that it can use a variety of sensors to measure seven different metrics, including brainwaves and your facial movements as you sleep. the headband has bone conduction headphones, which sitjust above your ears. they play audio content in response to its sensor readings in real time, including meditation, nature sounds and music. the inbuilt ai then learns how your brain responds to different types of sounds to try and figure out what s most likely to help you drift off. so, i m looking at the graphs here on the screen and it s showing me three different things, one of which is the eeg, which is my brain signal. and that s pretty flat at the moment which is, you know, pretty on brand. and then underneath that, we ve got eye motion, which is slightly strange. it looks like it s detecting when i move eyes around and it s reacting on the graph, so that s pretty funky. and then at the bottom,
the headband has bone conduction headphones, which sitjust above your ears. they play audio content in response to its sensor readings in real time, including meditation, nature sounds and music. the inbuilt ai then learns how your brain responds to different types of sounds to try and figure out what s most likely to help you drift off. so, i m looking at the graphs here on the screen and it s showing me three different things, one of which is the eeg, which is my brain signal. and that s pretty flat at the moment which is, you know, pretty on brand. and then underneath that, we ve got eye motion, which is slightly strange. it looks like it s detecting when i move eyes around and it s reacting on the graph, so that s pretty funky.