The fundamental premise of a brain-computer interface is deceptively simple: extract meaningful signals from the electrical noise of the brain, decode intent, and translate it into machine commands.
Thank you! Yeah it is a super exciting space, I think it is simultaneously being overdeveloped and underdeveloped upon in the sense that the "cheaper" sensors are not really be used for that many day-to-day accessible direct to consumer products, I predict in the next few years we will see this start to become almost on the way we do heart rate and temperature tracking from smart rings and watches. Hopefully with that comes some of this "hacky" BCI tech.
Wow, the part about using the Muse headband really makes me ponder the acessibility potential of BCI; your insights here are truely brilliant.
Thank you! Yeah it is a super exciting space, I think it is simultaneously being overdeveloped and underdeveloped upon in the sense that the "cheaper" sensors are not really be used for that many day-to-day accessible direct to consumer products, I predict in the next few years we will see this start to become almost on the way we do heart rate and temperature tracking from smart rings and watches. Hopefully with that comes some of this "hacky" BCI tech.