But surely we can improve modern computing devices architecture by taking a look at the computing advantages the brain takes in order to achieve its desired tas

But surely we can improve modern computing devices architecture by taking a look at the computing advantages the brain takes in order to achieve its desired tasks. Don't forget humans are one of the most expensive resources and nothing can really replace them for even a vast majority of non-physical jobs. So if we could build computing devices that potentially solve some of these problems, needless to say, the productivity boosts would be plentiful. Secondly, we aren't even close to being able to model anything relatively close to the computational capabilities of the human brain because we don't even understand the human brain. So your comments on highly parallel but slow and fast but no so parallel don't make a lot of sense. For example take MapBox's new vision SDK. It's able to perform semi-decent feature extraction on the road while people drive via a camera. Well guess what I would absolute stomp the vision SDK on accuracy for every feature it thinks it identified, not only that, I am capable of identifying an order of magnitude more features than it can, not only that, but I'm able to identify new features on the fly and even guess with greater accuracy what they are. So yeah, there are a plethora of functional yields that we have yet to achieve with some of the most powerful computers in the world that are achieved by the human brain every day. Which could be indicative of maybe both a resource, but also an architecture problem.