Directly putting a price tag on computing power is a paradigm-shifter, which might greatly accelerate . What do bitcoin mining chips and () chips have in common? Quite a lot, actually.
Cryptocurrency mining chips are mostly designed to be extraordinarily efficient at performing one specific type of computation as quickly as possible. Machine learning is similarly focused on performing certain calculations as quickly as possible. This is how Google Deep Mind’s Alpha Go Zero became the best Go (an exceptionally complex chess-like board game) player in history, in three days flat.
It was just programmed with the basic rules of the game, then set loose to play games against itself. It started off making random moves but learnt from each game. After three days it had played millions of games against the best Go player in the universe – itself – and achieved a kind of grand mastery beyond anything the world had ever seen.
Its learning curve was largely dependent on how quickly it can play those games, and better and more specialised chips can cut down the learning curve.
This learning curve, determined by sheer computational power, is important. Firstly, because availability of computing power is something of a developmental bottleneck in .
Secondly, because it’s already slightly too easy to imagine a future where bots learn how to do just about anything better than humans can, including hack attacks and other nefarious tech things. Availability of computing power might be essential for any business or nation that wants to properly respond to threats, or any business that just wants to more effectively stay ahead of the game in workforce automation and more.
Computing power for sale
It largely comes down to computing power as a tangible, highly in-demand resource. This has already been around in many industries in a behind-the-scenes kind of way for a while, but the advent of proof of work cryptocurrency has kicked it up a notch, by putting a very direct price tag on computing power via mining. The concentrated application of computing power is what gives bitcoin its value, and keeps it scarce.
Technology has already gone a step beyond that, and there are multiple digital currencies which can be directly traded for computing power (including cycles) and network services and fiat money. So right now humans are literally living in a society where energy and computing power can be used as a currency. How’s that for futuristic?
According to Cointelegraph, Bitmain CEO Jihan Wu sees a bright future in chips, speculating that it could account for as much as 40% of the company’s profits in five years time. Because both crypto mining and require lots of computations, Wu said to Bloomberg, it’s a natural direction for the company. […]