I'm actually a bit scared. We're essentially at the early days of AIs now being able to execute tasks and hack. Imagine a much better model than what Claude has now, being set free/open, for hackers to utilize that in a virus. A virus that adapts, learns, changes it's own code/masks, looks for exploits, spreads around like crazy, destroying systems. How do you stop something like that once it starts doing it's thing?
I think there are physical and economic limits. Neural networks may improve in software, but they still need more and more hardware, at some point that hardware resource curve is going to be to steep to climb at the current rate.
I'm actually a bit scared. We're essentially at the early days of AIs now being able to execute tasks and hack. Imagine a much better model than what Claude has now, being set free/open, for hackers to utilize that in a virus. A virus that adapts, learns, changes it's own code/masks, looks for exploits, spreads around like crazy, destroying systems. How do you stop something like that once it starts doing it's thing?
I think there are physical and economic limits. Neural networks may improve in software, but they still need more and more hardware, at some point that hardware resource curve is going to be to steep to climb at the current rate.
Why are you assuming that software improvements don't include less resource utilization?
I thought it was clear that's what I was implying.
And I'm asking why you think that.
China's models have gotten significantly less resource intensive based on updating the software.