Whaaat 
10^15 addresses/s with a GPU, is it with NVIDIA H100 ?
I was proud of a GPU code that can do SHA256 alone at a rate of 10^10 addresses/s, so I can't imagine adding address calculations and at the same time reducing latency 10^5 times.
Hats off to those who solved previous puzzles, at this level it requires state funded resources.
10^15 addresses/s with a GPU, is it with NVIDIA H100 ?I was proud of a GPU code that can do SHA256 alone at a rate of 10^10 addresses/s, so I can't imagine adding address calculations and at the same time reducing latency 10^5 times.
Hats off to those who solved previous puzzles, at this level it requires state funded resources.
The amount that I point in my previous post it is to solve in matter of seconds, but those challenges usually takes months or even years (all depends of your current hardware speed)
Also just need to point that those are for address, when we talk about public keys even a CPU can solve those weak public keys in matter of seconds o less than 10 minutes all this comes from the thing that we have algorithms for public keys such as Kangaroo (This topic name) and BSGS (Limited by Memory) both of them with Math shortcuts that help to solve those weak keys with a complexity of square root of N