ben.cipher

So, if I'm getting this right, since at least one key in a set of 10 likely has factors in every lower bit range, we might be able to narrow down the problem. By carefully selecting the bit ranges, we could reduce…

It's not that hard. Original_PVK = Offset_PVK * Total_Offsets + Offset_position 1. Easy peasy.

Okay, got it. I’ll test that out and see what I get.

So if I divide 52 by 4, I get 13. But without generating enough results, it doesn’t mean anything.

Yeah, but I'm just trying to get a grip on it. The tool is useful, but the inner workings confuse me.

If you're looking for a random mode, check out Keyhunt-CUDA or Rotor-CUDA. They have the "rkey" option (-r), which picks random starting points in the range. It then increases from there sequentially, changing the…

Yeah, that "Best Share" resets whenever CKPool finds a block. It's just measuring your best difficulty between blocks. So, no worries there.

Honestly, seems kinda limited. I mean, why not just subtract G from the initial pubkey? Keep both versions and at least one will have an even private key. Then you can 'divide' them and find your way into the right…