just_bear

@NotATether Exactly! You understand me perfectly! I think this has not yet been explored or little known ... It would be a different method. I'm doing a lot of research and calculations ... every week I'm discovering…

In the other thread... many formulas work, but in this one I believe that none work. Maybe using Bleichenbacher’s or similar I can solve this 2 signatures of this thread I think you need approximately 500 signatures to…

This is more difficult https://bitcointalk.org/index.php?topic=5317746.msg56365768#msg56365768

I think some users didn't understand me ... Maybe it's because my English is not good and they also need to pay more attention. English is not my language, I will try to be more objective! 1- I know the other thread! I…

@gmaxwell In my point of view ... If you have h (m), r and s being a valid signature, it is a real signature yes ... but it depends only on your

@Coding Enthusiast Exactly! I believe that nobody knows any formula or equation or algebra or magic that solves this

@MixMAx123 When I said to calculate the 2 signatures ... I was referring to the calculation to find k or x

Does not work for this 2 signatures

The private key of these signatures is already known ... but no equation, formula or algebra is known to calculate these 2 signatures

My knowledge is limited, but I think 2 signatures with different h (m) r and s ... are not the same signature

So, I heard that if you use the same private key with nonces k and k + 1 for two different signatures, it can be a security risk... but I'm not convinced that all signatures made this way are insecure! These two…