Quote from: ewaspiro on October 14, 2019, 11:55:40 AM

Quote from: pilosopotasyo on October 14, 2019, 02:50:00 AM

Quote from: bellicose on October 12, 2019, 08:45:19 PM

Absolutely useless program. No matter how lucky you are, you can never find a single private key with bitcoins in address. This is the same as looking for a grain of sand in the universe. By the way, there is an explanation, but now I cant find the link to the site.

There will be people trying an impossible task, what if they can, what if they found a method to crack any address, what if they can steal from these addresses, let's just pray no genius finds a way to do this, or everything will be over, all dreams will be shattered.

tell that to people who won powerball.

If there is a possibility, even if its tiny, it will happen if many enough try. You should possibly read Hitchhikers Guide to the Galaxy

12

Have any of you actually looked into what the puzzle transactions are or are you just trying to post farm?

Some collisions have been found for puzzle transaction addresses already. The Large Bitcoin Collider is a project that looks for these collisions and they have been successful multiple times in the past.

Part of it is that these puzzle addresses have a fairly predictable pattern to them (I've forgotten what it is), and also that each bitcoin address has around 2⁹⁶ private keys that resolve to it. So you don't need to find someone else's private key, just a private key that also resolves to the same address.

Quote from: iparktur on October 27, 2019, 11:25:49 AM

Can someone explain what kind of address this architecture is bc1q4unyqwgxhvmxynfj404q903zrfwywygc9rmm8s ?

https://www.blockchain.com/ru/btc/tx/24c74557584c4ee821ab784bf3d09fee78e681ff1eafc7cc9d518ebe4b2c017f

Native segwit - transactions coming from segwit addresses have smaller size and therefore lower fees.