shard_yield

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Nov 16, 2019
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  • I'm sorry I couldn't get back to you right away. 10110111 10011000 10110010 00100000 01010111 10011111 10101101 11111011 10011010 11011001 00110111 00011011 00010101 01000000 11111110 11100011 01100011 01010101 10110111…

  • Just so you understand the subject, there are much superior methods other than SHA-256 Eliptic Curve that you can generate both public and private keys. I know what Public Key and Private Key are. Satoshi designed it as…

  • in the old days it would have been impossible. But now any password without a timestamp can be brute forced. Algorithms like Bcrypt are stronger. You can examine the range of timestamped ciphers with public hash used in…

  • I have studied this similar approach. Only this one is missing how the system works and the reward system. Presumably they take the lost wallets themselves. Also, when I examine the pages on bitcointalk, I see that the…

  • The system works in a messy way, but I should explain it in simple terms. The structure consists of 4 phases 1- Lost Wallet database 2- HEX64 worker database 3- Unifying field 4- Reward center For example, each user…

  • no keys will be stored. there is no need for storage. Inside the P2P structure there is a list of lost wallets to be matched. to see if they're matched. I made the first version of my software. I have given some…

  • 1. Answer : This is the right number 1,157,920,892,373,161,954,235,709,850,086,879,078,532,699,846,656,405,640,394,575,177,306,100,000,000,000,000 2 - 3. Answer : For example, in hexadecimal:…

  • Let's chat about how many wallets we can actually make with HEX64. With Bitcoin's mining setup being so tricky, I believe a P2P network could create all these wallets. Who knows, maybe in the future we’ll see ASICs for…