Private keys are generated randomly using a cryptographic secure function, then they are converted into bitcoin addresses, and checked against the entire database of addresses with a positive balance.
Found keys are stored in wallets.txt.
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Private keys are generated randomly using a cryptographic secure function, then they are converted into bitcoin addresses, and checked against the entire database of addresses with a positive balance.
Found keys are stored in wallets.txt.
Does the program really work?
Yes it is. They substituted a hexadecimal private key in the program code so that it would be returned when checking the address against the base, which was there in a random file...
Everything finds, there can be no errors, in the case of a successfully selected private key.
How many addresses are in the database?
The database currently holds 33 million addresses with a balance.
This is the total number of P2PKH addresses with a balance in the entire blockchain.
SYSTEM REQUIREMENTS!!
For example, to download 33 files, 8-10GB of RAM will be enough, and for 18 files (4 GB of RAM) .
One file - 1 million addresses.
The program uses multiprocessing to perform parallel computing.
Each random address is checked in 0.0032457721 seconds (on each available CPU).
Did you find an address with a balance? What to do next?
Import private key to electrum wallet.
Withdraw the entire balance to the exchange, and then to the card, or you can return it to the owner.
Please check that you have enough RAM.
(just in case there are errors)
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