Signum vanity opencl

Use GPU or CPU to find a Signum address that matches your desire.

When finding a new account address, you must activate it on first time that you send a transaction. It can be done using extended address S-____-____-____-_____-____________________________________ or using the Signum account activator. After this process, it will be allowed to use the short address S-____-____-____-_____ for transactions.

Status

Hashing at 2M tries per second on RX470. This is 33 times faster than using cpu, or 180x faster than usign previous java solutions (on my setup)! Optimized code in C works at 60k tries per second, 5.5 times faster than java vanity. Check speeds at wiki and add your record there.

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Known issues

Unfortunatelly the program is not running on newer cards shipped with opencl 3.0. Any questions please ask at my discord channel.

Binary package usage

Linux

Extract package contents
Test if it is running on cpu: ./vanity --cpu A?A
Play with command line options to maximize speed

Windows

Extract package contents
Open a command prompt
Go to the folder
Test it running on cpu: vanity --cpu A?A
Play with command line options to maximize speed

Mac OS

I do not have a hardware to compile the binary, but the compilation process is straight forward. Check instructions on Compilation details.

Help

Passphrase generator for vanity addresses on Signum cryptocurrency.

Usage: vanity [OPTION]... MASK
Example: vanity --cpu --pass-length 32 SGN@

Options:
  --help             Show this help statement
  --suffix           Match given mask from the end of address. Default is to match from the beginning
  --pass-length N    Passphrase length. Max 142 chars. Default: 64
  --cpu              Set to use CPU and disable using GPU
  --gpu              Set to use GPU. Already is default
  --gpu-platform N   Select GPU from platorm N. Default: 0
  --gpu-device N     Select GPU device N. Default: 0
  --gpu-threads N    Send a batch of N threads. Default: 16384
  --gpu-work-size N  Select N concurrent works. Default: Max available
  --endless          Never stop finding passphrases
  --use-charset ABC  Generate passphrase only containing the ABC chars
  --use-bip39        Generate passphrase with 12 words from BIP-39 list
  --dict [EN|PT|ES]  Dictionary language for bip-39. Default is english
  --add-salt ABC     Add your salt to the bip39 word list
  --append-db        Append (or create) database.csv with found results

Mask:
  Specify the rules for the desired address.
  It must be at least one char long.
  No 0, O, I or 1 are allowed.
  Following wildcars can be used:
    ?: Matches any char
    @: Matches only letters [A-Z]
    #: Matches only numbers [2-9]
    c: Matches consonants [BCDFGHJKLMNPQRSTVWXZ]
    v: Matches vowels [AEUY]
    p: Matches previous char
    -: Use to organize the mask, does not affect result

Define a custom charset, custom length and your salt for paranoid levels of security
Use gpu-work-size as multiple of you graphics card compute units, and gpu-threads to multiple of gpu-work-size for best speed.
Try to rename the .cl file and swap with the second implementation. It can be 5% faster.

Compilation details

Linux

Dependencies: install packates build-essential, libssl-dev (OpenSSL) and ocl-icd-opencl-dev (OpenCL).
Clone repository
Compile make
Package will be avaliable at dist folder.

Mac OS

At the Releases page, download the source code and unzip to a folder
Open a terminal and change to the respective folder.
Run the command make
Package will be avaliable at dist folder.

Windows

Dependencies: Visual Studio Community Edition, OpenSSL library version 1.3 and OpenCL SDK for your graphics card: AMD or nVidia
Clone repository
Open the solution
Adjust headers/libraries path according to the installed dependencies folders include and lib.
Compile solution

Resource files

Remember to include passphraseToId.cl, passphraseToId2.cl, bip39*.txt and README.md with the binary file if redistributing a compiled version.

Inspiration

https://github.com/PlasmaPower/nano-vanity/ Project that uses also curve25519 for cryptography. It also reaches 2M tries per second (on RX470).
https://github.com/Fruneng/opencl_sha_al_im Skeleton for working sha256 function for this project.
https://github.com/ohager/signum-vanity-address-generator Uses java and can reach 11k tries per thread per second on ryzen 3.
https://github.com/floodyberry/ed25519-donna Highly optimized algorithm for curve25519.
https://github.com/bkerler/opencl_brute Source of full working C algorithm for sha-256.

deleterium / signum-vanity-opencl Goto Github PK