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The hash latch generates keys in a manner similar to how some cryptocurrencies are mined. It takes a string and brute-forces a prefix for it so that the hash of the string with the prefix has a certain number of leading zeroes.
But that alone would've been too easy to hack.
To prevent an attacker from forging the keys by generating a new prefix: the hash latch doesn't output the keys in the plaintext.
mystic-crypt is designed as a Java library that can be used for simple and complex encryption and decryption.
The source code for the library is available under https://github.com/astrapi69/mystic-crypt
For demonstration what the library can do there is a graphical client:
The source code for the ui is available under https://github.com/astrapi69/mystic-crypt-ui
..._AES256.EncryptFile("C:\example.txt", "YourPassword")
Decrypting file using AES (256 bits): CyberCrypt._AES256.DecryptFile("C:\example.txt", "YourPassword")
Hashing string using SHA512: CyberCrypt._SHA.SHA512Hash("A string that will be converted to SHA512 hash.")
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Hash Calculator is a small tool to calculate hash values from files and string input.
Only md5 and sha1 supported at the moment.
Option to export hash results to a text file.
OpenHash is a desktop application for .NET which uses the "OpenSSL .NET" managed wrapper for OpenSSL from Frank Laub (also on SourceForge) to produce the cryptographic hash value for a string or any file using any of the hash functions from OpenSSL.
MUSASH provides a utility to digest text, file and a byte char. It also able to compare two files, compare file, text and char to a hash. It also allows user to search for a string that evaluates to a hash given. Supported algo: MD5, SHA1 and SHA2 family
KIside is a message digest computing and displaying tool. It computes and shows the hash code of any file as a string of hexadecimal numbers. KIside implements standard algorithms such as MD4, MD5, SHA1, SHA256, SHA384, SHA512, TIGER, RIPEMD160.