A JavaScript/TypeScript implementation of the complete Secure Hash Standard (SHA) family (SHA-1, SHA-224/256/384/512, SHA3-224/256/384/512, SHAKE128/256, cSHAKE128/256, and KMAC128/256) with HMAC.

SHA1, SHA2, SHA3, BLAKE2 and BLAKE3 functions written in pure Lua and optimized for speed

C++ implementation of SHA-3 hash.

A C# port of the TripleSec encryption scheme created by Chris Coyne, Maxwell Krohn, and Filippo Valsorda

Hash Cracker, MD5 database & Brute Force Tools

Hashing application

Hosting the images with multiply uploads, checking of checksum, lossless optimization.

Compile-time Evaluable SHA3: Permutation-Based Hash and Extendable-Output Functions

NEON ARMv8 SHA3_2x: 2 times SHA3 or SHAKE128/256 in 01 call. Use In Post-Quantum Cryptography Submission

SYCL accelerated Binary Merklization using SHA1, SHA2 & SHA3

A pure managed C# implementation of well-known cryptographic hash functions such as SHA-family (SHA0, SHA1, SHA2, SHA3), MD-family (MD2, MD4, MD5), RIPEMD, Tiger, Haval, Snefru.

A simple file checksum for windows, support SHA-1, SHA-256, SHA-512, Blake2b, SHA-3

Python Script for Hash Cracking

A CNG implementation of new encryption algorithms

a bookmarklet, a universal password generator by one master password

Pure Java implementation of EdDSA-SHA3 (ref10 https://github.com/hyperledger/iroha-ed25519)

A Cryptography GUI App made as a pet project using Python standard libraries. To be used to encrypt text and small binary files. Uses standard AES-256-PBKDF2_SHA2 with random salts and iv. On top of which a Shift Cipher is used to completely obfuscate the AES-Output. Shift Ciphers are likely unbreakable if underlying text is random.

Encrypt and decrypt whatever you want using multiple encryption algorithms.

EasyHash é um programa feito para obter hash de arquivos de forma simples e fácil, bastando apenas alguns cliques para realizar tal operação. Desenvolvido utilizando a linguagem Python

Hashes in different formats: BIP39 mnemonic, RFC1751 mnemonic, hexadecimal, Base64, Base62, Base58Check.