Cryptographic

Legacy MD5 hash - deprecated for security, use SHA-256 or BLAKE2 instead for any security needs

Deprecated SHA-1 hash - cryptographically broken, use SHA-256 or SHA-3 for secure applications

European RIPEMD-160 cryptographic hash - alternative to SHA-1 for digital signatures

Original Keccak-224 hash - foundation of SHA-3 standard for Ethereum and blockchain

Keccak-256 hash algorithm used in Ethereum blockchain and cryptocurrency security

High-security Keccak-384 cryptographic hash for advanced digital security applications

Maximum-security Keccak-512 hash for large-scale data integrity and encryption

Legacy BLAKE-224 hash - predecessor to BLAKE2, use BLAKE2b or BLAKE3 for new applications

Legacy BLAKE-256 hash - original SHA-3 finalist, prefer BLAKE2s or BLAKE3 for modern use

Legacy BLAKE-384 hash - older standard, upgrade to BLAKE2b or BLAKE3 for better performance

Legacy BLAKE-512 hash - SHA-3 finalist, replaced by faster BLAKE2b and BLAKE3 algorithms

Hash Algorithm Standard 160-bit

Russian GOST R 34.11-2012 cryptographic hash - government standard for Russian Federation

Russian Streebog hash function - modern Russian cryptographic standard for digital signatures

Obsolete MD2 hash - cryptographically broken, avoid for any security-critical applications

Deprecated MD4 hash - vulnerable to collision attacks, use SHA-256 or stronger alternatives