Hash algorithms

BLAKE2b-256 is a fast modern digest from the BLAKE2 family.

Output

256 bits

Hex

64 chars

BLAKE2b-384 is a fast modern digest from the BLAKE2 family.

Output

384 bits

Hex

96 chars

BLAKE2b-512 is a fast modern digest from the BLAKE2 family.

Output

512 bits

Hex

128 chars

BLAKE2s-256 is a fast modern digest from the BLAKE2 family.

Output

256 bits

Hex

64 chars

BLAKE3-256 is a highly parallel modern digest with extensible output.

Output

256 bits

Hex

64 chars

BLAKE3-512 is a highly parallel modern digest with extensible output.

Output

512 bits

Hex

128 chars

GOST R 34.11-2012 (Streebog) is a standardized digest used in Russian cryptographic profiles.

Output

256 bits

Hex

64 chars

GOST R 34.11-94 (CryptoPro) remains useful for interoperability, but mainstream modern protocols generally prefer SHA-256, SHA-3, BLAKE2, or BLAKE3.

Output

256 bits

Hex

64 chars

Keccak-256 is the original Keccak padding variant and is not byte-for-byte interchangeable with standardized SHA-3.

Output

256 bits

Hex

64 chars

Keccak-512 is the original Keccak padding variant and is not byte-for-byte interchangeable with standardized SHA-3.

Output

512 bits

Hex

128 chars

LM is exposed only for compatibility with historical Windows authentication data.

Output

128 bits

Hex

32 chars

MD2 is retained for compatibility and legacy checksum verification, not for new security designs.

Output

128 bits

Hex

32 chars

MD4 is retained for compatibility and legacy checksum verification, not for new security designs.

Output

128 bits

Hex

32 chars

MD5 is retained for compatibility and legacy checksum verification, not for new security designs.

Output

128 bits

Hex

32 chars

NTLM is exposed only for compatibility with historical Windows authentication data.

Output

128 bits

Hex

32 chars

RIPEMD-128 remains useful for interoperability, but mainstream modern protocols generally prefer SHA-256, SHA-3, BLAKE2, or BLAKE3.

Output

128 bits

Hex

32 chars

RIPEMD-160 remains useful for interoperability, but mainstream modern protocols generally prefer SHA-256, SHA-3, BLAKE2, or BLAKE3.

Output

160 bits

Hex

40 chars

RIPEMD-256 remains useful for interoperability, but mainstream modern protocols generally prefer SHA-256, SHA-3, BLAKE2, or BLAKE3.

Output

256 bits

Hex

64 chars

RIPEMD-320 remains useful for interoperability, but mainstream modern protocols generally prefer SHA-256, SHA-3, BLAKE2, or BLAKE3.

Output

320 bits

Hex

80 chars

SHA-1 is widely interoperable but must not be used where collision resistance matters.

Output

160 bits

Hex

40 chars

SHA-224 is part of the widely deployed SHA-2 family.

Output

224 bits

Hex

56 chars

SHA-256 is part of the widely deployed SHA-2 family.

Output

256 bits

Hex

64 chars

SHA-384 is part of the widely deployed SHA-2 family.

Output

384 bits

Hex

96 chars

SHA-512 is part of the widely deployed SHA-2 family.

Output

512 bits

Hex

128 chars

SHA-512/224 is part of the widely deployed SHA-2 family.

Output

224 bits

Hex

56 chars

SHA-512/256 is part of the widely deployed SHA-2 family.

Output

256 bits

Hex

64 chars

SHA3-224 is a standardized SHA-3 digest based on Keccak.

Output

224 bits

Hex

56 chars

SHA3-256 is a standardized SHA-3 digest based on Keccak.

Output

256 bits

Hex

64 chars

SHA3-384 is a standardized SHA-3 digest based on Keccak.

Output

384 bits

Hex

96 chars

SHA3-512 is a standardized SHA-3 digest based on Keccak.

Output

512 bits

Hex

128 chars

Snefru-128 remains useful for interoperability, but mainstream modern protocols generally prefer SHA-256, SHA-3, BLAKE2, or BLAKE3.

Output

128 bits

Hex

32 chars

Snefru-256 remains useful for interoperability, but mainstream modern protocols generally prefer SHA-256, SHA-3, BLAKE2, or BLAKE3.

Output

256 bits

Hex

64 chars

Tiger/192 remains useful for interoperability, but mainstream modern protocols generally prefer SHA-256, SHA-3, BLAKE2, or BLAKE3.

Output

192 bits

Hex

48 chars

Tiger2/192 remains useful for interoperability, but mainstream modern protocols generally prefer SHA-256, SHA-3, BLAKE2, or BLAKE3.

Output

192 bits

Hex

48 chars

Whirlpool remains useful for interoperability, but mainstream modern protocols generally prefer SHA-256, SHA-3, BLAKE2, or BLAKE3.

Output

512 bits

Hex

128 chars