TIGER160,4 Hash Generator

Generate Hash

Hash available

MD2 Hash, MD4 Hash, MD5 Hash, SHA1 Hash, SHA224 Hash, SHA256 Hash, SHA384 Hash, SHA512/224 Hash, SHA512/256 Hash, SHA512 Hash, SHA3-224 Hash, SHA3-256 Hash, SHA3-384 Hash, SHA3-512 Hash, RIPEMD128 Hash, RIPEMD160 Hash, RIPEMD256 Hash, RIPEMD320 Hash, WHIRLPOOL Hash, TIGER128,3 Hash, TIGER160,3 Hash, TIGER192,3 Hash, TIGER128,4 Hash, TIGER160,4 Hash, TIGER192,4 Hash, SNEFRU Hash, SNEFRU256 Hash, GOST Hash, GOST-CRYPTO Hash, ADLER32 Hash, CRC32 Hash, CRC32B Hash, CRC32C Hash, FNV132 Hash, FNV1A32 Hash, FNV164 Hash, FNV1A64 Hash, JOAAT Hash, HAVAL128,3 Hash, HAVAL160,3 Hash, HAVAL192,3 Hash, HAVAL224,3 Hash, HAVAL256,3 Hash, HAVAL128,4 Hash, HAVAL160,4 Hash, HAVAL192,4 Hash, HAVAL224,4 Hash, HAVAL256,4 Hash, HAVAL128,5 Hash, HAVAL160,5 Hash, HAVAL192,5 Hash, HAVAL224,5 Hash, HAVAL256,5 Hash,

What is TIGER160,4 hash?

TIGER160,4 is a cryptographic hash function that was designed to be fast and secure. It produces a fixed-size output, known as a "hash value", from a variable-size input, such as a message or a file.

The TIGER160,4 hash function works by taking the input data and running it through a series of mathematical operations, resulting in a hash value that is unique to the input data. This hash value can then be used to verify the integrity of the data, as any changes to the input data will result in a different hash value.

Where TIGER160,4 is used for?

One of the key features of TIGER160,4 is its high collision resistance, meaning that it is unlikely that two different inputs will produce the same hash value. This makes it well-suited for use in applications where data integrity is important, such as in digital signatures and secure communication protocols.

Is TIGER160,4 Secure?

TIGER160,4 is no longer considered a secure hash function, as it has been shown to be vulnerable to collision attacks. As a result, it is not recommended for use in new applications. Instead, newer and more secure hash functions, such as SHA-3, should be used.