b01d3bb7cdd450166ea3ed1377467d4681af3cfb8b1b2aacd31cc4e0473a3af4
Algorithm | Hash | Decrypted |
---|---|---|
sha256 | b01d3bb7cdd450166ea3ed1377467d4681af3cfb8b1b2aacd31cc4e0473a3af4 | chutse |
chutse
Algorithm | Hash | Decrypted |
---|---|---|
md5 | ea5dab4db18a52076599fa05d69bc8da | chutse |
sha1 | 55a28e3731adec796317721f6f212535497e5fa0 | chutse |
sha384 | a02d1d4b0895162aaa29c040ca3a3a3fd44bd67361ed71950b3c9f7c7a33f97de42e1e577c50bb1b1bf39ee298f8b234 | chutse |
sha512 | 475cd687bd89a5614d93a1ddf1115bf5337e08b140047a0434dbb471c7f73aa4f12073b36c422eeb7015896ff8bc2d635f455c1e696b082bbbbcdd8544034ca8 | chutse |
With Hash Toolkit you can decrypt hashes into the original text. You also can generate hashes using different algorithms. Hashes are used for many applications like security, authentication and others.
A hash, or hash function is a function that can be used to convert data of any size to a much smaller size. It's like a fingerprint of the data.
The result of a hash function are called hash code, digest, hash value or simply hash.
If the data changes just a little bit, the resulting hash will change completely.
Until now it was very difficult to reconstruct data just from the hash value. Hash Toolkit has built a giant database of precomputed inputs and their corresponding hashes.
With that database it is possible to reverse / decrypt / reconstruct a hash into it's initial form in super fast way.
More information can be found in here: Hash function.
In cryptography, a hash function is a algorithm that is mapping data of any size to a string of a fixed size. The input is called message or simply input string. The fixed-size string function output is known as the hash or the message digest. Hash functions used in cryptography have the following key properties:
We support md5 hash, sha1 hash, sha256 hash, sha384 hash, sha512 hash and many more. Hash Toolkit is adding new hash types regularly.