98143ae894411398624929e50843a9b5423e7fa5
Algorithm | Hash | Decrypted |
---|---|---|
sha1 | 98143ae894411398624929e50843a9b5423e7fa5 | kaksee |
kaksee
Algorithm | Hash | Decrypted |
---|---|---|
md5 | ae976b85f272e6a40b7b0ef710b76f8a | kaksee |
sha256 | 21074148b48f6db007e17cff076c6545b9fc9d47dc615088c391615275d6611e | kaksee |
sha384 | b20f95a86607729a649028bb19e7b3bf6fad48fb07bade52f7a3f0f0fccbfe900e61f19a3a4088cb69cc099b0b77eeb4 | kaksee |
sha512 | e9ad9d04e87be7eca7285b7e359303e3d13894216496c60dbd9010685ae688cb0254fdff3a393fb305e2af34864dc979c2c44ba81749a837ea04f8c100e350c0 | kaksee |
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.