Decrypt this.

Depcrypt it:

Spoiler

001101010011000100110101001101010011010000110110001101000011011
10011010100110010001101000011010000110100001100010011011100110111001
1010001000101001101000011010000110101001100010011001100110000001101000
10001010011010000110100001101000100010100110100001101010011010001000101001101
00001101000011011001000010001100110011000000110100010001010011011001000010001101010
100000100110100001101100011010001000100001101000011010000110110001100110011001100110010001
101000100010000110101001101010011010100110101001100110011010000110101001100010011011001
00001000110100010001000011001100110100001101000100010100110011001111010000110100
0010100011000000110100001101010011011100111000001101010
0110010001101010011010100110100010001000011001101000100

List of encryptions:



sha512
sha384
sha256
sha1
md5
base64
hex
quoted
binary

decrypt from

binary
to

quoted print
to
hex
to
base64
to
md5
to
sha1
to
sha256
to
sha384
to
sha512

find the word and get a free cookie!

Uh… I must be missing something, because I'm pretty sure those are hash functions and thus can't be decrypted?

they can.

http://bit.ly/12x6Dto

use this for binary/hex:

http://www.wordsmuggler.com/

Oh aren't you cute with your little lmgtfy. Technically speaking, you're not decrypting them, you're using rainbow tables.

Oh…?

Mackan90096, on 14 May 2013 - 08:38 AM said:

Oh…?

A hash is designed to be one way. For example a SHA256 hash algorithm will turn a character sequence of any length into an alphanumeric string 64 characters long. The 'decryption' as you put it is, as D3matt stated, just simply a rainbow table lookup. A rainbow table is just a lookup table containing a list of words/sentences with their respective hash. As such this is why we use a SALT on data, adding a salt reduces the likeliness of the particular string being in a rainbow table, which means that they would have to bruteforce the hashed string.

Now for example, attempt to perform a rainbow table lookup on a website(s) of your choosing, and see what is returned… It is a SHA256 hash of some data with a random salt.
82bc6b72a835ca5139f4fd53a467ba98be310786f01f549123a8608ffafd4164

EDIT: Actually even try to crack the SALT that the above hash was made with (note the salt is a SHA256 hash of some random data)
a3d04b8cef05a469576ff4b0aac1a149db3740b35e6120556e9e39bfde6df482

Yes, hashes cannot actually be decrypted. These sites are just database lookups.
Another thing to add to OiginalBit's comment is that these 'decrypter' sites usually have sister sites that let your encrypt data.
When a user encrypts through it, the data is saved in their database which is used by the 'decrypter' site.

Oh… Well. Learning more 'bout computers.