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File: 071712_1553_WiFiHacking2[1].png (70KB, 616x372px) Image search:
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![071712_1553_WiFiHacking2[1].png](https://i.imgur.com/uQZhuAH.png "071712 1553 WiFiHacking2[1]")
70KB, 616x372px
Can you crack this? It decrypts plain text word/words, no one-way hashes used.
31 30 35 20 31 32 31 20 31 30 31 20 36 38
20 37 30 20 37 31 20 35 34 20 31 31 39 20
31 31 34 20 37 34 20 37 35 20 36 35 20 31
32 32 20 31 30 36 20 35 33 20 31 30 38 20
31 30 31 20 37 33 20 31 31 36 20 31 31 32
20 39 30 20 31 31 34 20 31 31 31 20 38 32
20 38 34 20 31 31 31 20 31 31 30 20 38 39
20 31 31 35 20 35 37 20 31 30 39 20 36 36
20 35 38 20 35 38 20 34 39 20 35 30 20 35
31 20 35 32 20 35 33 20 35 34 20 00 00 00
>>
>>58795930
20 = space
30 = 0
31 = 1
etc...
>>
iyeDFG6wrJKAzj5leItpZroRTonYs9mB::123456
>>
>>58796947
How can that be converted further into word or words?
Hx into ascii is logical
>>
>>58795930
easily
>>
OP, are you still here?
>>
ASCII Hex -> Plaintext:
105 121 101 68 70 71 54 119 114 74 75 65 122 106 53 108 101 73 116 112 90 114 111 82 84 111 110 89 115 57 109 66 58 58 49 50 51 52 53 54 \0\0\0
Plaintext interpreted as decimal representations of ascii codepoints -> decrypted:
iyeDFG6wrJKAzj5leItpZroRTonYs9mB::123456
Using base 64 decoding, the part of this before the :: looks as follows when converted to Hex (with spaces added in to logically separate it):
8B 27 83 14 6E B0 AC 92 80 CE 3E 65 78 8B 69 66 BA 11 4E 89 D8 B3 D9 81
This seems to be a dead end, but it's possible that the binary representation here is encrypted using some sort of common symmetric encryption method, with 123456 as the key.
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