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[7:55:14 PM] Hugh Wotmeigh: So uh [7:55:17 PM] Hugh Wotmeigh: My street is weird [7:55:24 PM] Hugh Wotmeigh: Today a truck rolled up [7:55:41 PM] Hugh Wotmeigh: And it dumped an entire shipping container worth of step ladders on some Asian couple's lawn [7:55:44 PM] Hugh Wotmeigh: Then drove off

[11:37:18 AM] Ben24x7: A friend took a recording of me saying “If I may, I’m going to fiddle diddle with my fiddle for two hours until a good song comes on” [11:37:42 AM] Ben24x7: He replaced “fiddle” with an unmentionable word, then he proceeded to that video version [11:38:17 AM] Hugh Wotmeigh: Was the word "c***"? [11:38:20 AM] Hugh Wotmeigh: "Diddle"? [11:38:31 AM] Ben24x7: Do you want to see for yourself, because I wouldn’t recommend it [11:38:33 AM] Hugh Wotmeigh: "Arsehole"? [11:38:37 AM] Hugh Wotmeigh: I got it! [11:38:43 AM] Ben24x7: No you didn't [11:38:44 AM] Hugh Wotmeigh: "WANKER" [11:38:48 AM] Ben24x7: Nope [11:38:48 AM] Hugh Wotmeigh: Goddam [11:38:54 AM] Hugh Wotmeigh: Welp, f**** it [11:39:01 AM] Hugh Wotmeigh: Gonna let this song end [11:39:05 AM] Hugh Wotmeigh: And then to sleep I go

I've looked a bit more into this too, I can confirm that your sequence for 0x8000 bytes works for multiple files (for blocks of that size), and even better - the sequence seems solely dependent on the block size! For example for block sizes of 33 bytes, the following sequence works as a key (there are two files of 33 byte size which is how I can test it): 4D 6F AE AC 0A E6 CB 00 02 84 46 00 11 E6 2C ED CE 13 B5 44 F1 62 70 5C 9E 41 0A 28 0E C2 DC E4 D7 Now the question is how to derive this key from the block size - could it be an LCG with the block size as seed? I'll try and run some tests when I get the time. Update : it doesn't look like an LCG - plotting the values as triplets in 3d space doesn't reveal any patterns. I also checked the keys of a 32 and 33 byte chunk, hoping that there might be an obvious connection (since the seeds are off by one) - I couldn't see one: 32 byte key : 2f 61 17 d9 57 57 67 01 4b 11 63 c1 61 97 42 de 75 29 c9 a4 9e 8e 5c 7f 87 ee fa 22 0b 16 55 a9 33 byte key : 4d 6f ae ac 0a e6 cb 00 02 84 46 00 11 e6 2c ed ce 13 b5 44 f1 62 70 5c 9e 41 0a 28 0e c2 dc e4 d7 (I did spot the 57 57 in the 32 byte key - probably not significant but you never know)

[19:48:17] jamesster: it's like a sim in a hael storm costume is attempting to seduce me

I looked a bit more into this and here are my current results (not the complete research way): It looks like that the files are encrypted in blocks of the size 0x8000. If a block is full, the encryption key seems to be the following (XOR). Here are only the first 20 bytes of the 32768 bytes: 19 4d 07 6a 08 48 d7 6a 53 3c 59 05 06 4c a2 07 8e a7 7a b5 ... If a block is not full it seem to be different every time. Maybe it depends on the size of the block. I have no access to blocks (files) that have the same size, so I can not cross check. In the samples that were provided by jamsster (thanks again) are only different sizes. [request]It could be helpful, if someone could upload a few more examples.[/request]

[7:25:09 PM] Alcom Isst: JAMESSTER [7:25:29 PM] Alcom Isst: THERE IS SALIVA IN MY LUNG BREATHING HOLE. [7:25:37 PM] Alcom Isst: IT IS ALL YOUR FAULT.

I made this thread for comics, that don't belong into the Insane Raiders theme and the main themes are going to be Lego or RRU. "Passports? Passports" is based on the passport spambots, that sometimes occur on RRU.