(As it seems like no one did this before... I tried to )

One of the coolest things from OpenOffice (IMHO) is it's huge spell checking database, available for 92 languages. It contains not only the "most popular" words, but also some "mutation rules", which describe the generic "word formation" algorithm for each language. This opens great possibilities for a dictionary attack.

So, all I did was picking an "All Language Pack" from OpenOffice.org, and expanding it (i.e. using the affix rules to generate a list of all recognized words of a dictionary) with the unmunch utility from the Hunspell. As unmunch behaved a bit... weirdly with some .aff files (namely: ar, eu_ES, gl_ES, he_IL, hu_HU, lt_LT, mn_MN, qu_BO, se), I had to use the non-expanded .dic instead. This generated a set of lists with 127,153,335 unique words, which summed up into 1,932.2 MB.

And finally, here it is, for all your security testing purposes, packed with 7-Zip into a 167.3 MB file:

• The Pirate Bay (torrent)
• Mininova (torrent)

Theory

Recently, the world saw The Pirate Bay offering SSL encryption on their server. This means that your ISP won't know anymore which torrent you are downloading, right? Wrong.
HTTPS is quite useless for protecting static and public content. By static, I do mean the .torrent file itself. It is always the same. By public, I do mean than one doesn't need any kind of authentication to pick up the content. It's always the same, for everyone. For crawlers, too.
So, one could easily index (a portion of) The Pirate Bay torrent database by the Content-Length. Then, one could intercept some encrypted traffic between some machine(s) within his/her network and the torrents.thepiratebay.org server. Knowing both (encrypted) request and response lengths, it is possible to get a quite reliable list of matches from the previously indexed torrent list.

Practice

Don't try this at work, or you might hurt yourself

1. Use Wireshark to capture some torrent downloads. Torrents are hosted on a separate server, which makes the task easier yet. Just use the following capture filter: "tcp and port 443 and host torrents.thepiratebay.org"
2. Now, just go with the stream ("Follow TCP Stream" for the packet you suspect belongs to the torrent download. This will create another filter, just like "(ip.addr eq 192.168.0.10 and ip.addr eq 83.140.176.156) and (tcp.port eq 2157 and tcp.port eq 443)")
3. Just save the displayed stream anywhere else (pcap1.pcap sounds nice)
4. Now, use my quick&dirty TPB-TLSlen.pl Perl script to get the request/response lengths:

   perl TPB-TLSlen.pl pcap1.pcap

   Yeah, I know, it is nasty. It only supports the TLS cypher. And it simply calls the tshark (the command line version of Wireshark) to parse it's output.
5. Now, just paste the REQ and RES values below
   (note that the REQ value is optional, setting it to 0 simply ignores the request size for matching)

Precision

The following size distribution chart was generated using the database with ~165K torrents:

GET /4319199/[a4e]Ghost_in_the_Shell_TV_01-26.4319199.TPB.torrent?nVM2UGfcG533un4ym70eT2
9r0WwBLYdmFCNN+UTV/hiJ7EAXdFU5KfdWHpkB5lXaCmITsACKOPVyjmpbaOB+CrI5 HTTP/1.1
Host: torrents.thepiratebay.org
User-Agent: Mozilla/5.0 (Windows; U; Windows NT 5.1; en-US; rv:1.9.0.1) Gecko/2008070208
 Firefox/3.0.1
Accept: text/html,application/xhtml+xml,application/xml;q=0.9,*/*;q=0.8
Accept-Language: en-us,en;q=0.5
Accept-Encoding: gzip,deflate
Accept-Charset: ISO-8859-1,utf-8;q=0.7,*;q=0.7
Keep-Alive: 300
Connection: keep-alive
Referer: https://thepiratebay.org/recent
Cookie: language=pt_BR; country=BR; PHPSESSID=ad6cb7e414c8dc88e0c2444f6215165a

HTTP/1.1 200 OK
Content-Type: application/x-bittorrent
Etag: "2198642509"
Last-Modified: Mon, 28 Jul 2008 22:28:59 GMT
Server: lighttpd
Content-Length: 91601
Date: Mon, 28 Jul 2008 22:37:56 GMT
X-Varnish: 108010229 107999438
Age: 253
Via: 1.1 varnish
Connection: keep-alive
Set-Cookie: p=68eOfxOC7JwBYcMe1RJWC4Z5PV/lJzqJORW8KROPMH9zQhszSjFnRp2tsNWEoyabWAloneUaoz
MxYtx4hoM9MZUKE/7wGzC3ZKLEZdppG4og3W; expires=Mon, 28-Jul-2008 22:37:56 GMT; path=/;
 domain=torrents.thepiratebay.org

(binary torrent data)

Solution

1. Use a constant padding in the .torrent files. This messes things a bit, but stills ineffective. The only advantage is not messing up with the server
2. Patch the lighttpd server so it sends a non-lasting cookie with a random size.

Thanks

• MEGA Hospedagem, for the network resources provided for this tiny research
• http://www.warchalking.com.br/, for the inspiration

What to do if you want to pass some data into STDIN of some process, and it doesn't accepts it?! One of the most (un)famous example is ssh; who never tried to do a "echo password | ssh host"?! So, you just want to inject characters as there were someone typing them. Remember: TIOCSTI ioctl() call is your friend
Just google it to see what it does. And now, some actually working code:

#!/usr/bin/perl -w
use strict;
use Fcntl;
use constant TIOCSTI => 0x5412;

unless (@ARGV >= 1) {
 print "usage: $0 [vt] <input>\n";
 exit;
}

my $vt = shift @ARGV;
my $buf = join '', <>;
&writevt ($vt, $buf) || die "can't write to $vt: $!\n";
exit;


sub writevt {
 my ($vt, $buf) = @_;
 sysopen (VT, $vt, O_RDONLY) || return 0;
 for (my $i = 0; $i < length $buf; $i++) {
 ioctl (VT, TIOCSTI, substr ($buf, $i, 1)) || return 0;
 }
 close (VT) || return 0;
 return 1;
} 

And this is how it works (Linux-specific!!!):

[stas@home stas]$ echo id | ./catvt.pl /dev/pts/0
id
[stas@home stas]$ id
uid=?????(stas) gid=?????(stas) groups=?????(stas)

Kinda awesome

This is a tiny and highly experimental HTTP/1.0 proxy software that I have written to debug HTTP protocol & it's clients. It is very small and simple, yet useful to reverse-engineering purposes. It's interface is quite obvious. The Server frame controls the IP, port and connection limit of the proxy server. It also shows how many connections are active at moment. The Data Traffic frame shows in/out packets & bytes. Service frame allows you to stop, start and quit the proxy. These are the very minimalist controls for the very minimalist proxy server.

The interesting stuff begins at the Plugin frame. All the packet passed through this proxy server are forwarded to the selectable plugin module. By default, it is logger.dll. It simply saves every single packet into separate file, which uses the following name scheme: from_IP.from_port-to_IP.to_port.log (for example, 127.0.0.1.4322-127.0.0.1.21.log). The files can be ordered by their modification date in your file explorer, so you can track the entire session:

The logger.dll can be set up to include a sequence counter at the beginning of each packet and to output saved packets into some specific directory:

Plugin module is also capable of injecting packets. Load the replicator.dll file and check the setup screen:

When you click the Capture button and then make some action in your proxied web client, the replicator plugin will prompt you if it got a corresponding packet. This packet may be resent automatically, at the period specified in the Period box. You can capture & replicate several packets, and manipulate their resend period. A very interesting application of the replicator plugin is to flood web chats and to spin up web counters. Of course, the right way is to use logger.dll and to make a clone that imitates the "real" web client.

The final note: this is, and always will be, an alpha-state code. I do not develop this proxy application anymore. It is useful to me the way it is. But you can grab the source and make a whatever plugin you like, or even rewrite the code entirely. I don't care. Just give me the proper credits!

inPEct means "infect", applicable to PE ("Portable Executable") format. It is an executable binder, thus, it's able to join two .exe files in one. Now, why should anyone want to do that, is a question apart (screenshot is self-explanatory
At the time I've wrote inPEct, most executable binders were similar to SFX ("Self-Extract") stubs: they simply extracted their content to somewhere (commonly %TEMP% directory). inPEct is a bit different, as it expands the host executable and encrypts & inserts the hosted executable inside it. When someone executes the bound application, the host executable runs normally, and the hosted executable is extracted and then executed. inPEct also has a feature to execute the hosted executable only once ('smart feature'): if the bound program is executed by user again, hosted file won't be extracted anymore. And inPEct is very fast and small, as  it's written entirely in pure assembler (in fact, inPEct's loader has only 800 bytes!). It's encryption algorithm is very cheap, but still uses a random seed. Thus, I expect that inPEct is more stealthy than similar binders.
Please note that almost every AntiVirus program detects and quarantines inPEct (and files produced by it)! This shows it's popularity in the past, I guess

But today it's useful mostly as a pure assembler programming example... And for AntiVirus research, as this paper actually shows.

• Convert from ACF (aircraft) & WPN (weapon) formats to TXT format and vice-versa.
  
• Extract AC3D model from TXT file, along with wings and propellers (using the real airfoils!).
• Import AC3D model into TXT file (fuselage, nacelles, wheel fairings & external fuel tanks only)
  

##############################################################################
[ACFTools v0.62a] Set of tools to play with ACF files outside of Plane-Maker
Perl script and modules coded by Stanislaw Pusep 
Site of this and another X-Plane projects of mine: http://xplane.sysd.org/

Allows you to:
 * export X-Plane (www.x-plane.com) aircraft data files to human-editable
   plaintext format and 3D mesh editable in AC3D modeler (www.ac3d.org).
 * import plaintext/3D mesh back to ACF file.
##############################################################################

Usage: acftools.exe  [parameters]
 o Commands:
	-extract [DEF]	: extract TXT from ACF (opt: using DEF definition)
        -generate       : generate ACF from TXT
        -merge          : merge body from AC3D file to TXT
 o Parameters:
        -acffile FILE   : name of ACF file to process
        -txtfile FILE   : name of TXT file to process
        -ac3dfile FILE  : name of AC3D file to process
        -noorder        : DO NOT sort vertices while merging bodies
        -noac3d         : DO NOT generate AC3D
        -(min|max)body N: write all bodies in specified range to AC3D
        -force LIST     : force extraction of bodies LIST (comma-separated N)
        -normalize N    : normalize wings to N vert/surface (N>=2 or no wings!)
 o Notes:
        * You can use abbreviations of commands/parameters (-gen or even -g
          instead of -generate).
        * The only required parameter for "extract" command is -acffile.
          Both -txtfile and -ac3dfile are derivated from it.
        * "generate" command and -txtfile has the same relation.
        * By default "extract" uses the latest DEF file.
        * "generate" doesn't need DEF at all (it is implicit in TXT)
        * If file to be created already exists backup is made automatically.
 o Examples:
        acftools.exe --extract=ACF700 --acffile="F-22 Raptor.acf"
        (extract 'F-22 Raptor.txt' from 'F-22 Raptor.acf')

        acftools.exe -e -acf "F-22 Raptor.acf"
        (same as above)

        acftools.exe -me -ac3d ladar.ac -txt "F-22 Raptor.txt"
        (merge *single* 3D body from 'ladar.ac' to 'F-22 Raptor.txt')

        acftools.exe -g -txt "F-22 Raptor.txt"
        (reverse operation; generate 'F-22 Raptor.acf' from 'F-22 Raptor.txt')

E1L2 near the dark room elevator: enhanced brightness

• Omniscience. You can peek at your opponents screen (using "Coop View", which now works even in the deathmatch mode!), and hear the sounds they make (you may hear them scream when hit at the long distances). You are able to see in darkness all the time, without using the night vision goggles, and without that ugly green screen tinting. You'll know when your opponent drops a holoduke, so you won't waste your ammo with it. And finally, you won't see that confusing steroids trail anymore!
  
• Aim bot features. Aim bot (which can be turned off!) will track the closest visible opponent automatically. If you're close enough to your opponent, aim bot will also try to kick him while shooting. And it will auto-activate med kit when you get shot! Another cool feature associated to the aim bot is the auto-jetpack. Jump from a high place, and jetpack will be activated automatically when you're close to the ground.
• Practical enhancements. When you find a new weapon, game won't switch to it automatically. You will always see which weapon your opponent is using, without activating the "Weapon Mode". Demo viewer doesn't switches camera automatically anymore. And game doesn't prompts you with credit screens/animations when started or finished.
• DNCROZ during multiplayer?! Even this is possible in the cheater! The only problem is: both players should type it when the game is paused, or the "Out Of Sync" condition occurs. Other cheats that work in the multiplayer game are: DNSCOTTY###; DNCOORDS, DNVIEW; DNRATE; DNBETA; DNTODD; DNSHOWMAP; DNALLEN; DNDEBUG.
• ".ANM viewer". Just type DNENDING while playing, and the game skips right to the episode ending video

1. Unpack the DN3D1666.ZIP into your Duke3D installation directory, overwriting files.
2. Configure Duke3D. Run SETUP.EXE, and go to "Controller Setup", then "Choose Controller Type", and then select "Keyboard and External". After this, select "Setup External", "Change External Program Name", and type "DUKE3D.EXE" there. Now you can save config, but DON'T LAUNCH A GAME YET!!!
   (NOTE: it would be great if you disabled Turn_Left and Turn_Right keyboard bindings, although, if you don't plan to use "AutoAimSelfCalibrate" setting in DUKE3D.666 file or won't use Auto-Aim feature at all, you don't need to do this).
3. Now, edit the file DUKE3D.666. Open it in your favorite editor (EDIT.COM ), and you'll see that it's almost self-explanatory. Note that your mouse is now configured by this file, any SETUP settings will be ignored! Also note that default mouse settings for v1.666 imitates the default settings for the original Duke3D v1.5.
   

3fb2924c8fb8098dbc8260f69824e9c437d28c68  FC4-i386-disc1.iso
31fdc2d7a1f1709aa02c9ea5854015645bd69504  FC4-i386-disc2.iso
032455cdf457179916be3a739ca16add75b768b7  FC4-i386-disc3.iso
f560f26a32820143e8286afb188f7c36d905a735  FC4-i386-disc4.iso
736e1555e88740d6131c5c84fbe69ed1073ba82d  FC4-i386-rescuecd.iso

D:\_INSTALL_\stentz-binary-i386\FC4-i386-rescuecd.iso

expected:	736e1555e88740d6131c5c84fbe69ed1073ba82d
computed:	736e1555e88740d6131c5c84fbe69ed1073ba82d

SHA1 checksum OK!

Installation:

1. Unzip the "checksum.wcx" to the Total Commander or Windows Commander plugins directory
2. In Windows Commander 4.0 (or newer) or Total Commander, choose 'Configuration => Options'
3. Open the 'Packer' page
4. Click 'Configure packer extension WCXs'
5. Type md5 as the extension
6. Click 'New type', and select the "checksum.wcx" file
7. Click OK and then 'Configure packer extension WCXs'
8. Now type sha as the extension
9. Click 'New type', and select the "checksum.wcx" file again
10. Click OK
    

Usage:

(This section uses MD5 checksums as example; for SHA1 the procedure is the
same, just replace every "md5" you see by "sha" )

1. Generate MD5 checksum:
   1. Select files you wish to compute checksum.
   2. Then go to "Files => Pack".
   3. Select "md5" as packer.
   4. PLEASE NOTE THAT ARCHIVE PATH WILL BE IGNORED!!! ".md5" 'archive' is ALWAYS generated in current directory (where checked files are), and NOT in the opposite panel! The only exception is creating checksum of the files stored on CD-ROM media as there's no way to create files there.
   5. Press OK and check CURRENT directory for ".md5" list generated.
2. Verify MD5 checksum:
   1. Certify that ".md5" list is in it's right place (filenames listed in it should be relative to the current directory).
   2. Select it and do "Files => Test Archive(s)".
   3. If any file doesn't matches stored MD5 checksum then "CRC error" message box appears.
   4. If everything is clear Total Commander remains quiet.
3. Browse MD5 checksum list:
   1. Certify that ".md5" list is in it's right place (filenames listed in it should be relative to the current directory).
   2. Select it and enter it as it were a normal archive.
   3. If any file is present in the ".md5" list but wasn't found in the current directory then "?" is displayed instead of file date/time and size.
   4. PLEASE NOTE THAT FILES CAN NOT BE EXTRACTED TO YOUR DISK! ".md5" isn't an archive, it stores only the hash of the file.
   5. Select file you wish to check and press F3 (call Lister).
   6. Lister will show complete file name, expected checksum and generated checksum. If both checksum matches then the last line is "MD5 checksum OK!".

Installation:

1. Unzip rio.wfx & rio.cfg files to Total Commander directory
2. Choose "Configuration => Options => Operation => FS-Plugins"
3. Choose rio.wfx
4. Click OK.
5. You can now access the plugin in the "Network Neighborhood"
6. Open rio.cfg file and set the correct LPT port address (see below for more details)
   

Configuration:

# Assume that Rio is connected to LPT1
IOPort		0x378

# default
IODelayInit	20000
IODelayTx	100
IODelayRx	2

# "turbo" mode (UNSAFE!!!)
#IODelayInit	5000
#IODelayTx	1
#IODelayRx	1

Internet Explorer Mask'O'Matic v1.0 by Stas 
Grab yours at http://sysdlabs.hypermart.net/ 

Inspirated by some mad stuff by Lem0nHead
Based on Photoshop 'Hidden Image' Guide (http://www.atomicwienerdog.com/ot/)
made by Matt Kment & suggested to me by xfalmp


ERROR: please give us --visible


 * Usage: MaskOMatic.pl 
 * Options (note that you can use syntaxes like --vis= --hid -out -p):
 --visible filename of image normally seen (required)
 --hidden filename of image seen when selected in IE (required)
 --output filename to write out, format is selected automatically
 using suffix provided (required)
 --percentage float value between 0 & 100; how much of hidden appears
 (optional, defaults to 50%)
 --quality JPEG/MIFF/PNG compression level (optional, DON'T USE!)
 --contrast flag, internal contrast reduction (optional)
 --test filename to dump preview of selected image (optional)

 * Notes:
 # Visible & hidden images doesn't need to have same size, when size
 doesn't matches then hidden image is rescaled using Lanczos filter
 # A huge set of image formats is supported (JPG, GIF, PNG for example)
 but I strongly advice you to write output in loseless format *only*
 (BMP, PNG, TGA) and *then* fine-tune contrast/brightness & save
 compressed in your favourite image editor (like GIMP)

 * Example:
 MaskOMatic.pl --vis bush.jpg --hid death.jpg --out sublim.bmp

Alternatives:

• Hidden Image Photoshop tutorial
• Magic Image Generator C#/VS.NET2003 program (with source)