What's new
Version 1.5 now includes a 10 hex key analyzer (10hex.html) than can perform in-depth statistical analysis of known valids, faster piping speed and more keyspace reducing rules.
What is it?
This is a small program written in C++ that will output all possible combinations of 10 hex digits while skipping over certain combinations it believes to be invalid.
Only combinations which meet these criteria will be printed:
• must contain 6-9 unique characters (can be expanded to 5-9 with the -5minuniques option)
• must contain 4-8 numbers
• must contain 2-6 letters
• no 3 consecutive chars are sequential or reverse sequential (<10% occurrence rate)
• no 3 consecutive chars are identical (<3% occurrence rate)
• each character cannot appear more than 3 times (<5% occurrence rate)
• the total difference between all chars cannot be less than 19 or greater than 79
Character 2 Traits
• c2 is not equal to c1 (eliminates 68,719,476,736 combinations) (<1% occurrence rate)
• c2 is not -15 to c1 (eliminates 4,294,967,296 combinations)
• c2 is not -14 to c1 (eliminates 8,589,934,592 combinations)
Character 3 Traits
• c2 and c3 and c10 are not identical
• c3 is not -15 to c2 (eliminates 4,294,967,296 combinations)
• c3 is not -13 to c2 (eliminates 12,884,901,888 combinations)
• c3 is not +15 to c2 (eliminates 4,294,967,296 combinations)
• c3 is not -15 to c1 (eliminates 4,294,967,296 combinations)
• c3 is not -14 to c1 (eliminates 8,589,934,592 combinations)
• c3 is not -13 to c1 (eliminates 12,884,901,888 combinations)
• c3 is not +13 to c1 (eliminates 12,884,901,888 combinations)
Character 4 Traits
• when c1 equals c3, c4 is not equal to c2 (eliminates 4,294,967,296 combinations)
• when c1 equals c3, c4 is not +1 to c2 (eliminates 4,026,531,840 combinations)
• when c1 equals c3, c4 is not equal to c3 (eliminates 4,294,967,296 combinations)
• c4 is not -15 to c3 (eliminates 4,294,967,296 combinations)
• c4 is not -14 to c3 (eliminates 8,589,934,592 combinations)
• c4 is not +14 to c3 (eliminates 8,589,934,592 combinations)
• c4 is not +15 to c3 (eliminates 4,294,967,296 combinations)
• c4 is not +13 to c2 (eliminates 12,884,901,888 combinations)
• c4 is not +14 to c2 (eliminates 8,589,934,592 combinations)
• c4 is not +15 to c2 (eliminates 4,294,967,296 combinations)
• c4 is not -15 to c1 (eliminates 4,294,967,296 combinations)
• c4 is not -14 to c1 (eliminates 8,589,934,592 combinations)
• c4 is not -13 to c1 (eliminates 12,884,901,888 combinations)
• c4 is not +14 to c1 (eliminates 8,589,934,592 combinations)
• c4 is not +15 to c1 (eliminates 4,294,967,296 combinations)
Character 5 Traits
• c5 is not +15 to c4
• c5 is not -15 to c3
• c5 is not +14 to c3
• c5 is not +15 to c3
• c5 is not -15 to c2
• c5 is not +13 to c2
• c5 is not +14 to c2
• c5 is not +15 to c2
• c5 is not -13 to c1
• c5 is not +13 to c1
• c5 is not +14 to c1
Character 6 Traits
• when c3 equals c5, c4 does not equal c6
• c6 is not -15 to c5
• c6 is not -14 to c5
• c6 is not -13 to c5
• c6 is not +14 to c5
• c6 is not +15 to c5
• c6 is not -15 to c4
• c6 is not -14 to c4
• c6 is not -13 to c4
• c6 is not +14 to c4
• c6 is not -15 to c3
• c6 is not -14 to c3
• c6 is not -13 to c3
• c6 is not +15 to c3
• c6 is not -14 to c2
• c6 is not +13 to c2
• c6 is not +14 to c2
• c6 is not -15 to c1
• c6 is not -14 to c1
Without keyspace reducing rules there are 1,099,511,627,776 (16^10) combinations in the keyspace (~13,194 GB in wordlist form).
Applying these rules brings it down to 564,561,702,612 combinations or 51.3% of the original keyspace (~6,775 GB in wordlist form).
Using the -risky parameter will bring it down even further to 367,647,332,933 or 33.4% of the keyspace (~4,412 GB in wordlist form) but with a slightly decreased chance of success.
If -no01 is used...
-without any rules there would be 289,254,654,976 (14^10) combinations (~3,471.06 GB)
-using the default rules reduces it to 183,780,015,460 combinations (or 63.5% of the keyspace) (~2,205.36 GB)
-using the -risky parameter reduces it to 134,081,483,174 combinations (or 46.3% of the keyspace) (~1,608.98 GB)
To compile on Windows (requires the Windows 7 SDK):
cl /EHsc 10hex.cpp
To compile on Linux:
g++ 10hex.cpp -o10hex
##Example usage:
10hex | oclHashcat64 -m 2500 CAP.hccap
pipes its output into oclHashcat (AMD)
10hex | cudaHashcat64 -m 2500 CAP.hccap
pipes its output into cudaHashcat (NVIDIA)
10hex | aircrack-ng -w - CAP.cap -e SSID
pipes its output into aircrack-ng
./10hex | pyrit -r CAP.cap -i- attack_passthrough
pipes its output into pyrit
You can optionally specify any of these parameters to further refine your output.
-risky
Offers significant time savings but with a higher risk of failure by using tighter differentials (the total distance between characters).
-evenonly
Will only output even numbers.
-oddonly
Will only output odd numbers.
-random
Will randomize its output while still maintaining rules.
-lower
Forces all output to be lowercase (this is the default).
-upper
Forces all output to be uppercase.
-len8
Only outputs 8-length hex digits.
-len9
Only outputs 9-length hex digits.
-no0
Ignores all combinations which have a 0 in them.
-no1
Ignores all combinations which have a 1 in them.
-no01
Ignores all combinations which have a 0 or a 1 in them.
-Xuniques
Only outputs combinations which have X unique characters in them (typically 6, 7, 8 or 9).
-Xminuniques
Only outputs combinations which have a minimum of X unique characters in them.
-startswithX
Only outputs combinations which start with X (can be 0-F).
-start X
Start on combination X (i.e. -start 100 will start on combo 100).
-stop X
Stop on combination X (i.e. -stop 200 will stop on combo 200).