darkriku2000 said:
- Other OPs believe that he has the key
- He has stated that my program works (tested with the key)
- He has stated that the first bit is a 1
DSi Common Key Bruteforcer
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In that case my hopes are officially up
I can't wait for some big developments
But why did he just give the first bit, and did he say what he plans on doing with the key? Is he trying to decrypt the dsiware himself, or is he just looking for a dev that he trusts
I can't wait for some big developments
But why did he just give the first bit, and did he say what he plans on doing with the key? Is he trying to decrypt the dsiware himself, or is he just looking for a dev that he trusts
darkriku2000 said:
The first bit was given randomly on IRC, if I recall just in a teasing way. I don't believe he wishes to release the key at all, at least yet. He can decrypt WiiWare; once you have the key you can decrypt pretty much everything for the DSi.
How can you be sure he's not just messing with you? i.e. Tell you that the first bit is 1, but it's really not. So if everyone runs the brute forcer with "1" as the first bit, then it will never find the correct common key.WB3000 said:
Could be an effective "hey, look over there while I develop custom firmware" tactic.
Szyslak said:
Well, he gave it out at the same time he gave out what I have found to be intact decrypted DSi icons. The old, secure random mode is still present, so your not losing anything with this update.
Exactly. He either doesn't have it or he's just annoying us by not telling us it. I think we should keep running the bruteforcer until he releases proof.Szyslak said:
I just wanted to share that on my computer using the "first bit is 1" mode it would take "3168876462183953194870.035834516" years if the key was the last one guessed
And yes I did the calculations, so therefore, lets keep running the program, lol
And yes I did the calculations, so therefore, lets keep running the program, lol
I've updated the program again, you won't find any new modes, etc., however I added maybe a couple unnoticeable optimizations and a few other things...
Download: http://www.mediafire.com/?j0mozgkizyb
+ SHA-1 is now checked from TMD.
+ IV is now determined from TMD.
+ You can store the NUS content locally in the root of your drive, and it will be read their first.
+ A couple optimizations, try-catches, etc.
+ Fixed standard mode, however it still is not recommended.
Download: http://www.mediafire.com/?j0mozgkizyb
+ SHA-1 is now checked from TMD.
+ IV is now determined from TMD.
+ You can store the NUS content locally in the root of your drive, and it will be read their first.
+ A couple optimizations, try-catches, etc.
+ Fixed standard mode, however it still is not recommended.
+ SHA-1 is now checked from TMD.
SHA1 is a hashing method (hashes are supposedly unique numbers made from files), tmd stands for title meta data and you can think of it is a install helper. Here is the TMD for the wii, it is not the same for the DS but it gives the overall idea http://wiibrew.org/wiki/Title_metadata
+ IV is now determined from TMD.
IV = initialisation vector, it is a way of making sure no two identical files will produce the same encrypted file with the same encryption key by "starting" with a random number as it were.
+ You can store the NUS content locally in the root of your drive, and it will be read their first.
You no longer need to download the data every time you run it and instead can put it on the root of the drive (it would be something like c:\nameoffile.file )
+ A couple optimizations, try-catches, etc.
As it says it should be slightly tweaked for speed and/or stability, try catches: http://msdn.microsoft.com/en-us/library/0yd65esw.aspx
+ Fixed standard mode, however it still is not recommended.
Standard mode is every number from all 0's to all 1's although I suspect this means the few things we know about the key are now accounted for.
SHA1 is a hashing method (hashes are supposedly unique numbers made from files), tmd stands for title meta data and you can think of it is a install helper. Here is the TMD for the wii, it is not the same for the DS but it gives the overall idea http://wiibrew.org/wiki/Title_metadata
+ IV is now determined from TMD.
IV = initialisation vector, it is a way of making sure no two identical files will produce the same encrypted file with the same encryption key by "starting" with a random number as it were.
+ You can store the NUS content locally in the root of your drive, and it will be read their first.
You no longer need to download the data every time you run it and instead can put it on the root of the drive (it would be something like c:\nameoffile.file )
+ A couple optimizations, try-catches, etc.
As it says it should be slightly tweaked for speed and/or stability, try catches: http://msdn.microsoft.com/en-us/library/0yd65esw.aspx
+ Fixed standard mode, however it still is not recommended.
Standard mode is every number from all 0's to all 1's although I suspect this means the few things we know about the key are now accounted for.
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Like most people have said you should make it so that once and if it finds the key it saves it to a txt file on your desktop.
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