Sven
March 18th, 2001, 07:52
I've got a dongle protected program that I copied from work and I'm trying to get it to work dongle-less at home, but as I'm only an electronic engineer the only thing I can do is look at the data between the dongle and PC and use a RISC chip to search for a command from the PC and give the right responses.
This is NOT working at all.
The dongle appears to NOT give standard responses to standard questions, but to perform some mathmatical operation on the the data sent from the PC then send it back.
I've tried to use the standard reverse engineering "giant karnough map" method but I'm either missing something or it's too complex for me to solve, However it may use standard responses that my crappy little logic analyser is missing (again), so if anyone could help me I'll e-mail them the program (a set of 2 individual programs with a common interface) for them to have a look at.
ANY help will be gladly appriciated, thankyou.
(I know some assembly from using RISC processors so I thought I could have a go at codemangling myself however Borg gives me the most ammount of decompiled code I have ever seen in my life and I don't reconise 99% of the resisters called so *lol* to that)
This is NOT working at all.
The dongle appears to NOT give standard responses to standard questions, but to perform some mathmatical operation on the the data sent from the PC then send it back.
I've tried to use the standard reverse engineering "giant karnough map" method but I'm either missing something or it's too complex for me to solve, However it may use standard responses that my crappy little logic analyser is missing (again), so if anyone could help me I'll e-mail them the program (a set of 2 individual programs with a common interface) for them to have a look at.
ANY help will be gladly appriciated, thankyou.
(I know some assembly from using RISC processors so I thought I could have a go at codemangling myself however Borg gives me the most ammount of decompiled code I have ever seen in my life and I don't reconise 99% of the resisters called so *lol* to that)