| nice and easy
Another pw: $viM |
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| since the password is in plain text, Xor encryption is pointless |
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| Why do people post solutions that are obviously wrong? It would have been easy to check them...
Congratz potichek, your solution is correct ;-) |
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| Really, really easy...
Come on, you could do better. |
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| Real nice crackme with some obfuscation and anti-debugging. Had fun making a keygen |
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| Very nice one. Had a lot of fun. Made a little keygen... |
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| Very easy. I don't think the behavior was planned that way.
Probably used "=" instead of "+=" by mistake. |
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| extremely easy |
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| Very easy. Just some simple math... |
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| nice challenge. Wrote a little keygen
474-616889418
124-324579122 |
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| Nice and straightforward crackme. Wrote a little keygen |
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| Very nice one. I'm glad robot is happy now ;-) |
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| Nice one. Some xor-fun. |
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| Nice crackme. Very easy. |
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| Oh damn, forget it. It's not a duplicate. Somehow my files are messed up |
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| lol, this is a copy of "find a real key" by f0rizen...
Better learn to code, and create your own crackmes |
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| good one |
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| Super easy. Password in plain text... |
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| @alxxx: Nope, wrong password ;-)
Extremely easy crackme.
|
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| Nice crackme. Wrote a little keygen... |
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| Nice keygen. Wrote a little keygen... |
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| it would be better to query the filename without the path. Otherwise quiet nice |
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| Really nice. Made a little keygen |
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| Nice and easy. Made a little keygen |
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| Good job, very nice one.
Valid key (there are many valid keys):
222p22=p222p22=p |
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| Easy. The password is hardcoded, but "xor 5"-encrpyted ;-) |
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| Very basic |
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| DLLs can be found in MinGW/bin.
The solution is way too easy. This should be difficulty 1.0 |
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| Missing DLLs
libstdc++-6.dll & libgcc_s_dw2-1.dll (can be found in MinGW/bin)
Otherwise very, very simple to get the secret key |
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| uses unknown versions of the MinGW-libraries. Better link them to the binary |
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| Nice and easy.
Uses some anti-debugging techniques.
The password is easy to find (compares user-input with ascii)
PW starts with "M" and ends with "N" ;-) |
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| Finding out the password is very beginner-friendly |
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| Very nice crackme. Lots of unnecessary code that helps disguise the password. Well done |
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| Very, very simple. Keygen is not worth it |
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| license key in plain text in source... I'll better try the VMP version |
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| Extremely simple. Solved in less than a minute |
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| hm, it won't let me post the c++ code properly |
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| for (int i = 0; i 2) + ((2 * userIN[i]++) 2) + 56); |
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| Really, really easy...
Keygen:
for (int i = 0; i 2) + ((2 * userIN[i]++) 2) + 56); |
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| Very nice crackme!
Easy to crack & easy to find a valid user-password-combination.
But it was a bit difficult to find the function for the password calculation.
However, now my keygen works...
|
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| @a764934018@outlook.com: Good job, that solution works well! Did you use Ida / Ghidra for this? |
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| @cnathansmith Thank you for your support. I will dig into this approach. I think, I will stick with C++ for the time being until I am more familiar with the subject matter. |
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| Nice one, not too hard |
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| Damn it. I tested with dnSpy, it didn't give me the code. With ILSpy it's an easy task.
After some research I found out, that I could use a packer and obfuscator to hide the code. BUT I also learned, that nearly all of them could be bypassed in seconds.
So, is there a way to obfuscate the C#-code properly? Or is it all snake-oil and it's best to NOT use C# for crackmes? |
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| Very easy. Nice idea |
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| Nice and easy |
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| This is the mother of all Anti-Debugging Code^^
After fixing this problem, the password-scrambling-part is easy to solve. Made a little keygen...
Nice one!! |
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