Upload:
4:30 PM 12/12/2019
Description
pretty simple crackme, just find the logic behind key validation and write a key gen :) key isnt hard coded btw. This is my first crackme so let me know how I did!
0d1n on 3:40 PM 12/26/2019: 0x:~/Desktop# ./glowwine aaa
nice one! Now, can you keygen me?
nice one! Now, can you keygen me?
nice one! Now, can you keygen me?
nice one! Now, can you keygen me?
NightChips on 8:30 PM 01/03/2020: Nice
stevefan1999 on 7:27 AM 01/05/2020: total length must be 5
first character can be anything
second character must be '@'
the rest (3-5) their sum of integer value of ascii character must be 300
Maksim on 5:58 PM 01/11/2020: first checks the key length (len must be 5), then checks the second character of the key (must be "@"), finally checks the last 3 characters, their sum in the ascii code must be 300, the first character can be any
eg: 1@ddd
ezman on 3:38 PM 01/29/2020: This was a pretty fun one, especially for a beginner like myself. I learned a lot by doing this one, so thanks! It was also pretty fun.
ezman on 3:38 PM 01/29/2020: This was a pretty fun one, especially for a beginner like myself. I learned a lot by doing this one, so thanks! It was also pretty fun.
Th3R3dP1ll on 2:04 PM 02/10/2020: I liked this one, I found figuring out what the program did pretty easy and learnt a bit about python3 to generate the keys :)
ShiroiAkuma on 8:51 AM 02/22/2020: Really had fun, this was my first crackmes. Procedure was easy, I did get lost on MOVXZ and MOVSZ but once I figured it out it was smooth.
antid0t3 on 4:08 PM 12/22/2020: nice crackme. why that name tho?
hackingmaterials on 12:51 PM 07/20/2021: I did p@ddd (where the ascii value of @ is 40, and d is 100)
1. length is 5
2. second letter is @
3. sum of 3rd 4th and 5th is 300
i got ..
nice one! Now, can you keygen me?
jimsktsmith on 12:47 PM 02/06/2022: bull shjt
You must me logged to submit a solution
Solution by Shedexx:
This was my first crackme to solve and pretty fun. Writing the keygen should be trivial from here on.
Solution by brausepulver:
Simple writeup and the python keygen, capable of generating all possible keys using the standard set of printable ASCII characters (32 to 126).
Solution by D4RKFL0W:
This was fun, first keygen I've written.
Solution by patoLocosc:
My solution about the logic that I followed to solve the problem plus the keygen.cpp, using ascii values from 48-122 (0-z) to generate the random string. Also able to generate N keys.
Solution by crimsonMist:
Notes at the top of the file, keygen in the rest. Looking around at the other solutions, seems my write-up skills are sub-par, guess I'll work on that as well as my re.
Solution by antid0t3:
short writeup with simple but inefficient keygen