dimkasi2 on 2025-11-22 12:31:
decision: https://github.com/mashituladi-star/crackmes.one-Coder_90-keygen-by-dimkasi-
Coder_90 on 2025-11-23 08:01:
Well Done! dimkasi2 👍🏻
fakesiva on 2025-11-26 05:54:
Solved! As a beginner, instead of writing a keygen script, I traced the execution to the critical comparison and modified the register value at runtime to match the expected hash. Is this considered a valid 'win' for this level?
genass3 on 2025-11-26 13:56:
https://github.com/generin0/Keygens, cool task
Elvis on 2025-11-27 13:52:
@fakesiva: Nope I don't think it's a valid solution
Coder_90 on 2025-11-30 05:54:
genass3 Well Done! 👍🏻
Coder_90 on 2025-11-30 05:55:
@fakesiva. No! but at least you are learning 👍🏻
Coder_90 on 2025-11-30 06:09:
@patbateman. Well written tutorial thanks for sharing and Well Done! 👍🏻
pidorCrackerBitch on 2025-12-07 20:17:
https://github.com/panzer000z/CRACK-ME---KEY-GEN-Coder_90-s-KeyGenMeV3
Coder_90 on 2025-12-13 16:02:
Well Done! SenorGPT a very detailed explanation 👍🏻
jd040515 on 2026-03-09 02:32:
i jmp from invalid key to valid key (jmp 0x00007FF6EFDC1E23)
rogue.off on 2026-05-26 13:01:
@fakesive that IS a valid win, as it is used by real hackers who crack games, avoiding the DRM (Digital Records Manager) by literally ripping it out. however, im sure the goal for this crack was static analysis, not dynamic analysis. gg!
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Solution by SenorGPT on 2025-12-08 02:14: My first keygen; Win32 GUI crackme with Name + Key validation. Used CFF Explorer for static analysis and x64dbg for dynamic analysis to trace the key validation algorithm. The program processes the name input through a semi-complex encoding function that uses different mixing operations for even/odd characters, involving ROL operations, XOR, and addition with constants. Reversed the algorithm and implemented a Python keygen that generates valid keys for any given name.