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This question is the same one I asked here. Since I haven't got any response or even a comment I will post it here as well.

Is there any naive implementation of Hellman's cryptanalytic time memory tradeoff in C and/or a naive implementation of Oechslin's rainbow table algorithm in C as well?

I have seen some implementations of rainbow table but they are always focused on being fast through the usage of assembly-level operations or being designed to work on a specific platform such as CUDA or FPGAs.

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    The reason you see implementations in CUDA or FPGAs is because the algorithms can be highly optimized for speed and efficiency for real world applications. You could try looking for UPC implementations, but initial searches for me turned up nothing.
    – RoraΖ
    Commented Mar 24, 2015 at 11:18
  • @raz Yes, I have researched for some time now, still nothing. My hope is that someone have this code but haven't shared with the world yet. Commented Mar 24, 2015 at 12:40
  • I found some straight forward implementations in C on github but no luck with Hellman`s table Commented Mar 26, 2015 at 0:42
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    why do you need it in C?
    – Purefan
    Commented May 24, 2016 at 12:12

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Please take a look at the article - it's about naive implementation of Rainbow Tables for cracking MD5 hash function. It also has sources attached to the article. The main drawback - it's in Russian, but Yandex.Translate or Google Translate can easily cope with it.

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