First of all, the whole idea of genetic algorithms is still being debated, i.e. if genetic algorithms are in any way better suited to solving optimization problems than other methods (who are either proven, easier to use, or provide other advantages).
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首先，遗传算法的整体思想仍在争论中，即遗传算法是否比其他方法（经过验证、更易于使用或提供其他优势）更适合解决优化问题。
话虽这么说，是的，我知道遗传算法的安全相关应用，主要用于模糊测试以优化代码路径，从而优化代码覆盖率。有一篇论文名为 使用遗传算法和模糊测试对 x86 可执行文件进行漏洞分析以及比该论文早两年的 BlackHat 演示文稿，名为 “响尾蛇”：恶意输入制作的进化指导系统
First of all, the whole idea of genetic algorithms is still being debated, i.e. if genetic algorithms are in any way better suited to solving optimization problems than other methods (who are either proven, easier to use, or provide other advantages).
That being said, yes, I know of a security-related application of genetic algorithms, mainly used in fuzzing to optimize code paths and therefore code coverage. There is a paper called Vulnerability analysis for x86 executables using genetic algorithm and fuzzing and a BlackHat presentation predating that paper by two years called "Sidewinder": An Evolutionary Guidance System for Malicious Input Crafting
我之前简要研究过这一点，似乎有很多资源 使用遗传算法进行网络入侵检测。希望有帮助。
I briefly looked into this before, and there seems to be quite a bit of resources around using genetic algorithms for network intrusion detection. Hope it helps.
看看 Stephanie Forrest 小组的计算机免疫系统方面的工作。
它不是传统的 GA，但非常接近。希望有帮助。
Take a look at Stephanie Forrest's group's work on computer immune systems.
It's not traditional GAs, but it's very close. Hope that helps.