Generating mimicry attacks using genetic programming: A benchmarking study
Hilmi Güneş Kayacık, Nur Zincir-Heywood, Malcolm Iain Heywood, Stefan Burschka · 2009
Mimicry attacks have been the focus of detector research where the objective of the attacker is to generate multiple attacks satisfying the same generic exploit goals for a given vulnerability. In this work, multi-objective Genetic programming is used to establish a “black-box” approach to mimicry attack generation. No knowledge is made of internal data structures of the target anomaly detector, only the anomaly rate reported by the detector. Such a “black box” methodology enables a vulnerability testing approach where both open-source and commodity anomaly detection systems can be tested. The approach successfully identifies exploits when benchmarked over four detectors and four applications.