# Digital twin for security evaluation using an attack agent

Manuel Poisson, Sébastien Kilian, Valérie Viet Triem Tong, Jean-François Lalande, Gilles Guette, Frédéric Ghihéry, Damien Crémilleux

► To cite this version:

Manuel Poisson, Sébastien Kilian, Valérie Viet Triem Tong, Jean-François Lalande, Gilles Guette, et al.. Digital twin for security evaluation using an attack agent. USENIX 2024 - 33rd USENIX Security Symposium, Aug 2024, Philadelphia, United States. , pp.1-1, 2024. hal-04708718

HAL Id: hal-04708718

https://inria.hal.science/hal-04708718v1

Submitted on 25 Sep 2024

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# Digital twin for security evaluation using an attack agent

Manuel POISSON, Sébastien KILIAN

manuel.poisson@irisa.fr sebastien.kilian@centralesupelec.fr

V. VIET TRIEM TONG, J-F LALANDE, G. GUETTE, F. GUIHÉRY, D. CRÉMILLEUX

Discover attack paths in an information system without affecting the services in production.

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[1] M. Poisson et al. Unveiling stealth attack paths in Windows Environments using AWARE. CSNet 2023 - 7th Cyber Security in Networking Conference, IEEE ComSoc, 2023
[2] P-V Besson et al. URSID: Automatically Refining a Single Attack Scenario into Multiple Cyber Range Architectures. FPS 2023
[3] A. Berady et al. PWNJUTSU: A Dataset and a Semantics-Driven Approach to Retrace Attack Campaigns - IEEE TNSM 2022
This work has benefited from a government grant managed by the National Research Agency under France 2030 with reference "ANR-22-PECY-0007"