Formulating Cyber-Security as Convex Optimization Problems

Abstract

Abstract. Mission-centric cyber-security analysts require a complete overview and understanding of the state of a mission and any potential threats to their completion. To facilitate this, we propose optimizationbased algorithms that can be used to predict in real-time how an attacker may try to compromise a cyber-mission with a limited amount of resources, based on a model that takes into account potential damage to the mission and probabilistic uncertainty. Two different optimization schemes are considered: one where all the mission data is known a priori to the attacker and another where system identification and a moving horizon optimization is used to produce the estimates based on historical data. Our schemes are compared with real attacks carried our by human players in the 2011 international Capture The Flag (iCTF) hacking competition.

Autonomy and machine intelligence in complex systems: A tutorial

“…infectious diseases) [76] and social networks [10], [65], human/robot interaction systems [41], Internet [26], transportation systems [45], cyber-security (e.g. malware spreading) [2], [33], [70], [73], [82], [83], unmanned aerial/underwater vehicles [30], sensor networks [63], power networks [80] and mobile robotics [69]. Those systems are large, complex, dynamic, and highly nonlinear in their global behavior.…”