Perceiving and understanding cyber-attacks can be a difficult task, and more effective
techniques are needed to aid cyber-attack perception. Attack modelling techniques (AMTs) …

Perceiving and understanding cyber-attacks can be a difficult task. This problem is widely
recognized and welldocumented, and more effective techniques are needed to aid cyber …

As computer networks are emerging in everyday life, network security has become an
important issue. Simultaneously, attacks are becoming more sophisticated, making the …

Attack graphs have been used to model the vulnerabilities of the systems and their potential
exploits. The successful exploits leading to the partial/total failure of the systems are subject …

Attack graphs enable computation of important network security metrics by revealing
potential attack paths an adversary could use to gain control of network assets. This paper …

Attack graphs have been proposed as useful tools for analyzing security vulnerabilities in
network systems. Even when they are produced efficiently, the size and complexity of attack …

Various tools exist to analyze enterprise network systems and to produce attack graphs
detailing how attackers might penetrate into the system. These attack graphs, however, are …

Attack graphs for large enterprise networks improve security by revealing critical paths used
by adversaries to capture network assets. Even with simplification, current attack graph …

Attack–defense trees are a novel methodology for graphical security modelling and
assessment. They extend the well-known formalism of attack trees by allowing nodes that …

Attack graphs model possible paths that a potential attacker can use to intrude into a target
network. They can be used in determining both proactive and reactive security measures …