A Clustered Hybrid Honeypot Architecture

Abstract

Nowadays, when computers and computer systems are almost omnipresent and are part of most households and most people have access to them, they are more vulnerable than ever. Today, protection and security of computer networks and systems using passive protection does not suffice anymore. One has to anticipate attacks and be a step ahead of the attackers. To achieve this type of security, one has to employ active protection techniques, such as digital baitshoneypots. The primary goal of using honeypots is to divert the interest of potential attackers from other really important targets within a particular computer network. The secondary goal is to acquire information about the attackers' activities and methods. Subsequently, these data are thoroughly analysed. By analysing the attacks, security improvement measures aimed at the particular network and/or computer system may be proposed in order to prevent threats. The goal of this paper is to contribute to computer security by proposing a clustered, high-interactionhoneypot-based security system.

Reconsidering the Cybersecurity Framework in the Road Transportation Domain

“…Attacks carried out as continuous intervention, are often implemented to influence strongly safety critical systems by moving system state from safe and secured operational circumstances to a high risk operational domain [39]. These kind of incidents can be implemented for example by denial-of-service attacks in which the attacker aims to make a system resource ineffectual to the regular user for instance by flooding it from different sources [40].…”