Cybersecurity is a fundamental aspect of socio-technical systems. Unfortunately, the price to pay for a secure system is an overhead of computational power and, therefore, of energy consumption. With the last global events, energy consumption is not anymore a secondary effect but should become a relevant driver of decisions on the security measures to implement. Thus, the design of security policies for socio-technical systems should consider energy consumption to carefully choose security measures to deploy. Security policies identify the security objectives of actors in socio-technical systems, the security measures that enforce them, and the business processes affected by these measures. In this direction, the goal of this paper is to propose a method for the energy-aware design of security policies. An estimation of the energy consumption of security goals will be calculated to allow the definition of security policies considering their energy consumption.

(2023). Towards Designing Energy-Aware Cybersecurity Policies . Retrieved from https://hdl.handle.net/10446/294366

Towards Designing Energy-Aware Cybersecurity Policies

Salnitri, Mattia;
2023-01-01

Abstract

Cybersecurity is a fundamental aspect of socio-technical systems. Unfortunately, the price to pay for a secure system is an overhead of computational power and, therefore, of energy consumption. With the last global events, energy consumption is not anymore a secondary effect but should become a relevant driver of decisions on the security measures to implement. Thus, the design of security policies for socio-technical systems should consider energy consumption to carefully choose security measures to deploy. Security policies identify the security objectives of actors in socio-technical systems, the security measures that enforce them, and the business processes affected by these measures. In this direction, the goal of this paper is to propose a method for the energy-aware design of security policies. An estimation of the energy consumption of security goals will be calculated to allow the definition of security policies considering their energy consumption.
2023
Salnitri, Mattia; Plebani, Pierluigi; Raffone, Alessandra
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