Abstract:

The secure operation of oil and gas pipeline networks is directly related to national energy security and socio-economic stability. With the increasing development of pipeline networks towards wide-area interconnection, the cybersecurity threats they face are becoming more complex and diverse. Traditional single-dimensional functional safety assurance strategies are struggling to cope with the new challenges posed by cyber-physical attacks. Therefore, this paper proposes the construction of a multi-dimensional integrated security testing and verification platform for the Industrial Control Systems (ICS) of oil and gas pipeline networks. It aims to deeply investigate the penetration, evolution mechanisms, and physical breach mechanisms of cyber attacks across the cyber and physical domains, support the development and verification of related security technologies and products, thereby providing a solid theoretical and practical foundation for building a comprehensive defense system for China's oil and gas pipeline infrastructure.