Patching Power System Software Vulnerability Using CNNVD Article Swipe

PDF

Related Concepts

Vulnerability (computing) Vulnerability management Computer science Software Hacker Computer security Vulnerability assessment Software security assurance Information security Operating system Security service Psychological resilience Psychotherapist Psychology

Qinqin Wu , Lihao Wei , Zhiqiang Liang , Zhiwen Yu , Min Chen , Zhihua Chen , Jin-jun TAN ·

YOU? · · 2019 · Open Access · · DOI: https://doi.org/10.12783/dtcse/ccme2018/28630 · OA: W2921186948

Both the attractiveness of power systems as targets of cyberattack and their vulnerability to remote attack via digital networks are evident from recent world events. Vulnerabilities in software represent a serious risk for power systems. The number of vulnerabilities is increasing rapidly due to the development of new hacking techniques. In order to reduce threat impact of software vulnerability, companies should use vulnerability management frameworks. Software vulnerability patching is one of the key activities of vulnerability management. This paper proposes a novel software patching mechanism based on CNNVD for power systems. This mechanism can patch power systems software vulnerability quickly.

Keywords: Vulnerability (computing) · Vulnerability management · Computer science · Software · Hacker · Computer security · Vulnerability assessment · Software security assurance · Information security · Operating system · Security service