Security Metrics and Applications for the Information and Communications Technology Industry

• Published in: 2022 2nd International Conference on Advance Computing and Innovative Technologies in Engineering (ICACITE) pp. 480 - 486
• Main Authors: Abdullah, Singh, Jarnail
• Format: Conference Proceeding
• Language: English
• Published: IEEE 28.04.2022
• Subjects: Attack Graphs; Attack Trees; Cyber Security; Data models; Industries; Information and communication technology; Information and communications technology industry Security; Mathematical models; Measurement; Safety; Security Measurement; Security Metrics; Wireless networks
• DOI: 10.1109/ICACITE53722.2022.9823717

Safety performance plays an important role in the design, development, product delivery and operation of telecommunications and wireless networks. In any case, defining and using indicators in increasingly complex communication structures can be a complex subject that is not fully and systematically covered in text and accessible. Our research covers safety metrics commonly used to measure safety in various industries. To discuss this, we propose a configuration optimized for today's wireless security performance. Security metrics are becoming increasingly important in security and risk theory, policy development and applications. A well-defined and accepted measurement method is essential to ensure the necessary system security. This applies to reviews. With this in mind, this paper categorizes and presents the safety precautions and warnings most commonly used in the information and communications technology industry. The proposed paper is divided into various important sections. Initial section contains background data, literature summaries, safety indicators and values, safety measures, and safety-related topics of the proposed segments, the remaining are redundant. Next section addresses key questions for predicting common system dimension options for indicators. Further segment defines most of the recommendations for future actions for designing and implementing systems and characterizes the measurement and evaluation of strength. Subsequently, it describes a step process for defining and selecting safety metrics, metric selection, benchmarking, and metric characteristics. Also, the study presents safety indicators and countermeasures related to networks and communications. The section also describes safety assessments and provides basic information on how to evaluate them. Finally, the paper contains conclusions, research directions and suggestions.