Power System Monitoring, Control and Protection for Network, IOT and Cyber Security

Nagesh, O Sri; Tripathi, Sachin; Prasad, Sheetal; Hariramakrishnan, P; Gehlot, Anita; Tripathi, Vikas

doi:10.1109/icacite53722.2022.9823483

Cited by 5 publications

(1 citation statement)

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“…Understanding dynamic system variations requires a multidisciplinary approach, combining principles from mathematics, physics, engineering, biology, economics, and other fields. Analyzing these systems often involves a mix of theoretical understanding, empirical observations, and computational techniques to comprehend their behaviors and variations accurately [62,63]. Certainly, here are some examples and case studies illustrating the impact of variations on power grid cybersecurity: Ukraine Power Grid Cyber Attack (2015 and subsequent years): In 2015, Ukraine experienced one of the first publicly acknowledged cyberattacks targeting its power grid.…”

Section: Understanding Dynamic System Variationsmentioning

confidence: 99%

Safeguarding Stability: Strategies for Addressing Dynamic System Variations in Power Grid Cybersecurity

Guzman Erick,

Fatehi Navid

2023

EPHIJSE

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The power grid stands as a critical infrastructure supporting modern society, yet it remains susceptible to cyber threatsthat could compromise its stability and functionality. Addressing the dynamic variations and evolving challenges posedby cyber threats requires robust strategies in cybersecurity. This paper investigates methods to safeguard the stability ofthe power grid against cyber intrusions and system variations. This study delves into the multifaceted nature of cyberthreats targeting the power grid and analyzes the dynamic variations within the system that could be exploited bymalicious actors. This paper presents a comprehensive framework encompassing proactive and reactive cybersecuritymeasures. Reactive measures include incident response plans, rapid recovery protocols, and the integration of machinelearning and artificial intelligence for real-time threat detection and mitigation. Moreover, considering the interconnectednature of the power grid, this study explores collaborative approaches among stakeholders, such as utility companies,government bodies, regulatory authorities, and cybersecurity experts, to foster information sharing, best practices, andstandardized protocols. Ultimately, this paper serves as a guide for policymakers, grid operators, and cybersecurityprofessionals to develop robust strategies that safeguard the stability of the power grid in the face of evolving cyberthreats and system dynamics. By implementing a holistic cybersecurity approach, the aim is to ensure resilience,reliability, and continuity in the delivery of electricity to society

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Section: Understanding Dynamic System Variationsmentioning

confidence: 99%