Increasing the security of advanced metering infrastructure using dynamic defense methods
Mohsen Saffar, Hamid Reza Naji
Abstract
With the increase in Internet usage over the last half century, technology has also benefited from the growth and development of the Internet. It is no wonder that smart grids are emerging as one of the most popular technologies of today. As smart grids are connected to the internet, they are constantly vulnerable to cyberattacks. It is always possible for attackers to gain access to metering system infrastructure which is a major and critical part of smart grids. When this system is not working properly because of some security threats, irreparable damage is in the place for a country and its industries. This article suggests utilizing dynamic Applications that Participate in Their Own Defense defenses to secure such systems and infrastructures.
Create a lesson
Related papers
Bilateral Protection for Private LoRA Inference with Intel TDX
Xiaodong Li, Mingyuan Ma, Dongbo Yan
Can Benign Skills Induce Misaligned Behavior in LLM Agents?
Xuanye Zhang, Yongsen Zheng, Kaiyu Zhou et al.
The Native Menace: Host-to-Browser Cross-Boundary Attacks via Native Messaging
Jyotirmay Chauhan, Rownak Islam, Jason Polakis
When Debate Amplifies Risk: Social-Bias Vulnerabilities in Multi-Agent Safety Deliberation
Qinghua Mao, Xi Lin, Yuxin Qi et al.
VerfGraph: Efficient Zero-Knowledge Verifiable Graph Query Evaluation System
Tianyi Ma, Yuncong Zhang, Yuanzhuo Yu et al.
ScrambleMark: Zero-Query Watermark-Agnostic Black-Box Evasion of Modern Speech Watermarking
Binhao Ma, Weikang Ding, Hanqing Guo et al.