A Scalable Systems Approach for Critical Infrastructure Security

Baker, Arnold Barry; Hutchinson, R. L.; Eagan, Robert J.; Moonka, Ajoy K.; Falcone, Patricia K.; Swinson, Mark L.; Harris, Joe M.; Webb, Erik K.; Herrera, Gilbert V.; Woodall, Tommy D.; Hines, W. Curtis

doi:10.2172/800793

Cited by 13 publications

(7 citation statements)

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“…These actua-tors control things but at the same, there is a risk of physical damage as well. Therefore, when both the things are combined sensors and actuators the theft of security increases more [43].…”

Section: Risk Of Infrastructure In Smart Citymentioning

confidence: 99%

Secure transmission technique for data in IoT edge computing infrastructure

Sharma

Arya

2021

Complex Intell. Syst.

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Nowadays, the utilization of IoT technology has been rapidly increased in various applications such as smart city, smart banking, smart transport, etc. The internet of things allows the user to collect the data easily using the different sensors installed at various locations in the open environment. The data collection process by the IoT sensors is giving access to the various services. However, due to the open communication medium, it is difficult to provide secure access to these services. In this paper, a data transmission technique has been proposed, which will provide secure communication in IoT infrastructure for smart city applications. In this method, each IoT sensor have to prove their legitimacy to the reader and the base station before the transmission of data. Hence, the IoT sensors can transmit the required data in a secure and efficient way. In the proposed technique, the proof of correction shows that the required information is not supposed to send through an online medium, it is obtained at the receiver using the Euclidean parameters shared by the IoT sensors. The proposed technique is compatible to provide the security against most of the attacks performed by the attackers. Two random variables and complex mathematical calculation are making the proposed technique more reliable than others. This technique will significantly improve the security of different data transmission services which will be helpful to improve the smart city infrastructure.

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Section: Risk Of Infrastructure In Smart Citymentioning

confidence: 99%

Secure transmission technique for data in IoT edge computing infrastructure

Sharma

Arya

2021

Complex Intell. Syst.

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“…In risk analysis, vulnerabilities are usually summarized as the conditional probability that, given an attack or natural event, the estimated consequences will ensue, i.e., the attack will succeed or the natural event will cause the estimated damage. Vulnerability of an infrastructure element is a function of its intrinsic design, protection systems (physical or other) and changes over time (Baker et al, 2002).…”

Section: Vulnerabilitymentioning

confidence: 99%

Fuzzy logic for pipelines risk assessment

Alidoosti¹,

Jamshidi²,

Yakhchali³

et al. 2012

MSL

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Pipelines systems are identified to be the safest way of transporting oil and natural gas. One of the most important aspects in developing pipeline systems is determining the potential risks that implementers may encounter. Therefore, risk analysis can determine critical risk items to allocate the limited resources and time. Risk Analysis and Management for Critical Asset Protection (RAMCAP) is one of the best methodologies for assessing the security risks. However, the most challenging problem in this method is uncertainty. Therefore, fuzzy set theory is used to model the uncertainty. Thus, Fuzzy RAMCAP is introduced in order to risk analysis and management for pipeline systems. Finally, a notional example from pipeline systems is provided to demonstrate an application of the proposed methodology.

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“…The following definition of risk is from [SAND1], which contains a guide for understanding and assessing risk from an overall system level perspective. The Risk equation is:…”

Section: Riskmentioning

confidence: 99%

Analysis of operations and cyber security policies for a system of cooperating Flexible Alternating Current Transmission System (FACTS) devices.

Phillips¹,

Tejani²,

Margulies³

et al. 2005

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Flexible Alternating Current Transmission Systems (FACTS) devices are installed on electric power transmission lines to stabilize and regulate power flow. Power lines protected by FACTS devices can increase power flow and better respond to contingencies. The University of Missouri Rolla (UMR) is currently working on a multi-year project to examine the potential use of multiple FACTS devices distributed over a large power system region in a cooperative arrangement in which the FACTS devices work together to optimize and stabilize the regional power system. The report describes operational and security challenges that need to be addressed to employ FACTS devices in this way and recommends references, processes, technologies, and policies to address these challenges. -This page intentionally left blank - 5

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A Scalable Systems Approach for Critical Infrastructure Security

Cited by 13 publications

References 0 publications

Secure transmission technique for data in IoT edge computing infrastructure

Secure transmission technique for data in IoT edge computing infrastructure

Fuzzy logic for pipelines risk assessment

Analysis of operations and cyber security policies for a system of cooperating Flexible Alternating Current Transmission System (FACTS) devices.

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