VLSI-Based Real-Time Banking Security Systems

VLSI-Based Real-Time Banking Security Systems

Mustafa Isam (Al-Farahidi University, Iraq), Najlaa Nasrulaah Faris (National University of Science and Technology, Iraq), Abdullatef Mohammad Alfara (Al-Zahrawi University College, Iraq), and Ahmad Alkhayyat (College of Technical Engineering, The Islamic University of Al Diwaniyah, Iraq)
DOI: 10.4018/979-8-3693-7367-5.ch008
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Abstract

The process of incorporating technology that is founded now being carried out. To improve the efficiency of security measures that are essential for the protection of sensitive financial data, the purpose of this study is to investigate the implementation of modern VLSI techniques. More specifically, the purpose of this work will be to enhance the efficiency of the security measures taking place. To provide dependable encryption, secure authentication methods, and efficient data processing in real-time scripts, the study explores the approaches that are now in use and provides novel alternatives that are consistent with the capabilities of VLSI. This is done to provide these benefits. The goal of this investigation is to provide insight into the process of designing banking systems that are largely reliable and safe. This will be accomplished by undertaking an analysis of the design considerations and performance standards of very large-scale integrated circuits (VLSI). This topic is extremely important given the increasing number of risk factors associated with cybersecurity.
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