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Enhancing Cybersecurity With SuperHyperSoft Computing Approaches
Abstract
In a time characterized by rapidly advancing cyber threats, conventional cybersecurity methods are progressively proving inadequate. This chapter examines the use of SuperHyperSoft computing to strengthen cybersecurity frameworks and establish resilient protection mechanisms against advanced cyber threats. SuperHyperSoft computing is a computer approach that can effectively manage data that is imprecise, unclear, and incomplete. It provides a new way to design security solutions that are flexible and intelligent. SuperHyperSoft computing combines fuzzy logic, neural networks, and genetic algorithms to develop dynamic security protocols that have the ability to predict, identify, and reduce possible threats in real-time. The chapter explores many applications of SuperHyperSoft computing in the field of cybersecurity, such as anomaly detection, intrusion prevention, and secure data transmission. Case studies and empirical research are used to demonstrate the efficacy of these approaches in practical situations.
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