Quantum computing is revolutionizing various fields, from cryptography to machine learning, and from physical simulations to financial optimization. Recent advancements in quantum technology have shown both disruptive and constructive implications for modern cryptography. New techniques of network security are emerging that have no counterparts in classical cryptography. Mohit Joshi, Alka, and Manoj Kumar Mishra explore the horizons of network security using quantum computation in their book chapter. They introduce the basics of quantum computing, discuss the circuit model of quantum programming, and establish the need for quantum cryptography. The authors also examine various protocols of quantum security.
As our daily lives become increasingly dependent on the internet, sensitive information is at risk of cyber-attacks. Recent technological advancements in computer science, such as artificial intelligence and machine learning, have created new threats to data security. To combat this, AI-based approaches are being applied to real-world case studies of cyber security, including a financial institution. The proposed technique can significantly enhance outcomes while improving accuracy and security.
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