USAWarez

2023 | ISBN: 1984680978 | English | 294 pages | True PDF | 11 MB
Today's cybersecurity is a primary concern and is evolving as a result of digital contactless payment systems, accelerated business transformation, new multichannel experiences, and people working from home due to the COVID-19 outbreak. In order to stay ahead of the new threat landscape, organizations are turning to technologies like quantum computing and machine learning (ML). Cybersecurity plays an important role in digital businesses' customer experiences, risk management, supply chain orchestration, and product value propositions. The integration of cybersecurity into seamless, secure customer interaction processes, loT products, and digital value chains can, for example, be seamless and secure. Computers that utilize quantum physics principles are called quantum computers, and they are designed to be able to process more data than conventional computers are capable of handling. In spite of their completely different structure from conventional computers, quantum computers are capable of performing large-scale calculations conventional computers cannot even begin to comprehend. Cybersecurity breaches are a growing threat to the global economy, as we all know. With overflowing data on the internet, it is difficult to control them and ensure safety. As a result, artificial intelligence is the current favorite method of improving cybersecurity. Another technology that can work alongside Al to ensure better cyber security is cloud computing.
Problems in today's world are being solved by computers; if the problem has a high level of complexity, different requirements can be addressed, including the simultaneous operation of multiple computers, the long processing times required for algorithms, and computers with high performance hardware features. Because of this, it is inevitable that a quantum physics-based computer will be used in the near future to render today's crypto systems unsafe, search servers and other information storage centers very quickly, solve optimization problems in the NP-hard category with a very wide solution space, analyze information on large-scale data processing, and process high-resolution image files for artificial intelligence applications very quickly. Within the next few years, quantum computing is expected to become a practical reality. By then, all current classical, asymmetric cryptography algorithms will be obsolete, including those used in e-commerce, online banking, and secure network communications. In order to solve this problem, new cryptographic solutions must be found.
As quantum computing advances, it does not speed up conventional computing but rather provides exponential advantages for certain classes of problems, with profound implications for cybersecurity. In the near future, cybersecurity will become one of the most critical problems for the Internet with the advent and development of quantum computers. But on the other hand, quantum technology can be a promising tool for transforming cybersecurity.
This E-Collection on Quantum Computing in Cybersecurity and Artificial Intelligence aims to synthesize basic and fundamental studies concerning quantum cybersecurity that can be emerged both as a threat and solution to critical cybersecurity issues based on a systematic study. We provide a comprehensive, illustrative description of the current state-of-the-art quantum computing and cybersecurity and present the proposed approaches to date. Quantum computing may enable advance opportunities for cybersecurity practitioners from one perspective and poses risks to the cybersecurity environment at the same time. Now is an opportune time for a fruitful discussion among research community who share an interest in both quantum computing and cybersecurity where emerging quantum computing technology could break most modern cryptography. Please Login or Register to see this code