The Correlation Between the Future of Quantum and Cybersecurity.docx.pdf

Quantum computing has made notable developments in recent years. Security concernsare on the rise as the acceleration of new advancements can often lead to vulnerabilities. Thispaper argues that the advancement of quantum computing introduces uncertainties to thecybersecurity sector, particularly in the areas of cryptography, policy, and infrastructure. Thesedevelopments have been seen in a more prominent global spotlight as companies makeadvancements in the hardware of quantum and extended algorithms. Systems that remainoutdated often fail to meet security requirements, become obsolete, and become vulnerable toattack. This allows threat actors to deploy attacks to systems that fall short in a rapidlydeveloping digital age. The following report explores the application of artificial intelligence,quantum key distribution for secure key sharing, and strategies for defending against attacksfrom quantum computing systems. The new advancements within the hardware, more qubits, andthe global race of countries affect the policy development in terms of usage for quantumcomputing. The use of artificial intelligence is also being tested as new algorithms are beingcreated to monitor quantum threats to a higher degree. In addition to physical and softwareconcerns, there are also many legal issues with the evolution of quantum. This includes privacyand understanding the nuances of domestic and international policy, as quantum has become aglobal investment. This paper further emphasizes the importance of policy and riskmanagement, as well as the need to remove outdated cryptographic systems that may bevulnerable in the new quantum age. Industry professionals must provide training to stay up todate with the most recent advancements within quantum computing. Companies andorganizations cannot remain stagnant and must update their risk modeling and employee trainingin terms of maintaining proper cyber hygiene. The advancements will not only change the cyberindustry but will also affect and require cross-sector collaboration and reach across industries andorganizations alike.

Publication Details

Journal
Figshare
Published
2025-01-01
DOI
https://doi.org/10.6084/m9.figshare.29804288.v1
Primary Topic
Cybersecurity and Cyber Warfare Studies
Type
article
Field-Weighted Citation Impact
0.00
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The Correlation Between the Future of Quantum and Cybersecurity.docx.pdf

Figshare
Cybersecurity and Cyber Warfare Studies
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The Correlation Between the Future of Quantum and Cybersecurity.docx.pdf

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Abstract

Quantum computing has made notable developments in recent years. Security concernsare on the rise as the acceleration of new advancements can often lead to vulnerabilities. Thispaper argues that the advancement of quantum computing introduces uncertainties to thecybersecurity sector, particularly in the areas of cryptography, policy, and infrastructure. Thesedevelopments have been seen in a more prominent global spotlight as companies makeadvancements in the hardware of quantum and extended algorithms. Systems that remainoutdated often fail to meet security requirements, become obsolete, and become vulnerable toattack. This allows threat actors to deploy attacks to systems that fall short in a rapidlydeveloping digital age. The following report explores the application of artificial intelligence,quantum key distribution for secure key sharing, and strategies for defending against attacksfrom quantum computing systems. The new advancements within the hardware, more qubits, andthe global race of countries affect the policy development in terms of usage for quantumcomputing. The use of artificial intelligence is also being tested as new algorithms are beingcreated to monitor quantum threats to a higher degree. In addition to physical and softwareconcerns, there are also many legal issues with the evolution of quantum. This includes privacyand understanding the nuances of domestic and international policy, as quantum has become aglobal investment. This paper further emphasizes the importance of policy and riskmanagement, as well as the need to remove outdated cryptographic systems that may bevulnerable in the new quantum age. Industry professionals must provide training to stay up todate with the most recent advancements within quantum computing. Companies andorganizations cannot remain stagnant and must update their risk modeling and employee trainingin terms of maintaining proper cyber hygiene. The advancements will not only change the cyberindustry but will also affect and require cross-sector collaboration and reach across industries andorganizations alike.

Figshare
Industry, innovation and infrastructure
Openalex Percentile: Top 46%
Cybersecurity and Cyber Warfare Studies
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