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Abstract

Three of the most popular questions in the private sector around Artificial Intelligence (Al) and Quantum Computers (QC) will be addressed: 1-How will these technologies impact and challenge today's cybersecurity practices? 2When are these predicted to occur? 3-What does Al coupled with QC mean for future Cybersecurity? As with any new technology, they can serve both positive and negative uses. The yin and yang dynamic has never more present in technology than the advent of Quantum Computers. Organizations are now seeking use cases for internally and externally sourced Al solutions. This examination exposes how today's CPU architectures (RISC/CISC) are unable to compete with Quantum Computers that we are starting to see in the world today. While Al is now a force in the world, it is inhibited by the current CPUs. QC will "unlock and unleash" Al's real potential. This has both good and bad consequences for the world, like to solve a complex medical diagnosis to rendering passwords useless. For one to truly understand how Al can be "unlocked and unleashed", a basic review of chemical-based computing sets the stage for where Al finds the raw compute power to achieve its potential. This examination brings together the concepts of the exponential scale potential of QC by highlighting the first element Hydrogen. It will expose how quantum mechanical properties of an atom enable multi-orbital computing power. Finally, the examination concludes with predictions for how this impacts cybersecurity. Recommendations of resources, strategic considerations, legal impacts, and suggestions on how an organization could potentially proceed with preparing for the impact of this evolving technology. Today's CPUs are woefully ill-equipped to handle the massive workloads that Al requires. QC will 'unlock and unleash' Aľs real potential by exponentially increasing the amount of data and calculations that can be done. The planet is now 'all in' in a new cyber arms race for Quantum superiority.

Details

Business indexing term
Title
How Quantum Computing Will Change the Status quo of Cyber Security
Author
Chochrek, Jamison 1 

 Boise State University, Harnstein AB, Germany 
Pages
821-829
Number of pages
10
Publication year
2025
Publication date
Jun 2025
Publisher
Academic Conferences International Limited
Place of publication
Reading
Country of publication
United Kingdom
Publication subject
Source type
Conference Paper
Language of publication
English
Document type
Conference Proceedings
ProQuest document ID
3244083168
Document URL
https://www.proquest.com/conference-papers-proceedings/how-quantum-computing-will-change-status-quo/docview/3244083168/se-2?accountid=208611
Copyright
Copyright Academic Conferences International Limited 2025
Last updated
2025-11-14
Database
ProQuest One Academic