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Cryptography, Volume 9, Issue 2
June 2025 - 26 articles
Cover Story: The scale and capabilities of quantum computing, combined with emerging fault-tolerant quantum chips, highlight the urgent need for advanced security and privacy solutions in the quantum artificial intelligence and Quantum Internet of Things (QIoT) era. Quantum physical unclonable functions offer a security solution by leveraging the inherent randomness of quantum hardware to generate unique and tamper-resistant cryptographic fingerprints based on quantum mechanics. This work explores integrating QPUF within a Security-by-Design framework for industrial cyber–physical systems (I-CPS). We propose a sustainable and scalable security architecture for trusted attestation of the Quantum-Industrial Internet of Things (QIIoT). Evaluations on IBM and Google quantum platforms validate the strong potential of quantum computing-driven I-CPS security for future smart industrial applications. View this paper
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Cryptography - ISSN 2410-387X