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This review aims to evaluate quantum-secure communication frameworks for IoT-enabled cyber-physical systems, addressing vulnerabilities to cyber threats.

June 19, 2026ComputersOpen Access

Quantum-Secure Communication for Future Cyber-Physical and IoT Systems: A Systematic Review of Classical to Learning Approaches

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Authors

BMBandana MallickGIET University PPPriyadarsan ParidaGIET University BPBibhu PrasadGIET University

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Implication

Systematic review analyzes quantum-secure communication strategies in IoT networks, indicating future security advancements.

Key Points

This review aims to evaluate quantum-secure communication frameworks for IoT-enabled cyber-physical systems, addressing vulnerabilities to cyber threats.
Conducted a PRISMA-guided search for relevant literature from Scopus and Google Scholar dating from 2001 to 2026.
Screened 4948 articles, narrowing down to 141 studies for full-text eligibility based on their relevance to quantum-secure communication.
Classified publications based on their focus on QKD, hybrid models, and AI assistance in secure communication.
Identified 141 studies of interest, with 86 being excluded for not meeting publication standards or evaluation metrics.
Highlighted advancements in secure data transmission and AI-driven anomaly detection for CPS/IoT environments.
Outlined operational challenges and a structured roadmap towards developing quantum-safe IoT frameworks.

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Mallick et al. (2026) studied this question.

synapsesocial.com/papers/6a34df4a65a5b0777af2e694 https://doi.org/10.3390/computers15060389

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Quantum-Secure Communication for Future Cyber-Physical and IoT Systems: A Systematic Review of Classical to Learning Approaches

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Cite This Study

Quantum-Secure Communication for Future Cyber-Physical and IoT Systems: A Systematic Review of Classical to Learning Approaches

Discussion

Member takes

Implication

Key Points

Cite This Study

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