QC·IoT Security

Quantum Cryptography for IoT Security

A hand-verified collection covering why classical cryptography breaks down at IoT scale, the peer-reviewed research behind quantum-safe protocols, standards body guidance, and the hardware vendors building quantum-driven security directly into silicon.

12 resources 4 categories

1 Foundations & Explainers

Accessible starting points on why IoT's scale and constrained hardware make it especially exposed, and how quantum approaches change the picture.

What Is Quantum Cryptography and How Exactly Can It Benefit IoT?
Nadia Krieger's introduction to quantum cryptography's promise for securing the coming wave of connected devices. Link updated to Engineering.com's current URL.
Engineering.com
Quantum-embedded chips could secure IoT
Patrick Nelson on Crypto Quantique's unclonable, quantum-physics-driven microprocessor approach to IoT device security. Link updated to Network World's current URL.
Network World
Quantum Cryptography & Encryption: What It Is & How It Works
Sectigo's explainer distinguishing quantum-safe (post-quantum) cryptography from quantum key distribution, and how to migrate certificate infrastructure. Link updated to the current URL.
Sectigo

2 Research Papers & Academic Studies

From the 1984 Bennett–Brassard paper that founded the field, to peer-reviewed work applying quantum cryptography specifically to IoT security maintenance.

Quantum cryptography: Public key distribution and coin tossing
Charles H. Bennett and Gilles Brassard's foundational 1984 paper, republished in Theoretical Computer Science in 2014 — the origin of quantum key distribution.
ScienceDirect
Quantum IoT: A Quantum Approach in IoT Security Maintenance
Md Samin Rahman and Md Hossam-E-Haider propose a hybrid IoT security infrastructure using the BB84 protocol to protect keys from eavesdroppers.
IEEE Xplore
Quantum Cryptography for the Future Internet and the Security Analysis
Tianqi Zhou, Jian Shen, Xiong Li, Chen Wang, and Jun Shen analyze QKD protocol security in both noise-free and noisy channels for future Internet applications, including IoT.
Hindawi
Particle Magic: Need for Quantum Cryptography Research in the South Asian Region
Dhishan Dhammearatchi's case for regional quantum cryptography research as telecommunications and connected-device adoption accelerates.
IJAIA
Quantum Cryptography on IBM QX
A practical implementation and evaluation of the BB84 quantum key distribution protocol running on IBM's quantum computing platform.
IEEE Xplore
Advances in quantum cryptography
S. Pirandola and his team's comprehensive review of theoretical and experimental progress across quantum key distribution and quantum cryptography more broadly.
OSA Publishing / Optica

3 Standards Bodies

Guidance from the body coordinating European telecom standards on deploying QKD in real infrastructure.

Quantum Cryptography — Introduction, Challenges, Solutions
ETSI's white paper on implementation security for quantum key distribution, covering the practical gap between theoretical and real-world QKD security.
ETSI

4 Vendor & Hardware Solutions

Companies building quantum-driven security and true quantum randomness directly into IoT silicon and devices.

Crypto Quantique
Security IP architected for constrained SoCs and IoT devices, combining physically unclonable functions with cryptographic cores for scalable, silicon-level security.
Crypto Quantique
Crypta Labs — Quantum Random Number Generators
Hardware QRNGs sourcing true randomness from sub-atomic particles for quantum-safe communications. Link updated to the current canonical domain.
Crypta Labs