Post-Quantum Cryptography in Embedded Systems, Future Trends, and Research Directions
Amer Mosally, Ibrahim Kabir, Mohammad Ali A. Hammoudeh · 2024
The quantum computer will likely become one of the world&s;s most important technologies because of its potential to shorten the years of computing time needed to break cryptography to mere hours. The race among countries to have the edge in quantum technology is improving intelligence, information, and scientific research in this field. This report focuses on the imperative transition to post-quantum cryptography (PQC) to safeguard systems, particularly against quantum computing threats. It explores the major types of PQC algorithms, including lattice-based, codebased, and hash-based systems. It emphasizes the National Institute of Standards and Technology&s;s (NIST) efforts and the process for algorithm standardization. The report will also discuss implementation challenges, such as balancing security with resource constraints in embedded devices. Future trends point towards the necessity of developing specialized hardware and software optimizations to ensure the efficient implementation of quantum-safe protocols.