Survey reviews post-quantum cryptography for industrial applications
Original title: Brief introduction to post-quantum cryptography in industrial applications
Authors benchmark KEMs and signatures and discuss quantum resources needed to break common schemes.
A cs.CR paper surveys post-quantum cryptography for IoT, healthcare, civil and infrastructure engineering, and defense. It covers market positioning, quantum resources required to break common schemes, and performance of well-known PQC algorithms. Benchmarks of KEMs and signature algorithms are offered to help choose methods by performance, data lifetime, and sensitivity.
- Sectors named include IoT, healthcare, infrastructure engineering, and defense.
- The paper discusses resistance of PQC classes to quantum attacks.
- It also reviews PQC implementation status across programming languages.
- Selection criteria include performance, data lifetime, and data sensitivity.
From the original article
1 min read at arxiv.orgThe development of Post-Quantum Cryptography (PQC) is directly motivated by the necessity to secure information in the face of the quantum threat. This paper provides an overview of recent developments relevant to PQC adoption across several industrial applications, including IoT, healthcare, civil and infrastructure engineering, and defense.
By Mateusz Żarski · arxiv.org
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