Date of Award

5-2020

Culminating Project Type

Thesis

Degree Name

Information Assurance: M.S.

Department

Information Assurance and Information Systems

College

Herberger School of Business

First Advisor

Dennis Guster

Second Advisor

Erich Rice

Third Advisor

Mark Schmidt

Creative Commons License

Creative Commons License
This work is licensed under a Creative Commons Attribution-Noncommercial-No Derivative Works 4.0 License.

Keywords and Subject Headings

Post-Quantum Cryptography, IoT Devices, SUPERCOP

Abstract

With tens of billions of new IoT devices being utilized, and the advent of quantum computing, our future and our security needs are rapidly changing. While IoT devices have great potential to transform the way we live, they also have a number of serious problems centering on their security capabilities. Quantum computers capable of breaking today’s encryption are just around the corner, and we will need to securely communicate over the internet using the encryption of the future. Post-quantum public-key encryption and key-establishment algorithms may be the answer to address those concerns. This paper used the benchmarking toolkit SUPERCOP to analyze the performance of post-quantum public-key encryption and key-establishment algorithms on IoT devices that are using ARMv8 CPUs. The performance of the NIST round 2 algorithms were found to not be significantly different between the two ARMv8 devices.

Comments/Acknowledgements

Acknowledgement

A sincere thank you to my thesis committee, and all those at NIST who provided support and guidance. I am especially grateful to those at NIST who took their time to meet with me, and generously shared their PQC expertise.

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