We design, implement, and deploy post-quantum secure systems.

  • The team investigates post-quantum secure computing systems and cryptosystems, examines their security vulnerabilities, advances algorithmic modifications for efficient hardware implementations, and performs cryptanalysis of these systems.

  • Post-Quantum Cryptography

  • Post-Quantum Hardware Library

  • Lattice-Based Cryptography

  • Code-Based Cryptography

  • Cryptographic Agility

  • Homomorphic Encryption Hardware

  • Zero Knowledge Proof

  • Post-Quantum Transition

  • Post-Quantum Cryptosystems Training

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Post-Quantum Cryptographic Hardware & Architectures Implementations

Under this Research & Development effort to advance the post-quantum encryption, homomorphic encryption based computation, and crypto-agility, the team has designed and implemented a rich set of hardware primitives, modules, architectures, systems. On this page, you can download a set of these designs, with more coming soon.

PQC Hardware Primitives Library

A zip file of the source code for this project is available for download by clicking on the download sign on the right.

Homomorphic Encryption Acceleration

A zip file of the source code for this project is available for download by clicking on the download sign on the right.  

Code-Based Cryptography Designs

A zip file of the source code for this project is available for download by clicking on the download sign on the right.

Gaussian Noise Samplers

A zip file of the source code for this project is available for download by clicking on the download sign on the right.

Complete Design Suite Download

The source code base for these projects is available on github under the following URL: https://github.com/stamcenter/post-quantum.

Acknowledgement

We would like to thank our sponsors who have generously supported these efforts for multiple years now. Many thanks go to the crypto team at Secure Micro Technologies, the Boston ASCS Laboratory team, and the STAM Center researchers and students, both present and former, who have contributed to the code base. These are open-source projects provided under the MIT License. 

Authors

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PQC Secure is developed and maintained as a collaborative effort between the members of the Secure Micro Technologies crypto team and members of the Secure, Trusted, and Assured Microelectronics (STAM) Center in the Ira A. Fulton Schools of Engineering at Arizona State University.

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