- Luca De Feo
- David Kohel
- et al.
- 2020
- AsiaCrypt 2020
Number Theoretic Cryptography
Elliptic curves, isogenies and more
Overview
Since the beginnings of public key cryptography, number theory has been at the forefront of it. The Factorization (RSA) and Discrete logarithm (Diffie–Hellman, ECDH) problems are still the two pillars that support all our secure communication infrastructure today. The next generation of quantum-safe protocols also leans heavily on number theory: ideal lattices feature prominently in the future NIST standards (Kyber, Dilithium, Falcon), and isogenies of elliptic curves are a promising alternate solution for compact quantum-safe signatures (SQISign). At IBM we work on all aspects of number theoretic cryptography, from the development of new schemes, to cryptanalysis, and to the security of real-world implementations.
Publications
- Jeffrey Burdges
- Luca De Feo
- 2021
- Eurocrypt 2021
- Luca De Feo
- Bertram Poettering
- et al.
- 2021
- CCS 2021
Resources
Contributors
Related projects
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