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Celebrating Excellence in Mathematics at RSAC 2026

The RSA Conference LLC (RSAC), renowned as a premier platform for the cybersecurity community, is gearing up to honor leading figures in the field of mathematics with its prestigious Award for Excellence in the Field of Mathematics during the RSAC 2026 Conference. This year's award, which emphasizes contributions that advance cybersecurity through mathematics and cryptography, will be presented to two distinguished academics: Yehuda Lindell and Nigel Smart. Both recipients have made significant strides in cryptographic techniques, elevating the standards of security in digital communications.

Award Winners and Their Contributions

Yehuda Lindell

Yehuda Lindell, a researcher at Bar-Ilan University and a key figure at Coinbase, has been recognized for his pioneering work in Multi-Party Computations and Threshold Cryptography. His academic journey includes a Ph.D. earned from the Weizmann Institute of Science and influential roles in various cryptographic research environments, including a postdoctoral fellowship at IBM's Thomas J. Watson Research Center. Lindell's innovative approach to practical secure multiparty computation has facilitated advancements in safeguarding cryptographic keys, notably enhancing security systems in various sectors.

Nigel Smart

In parallel, Nigel Smart, a prominent professor at the COSIC group within KU Leuven and Chief Academic Officer at Zama, will also receive accolades for his substantial contributions to both the theoretical and practical aspects of cryptography. Having founded the University of Bristol's cryptology research group, Smart has played a pivotal role in advancing cryptographic methodologies, making lasting impacts in both academia and industry. His entrepreneurial spirit is evident in his successful ventures, including the establishment of Identum and Unbound Security.

The New Test of Time Awards

Alongside individual honors, the conference is set to unveil the inaugural RSAC Test of Time Awards, which aim to recognize research papers that have significantly influenced the field since their publication. Focused on the first years of CT-RSA proceedings (2001-2003), the awards will highlight seminal research that has garnered extensive citations and shaped contemporary understanding in cryptography.

This year, attendees can look forward to sessions dedicated to two notable papers:
1. The Oracle Diffie-Hellman Assumptions and an Analysis of DHIES, authored by Michel Abdalla, Mihir Bellare, and Phillip Rogaway, first published in 2001, is set to be discussed on March 23, 2026.
2. Homomorphic Signature Schemes, from 2002, by Robert Johnson, David Molnar, Dawn Song, and David Wagner, will be highlighted on March 24, 2026.

These presentations will not only honor the authors but also reflect on the lasting impact of their research within the cybersecurity community.

Conference Overview

Scheduled for March 23-26, 2026, at the iconic Moscone Center in San Francisco, the RSAC 2026 Conference aims to unite leading figures in the cybersecurity realm, facilitating the exchange of knowledge and ideas that contribute to a safer digital society. By bringing together researchers, practitioners, and innovators, RSAC plays an instrumental role in fostering collaborative efforts toward enhancing cybersecurity methodologies.

In conjunction with the awards, RSAC emphasizes its ongoing mission to promote education and innovation in cybersecurity. The collaboration with the International Association for Cryptologic Research (IACR) for the Mathematics Award continues to showcase the dedication to recognizing the foundational contributions that underpin the cybersecurity industry.

For those interested in learning more about attendances, topics, and future networking opportunities, please visit the official RSAC website at www.OneRSAC.com.

The future of cybersecurity relies heavily on the brilliance and persistent efforts of its pioneers. As RSAC 2026 unfolds, it will undoubtedly honor not only the achievements of today but also inspire future innovations in this critical field of study.