Abstract tech background. Floating numbers HUD background. Matrix particle grid virtual reality.

Algebra and Cryptology Center

The Algebra and Cryptology Center (ACC) investigates new techniques from computational algebra and their applications to practical problems in cryptography and cryptanalysis.

The center was established to facilitate interdisciplinary research on foundational problems of cryptography and cybersecurity in collaboration with associate members at other institutions throughout the world.

The ACC hosts regular seminars, conferences and international experts.

Research Areas

  • Cryptanalysis of public key cryptosystems including development of a software for testing protocols

  • Identification of computational problems which can be proved suitable for use as cryptographic primitives

  • Development of relevant complexity measures.


Equations handwritten on blackboard

Exploring the Complexity of Cybersecurity

Launched in 2005, the Algebra and Cryptology Center is tackling one of the 21st century’s biggest digital threats: quantum computing. The center is focused on finding and testing the algebraic foundations of future-proof cryptographic systems. With a global network of collaborators, ACC is advancing the field through original research, international seminars, and a theory called “generic-case complexity” that could reshape how we measure cryptographic strength in the real world.

Faculty

Alexei Miasnikov
Alexei Miasnikov
Founder, Algebra and Cryptology Center
Robert Gilman (rgilman)
Robert Gilman
Director, Algebra and Cryptology Center
Alexander Taam (ataam)
Alexander Taam
Assistant Director, Algebra and Cryptology Center

Want to Learn More?

Explore Stevens' Algebra and Cryptology Center to learn how researchers are advancing secure systems through algebraic methods, cryptanalysis and open-source tools.