The Foundation supports fundamental cryptographic research in areas critical to driving progress in the performance and useability of decentralized networks, blockchain technology and privacy platforms including supporting discoveries in digital signatures, consensus protocols, mix networks and MPC and smart contract computing.
cMixx+ is an advanced digital privacy tool that uses a unique re-encryption method to continuously & anonymously “mix” and query distinctive codes, enhancing security in applications such as digital currency transactions and identity authentication in a fast and efficient way.
A new user discovery protocol that minimizes information disclosed to the system in anonymous communication systems.
Integration of quantum-resistant signatures into existing cryptocurrency wallets which creates a fallback mechanism in the event of an attack on legacy signatures.
Improved version of original Sleeve (a mechanism to integrate a quantum-secure fallback into existing cryptocurrency wallets). This work provides a cleaner and more modular construction.
Research paper accepted, to be published in coordination with conference announcement.
A reference CBDC implementation that features support for macroeconomic policy-making based on transaction trends combined with unprecedented privacy.
Novel voting scheme that meets the security and privacy challenges of remote and online voting including addressing the threat of manipulation through vote selling.
Paper submitted, waiting for potential acceptance. Published with multiple well-known academic authors. A useable voting system has been developed based on this work.
This program has been released to support continued work to make blockchain technology faster, more secure, more reliable and more private.