In the DiDAX project, our primary focus revolves around the development and evaluation of 3-5 pioneering authentication protocols. These protocols will not only undergo rigorous analysis but also be integrated into practical applications, particularly within in-product information storage systems. To showcase the effectiveness and viability of these protocols, we aim to conduct end-to-end proofs of concept (PoCs) utilizing two distinct methodologies. One PoC will leverage a specific authentication protocol described in detail, while the other will explore CRISPR-mediated segmentation of DNA for authentication purposes.
Moreover, we’re venturing into uncharted territory by exploring DNA-based one-way functions for cryptographic applications. By utilizing DNA as the foundation for authentication, we introduce a novel approach that provides inherent security benefits. Additionally, we’re pioneering the development of a comprehensive mathematical framework specifically tailored for the analysis of DNA-based authentication protocols. This framework aims to address various security concerns, including side-channel attacks and fault attacks, thus ensuring the robustness of the protocols in real-world scenarios.
Overall, our endeavors in DiDAX represent a significant leap forward in the realm of authentication protocols, promising enhanced security and practicality through innovative methodologies and rigorous analysis.