Unlocking Security: Pioneering a Novel Elliptic Curve-Based Hashing Scheme

Abstract

Low-power networks and devices are becoming increasingly prevalent globally. These networks facilitate the exchange of concise messages, such as measurements and instructions. However, ensuring security, particularly concerning message integrity and sender authentication, presents a challenge in constrained environments. This article introduces a major breakthrough in the field of cryptography through the development of an innovative hash function leveraging the torsion subgroup on an elliptic curve. By incorporating the unique properties of this group, our approach redefines data security standards. We demonstrate the heightened resilience of our hash function against current attacks while maintaining exceptional performance. This novel method represents a significant advancement in safeguarding sensitive information, paving the way for more robust cybersecurity and practical applications across various domains. Experimental results confirm the effectiveness and security of our approach, establishing new perspectives for the evolution of modern cryptography.