An Optimized Mathematical Crypto Accelerator to Avoid the Third Parties and Reduce Memory Usage

Abstract

These days, keeping digital conversations safe matters more than ever. The problem is, most cryptographic tools out there lean on third-party services. That opens the door to privacy risks, and things can get pretty demanding on your hardware. That’s why this research introduces the Boolean-multi-based Hyena Crypto Elliptic Accelerator, or BbHCEA. It’s a new kind of cryptographic setup that cuts down on both memory and computational costs. BbHCEA runs on the Xilinx platform and handles encryption and decryption with a clever blend of Boolean-multi operations. By doing this, it skips the need for outside parties. Everything moves faster—you get encryption and decryption speeds that actually work for real-time apps. When the team put BbHCEA through detailed security and performance tests, it outperformed traditional cryptographic systems. It not only boosted security but also slashed latency and improved overall performance. In short, BbHCEA offers a scalable, cost-effective way to secure digital spaces, giving you strong protection against cyber threats without slowing you down