Deployment Consideration on Secure Computation for Radix-16 Scalar Multiplication

Abstract

An Elliptic Curve Cryptography (ECC) algorithm is one of the most powerful with respect to better security and performance than RSA algorithm. Most of applications prefer to implement this approach due to the use of shorter key sizes, low computation costs and most probably the discrete logarithmic problem is hard to achieve. In addition to it, with the support of hardware most of computation costs have been reduced in the general observation and widely available the reduction of pre-computed operations using strategies is playing one of the concerns in research gap creation. In the manuscript, we analyzed the proposed Radix-16 scalar multiplications without pre-computation for ECC and considered to be one of advanced approach technique, which is counted in the form of reduced complexity costs, reliable and secure computing. It also consists in relation to the more appropriateness for low memory devices and reduced instruction set computing, therefore a possible deployment is considered.