Design of a Cryptographic Algorithm in the Form of an API in Order to Secure Monetary Transactions in a Supermarket

Atsopmene Tango Vanette Eleonore, Gamom Ngounou Ewo Roland Christian, Kom Charles Hubert
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引用次数: 0

Abstract

Supermarkets and large-scale retail stores are usually subject to huge monetary transactions for certain customers’ purchases. The computerization of these systems is common in supermarkets but the security of these transactions remains a mystery. This article presents an algorithm as an API based on symmetric cryptography that can enable end-to-end encryption of a monetary transaction in a supermarket. This algorithm is the first part of the complete supermarket management system which will be presented in the following article. The Python language and the Flask framework allow us to develop the algorithm as an independent component. Tests have been performed and our algorithm uses 98.49% less memory and 10.18% time saving than the AES algorithm.
以API形式设计一种加密算法,以保证超市货币交易的安全
超市和大型零售商店通常会因为某些顾客的购买而发生巨额货币交易。这些系统的计算机化在超市中很常见,但这些交易的安全性仍然是一个谜。本文提出了一种基于对称密码学的API算法,可以对超市中的货币交易进行端到端加密。该算法是整个超市管理系统的第一部分,将在接下来的文章中介绍。Python语言和Flask框架允许我们将算法作为一个独立的组件来开发。经过测试,我们的算法比AES算法节省了98.49%的内存和10.18%的时间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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