Improvised E-commerce Transaction Security using JSSecure Algorithm

M. N. Prasad, Mr. Ramakrishna Oruganti, Mr. Saurabh Shah, Mr. Yohan Pavri, Prathamesh P. Churi
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引用次数: 5

Abstract

Encryption algorithms form the basis of any secure transmission between two interacting parties. Keeping this in mind, in the following paper, we present a secure payment system that utilizes an encryption algorithm that we have developed and integrated within the rules of the SET protocol. As should be in any payment system, security is our top priority and maximum emphasis has been laid on encrypting the user details and preventing cracking. We have done so, by increasing the length of cipher text as compared to any traditional encryption algorithm used in payment systems, while keeping the encryption and decryption time as well as the throughput within permissible limits. The algorithm we are using is based of Jumbling Salting encryption algorithm. A number of modifications have been made to the initial form of the algorithm and the resultant has been used.
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基于JSSecure算法的简易电子商务交易安全
加密算法构成了交互双方之间任何安全传输的基础。考虑到这一点,在下面的论文中,我们提出了一个安全的支付系统,该系统利用了我们开发并集成在SET协议规则中的加密算法。就像在任何支付系统中一样,安全是我们的首要任务,最大的重点是加密用户信息和防止破解。与支付系统中使用的任何传统加密算法相比,我们已经通过增加密文的长度来做到这一点,同时将加密和解密时间以及吞吐量保持在允许的范围内。我们使用的算法是基于Jumbling Salting加密算法。对算法的初始形式进行了一些修改,并使用了结果。
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