Jumbling-Salting: An improvised approach for password encryption

Churi, Prathamesh; Ghate, Vaishali; Ghag, Kranti

doi:10.1109/ticst.2015.7369364

Cited by 14 publications

(22 citation statements)

References 3 publications

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“…The main idea behind securing data is encrypting it so that attackers cannot access the sensitive data for unauthorized use. Some algorithms that are used for encrypting the user details are JS (Jumbling and Salting) [2,12], DES (Data Encryption Standard) [1,6], AES (Advanced Encryption Standard), etc. These algorithms use symmetric key encryptions [1,5,6] i.e.…”

Section: Working Of Payment Gatewaymentioning

confidence: 99%

“…An overview and comparison of these algorithms is presented in this paper. We have compared the algorithms based on the following parameters: Cipher text Size, Encryption Time, Decryption Time and Throughput [2].…”

Section: Working Of Payment Gatewaymentioning

confidence: 99%

“…JSSecure is designed in such a way that it uses double encryption for securing the user details from the attacks. It is based on the Jumbling-Salting algorithm which is a symmetric key algorithm [2]. JS is based on two steps first Jumbling and then Salting.…”

Section: Working Of Payment Gatewaymentioning

confidence: 99%

“…In Salting process the jumbled string is taken as input and some salt is added to it. The JS Algorithm uses randomized processes which make the data even more secure by making it difficult for attackers to predict the plaintext [2].…”

Section: Working Of Payment Gatewaymentioning

confidence: 99%

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JSSecure: A Secured Encryption Strategy for Payment Gateways in E-Commerce

Oruganti¹,

Shah²,

Pavri³

et al. 2017

CCS Archive

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JSSecure is a framework for online payment systems over e-commerce websites. Payments made online using debit/credit cards have become familiar, and the users are shifting to a higher comfort level with this method of payment. Nowadays for any online transactions, a payment gateway is used which is a service that is provided by an e-commerce or by any bank that authorizes the details of the user for the secure transaction. This paper presents a frame format of JSSecure. For any transaction, there has to be a way in which the user details needs to be protected. Cryptography is one of the methods which is used for converting the information from its standard form to encrypted form or unreadable for the attackers. Using JSSecure, each user detail is encrypted individually to provide extra security against attackers. There are umpteen number of payment gateway methods like 3D Secure, SET, and MSET Protocols. Various algorithms help user securely enter his/her card details, some of them are Jumbling Salting (JS), Data Encryption Standard (DES), Advanced Encryption Standard (AES), etc. which are used for the encrypting the details securely. All these algorithms are symmetric key. JSSecure uses double encryption strategy for more security. We will be providing a fair comparison of Data Encryption Standard (DES), Advanced Encryption Standard (AES) and Jumbling Salting (JS) algorithms. Since our major concern here is the performance of algorithms under different conditions, we will be comparing on the basis of speed, block size, and key size on the encryption time, decryption time, throughput and size of cipher text. This analysis will help in implementing the best-suited algorithm for the proposed payment gateway. It will be open source and hence it will be more cost efficient.

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Section: Working Of Payment Gatewaymentioning

confidence: 99%

Section: Working Of Payment Gatewaymentioning

confidence: 99%

Section: Working Of Payment Gatewaymentioning

confidence: 99%

Section: Working Of Payment Gatewaymentioning

confidence: 99%

See 2 more Smart Citations

JSSecure: A Secured Encryption Strategy for Payment Gateways in E-Commerce

Oruganti¹,

Shah²,

Pavri³

et al. 2017

CCS Archive

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show abstract

“…The Image in Jumbling block should pass through "addition" "selection" and "reverse" sub block. [9,10] In the addition block, the number of characters which are to be added to the native block are created .Selecting characters from the given character set and adding it to the binary matrix is been done in selection block .Character set is been provided with n different character .In reverse block, by running a predefined condition the result generated is been reverse.…”

Section: Introductionmentioning

confidence: 99%

Image Encryption using Jumbling-Salting Algorithm

2019

IJITEE

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With the advent of digital world today, securing images across internet has become an important issue. There exist many image security techniques viz. steganography, encryption, watermarking etc. Image Encryption is one of such fruitful technique which encrypts an image using random secret key and stores the encrypted image on the server. There are many challenges of implementing image encryption algorithms such as higher computational complexity, loss of information during encryption, universality and applicability of algorithm, less scalability etc. Many image encryption algorithms are selective image encryption algorithm which works for specific part of image. It consists of encrypting only a subset of the data. The aim of selective encryption is to reduce the amount of data to encrypt while preserving a sufficient level of security. The selective encryption algorithms have a problem of scalability and data loss. The paper proposes a new algorithm Jumbling-Salting for images. The algorithm was earlier used in encryption passwords, text files, DNS, payment gateway data etc. An application is developed which incorporates the Jumbling salting encryption stategy for images.

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PixJS: A novel chaos‐based approach for image encryption

Tuli

Soneji

Vahora

et al. 2022

Concurrency and Computation

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Image encryption has variety of applications in the healthcare, military, e-commerce, and education sectors. Along with processing images for various applications, secure storage of such images is essential. For many years, encryption of images is a fruitful method for the secure transmission of multimedia data that carries sensitive information across multiple mediums. There is umpteen number of image encryption methods available which exhibit improved performance either in time, space, or susceptance to attacks in a controlled environment. Few image encryption algorithms have higher computational complexity, whereas some are immune to a handful of attacks (either differential, statistical, brute force, or known-plaintext and chosen-plain text attacks). We have developed a novel chaos-based image encryption algorithm-PixJS for 8-bit grayscale images based on linear feedback shift register, logistic map, and jumbling process. The algorithm was initially proposed for the text-based passwords called as jumbling-salting algorithm in 2014. We conducted a comprehensive analysis of the proposed algorithm on sets of symmetric and asymmetric images (10 samples each) and addressed four research questions primarily based on speed and security parameters. After conducting thorough experimentation, we found that our algorithm outperformed existing algorithms in security and has proven to be resistant to statistical, differential, brute-force, known plain text, and chosen plain text attacks.

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Jumbling-Salting: An improvised approach for password encryption

Cited by 14 publications

References 3 publications

JSSecure: A Secured Encryption Strategy for Payment Gateways in E-Commerce

JSSecure: A Secured Encryption Strategy for Payment Gateways in E-Commerce

Image Encryption using Jumbling-Salting Algorithm

PixJS: A novel chaos‐based approach for image encryption

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