BoxLock: Mobile-based Serpent cryptographic algorithm and One-Time Password mechanism implementation for Dropbox files security

Aditya Yulianto, S. Kom, Maria Irmina Prasetiyowati
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引用次数: 0

Abstract

Dropbox, a popular cloud storage provider, pose several threats especially in terms of file security and unauthorized access. An Android and a web application which implemented Serpent cryptographic algorithm and One-Time Password (OTP) mechanism to secure files on Dropbox and a web application was built as a solution by utilizing Dropbox Application Programming Interface (API) and Bouncy Castle library. The aim of this research is to make an application for encrypting Dropbox files and therefore, to ensure uploaded files from being accessed by unauthorized parties. In this research, Serpent algorithm was implemented because of its hardware efficiency and an additional feature, OTP mechanism, was used as additional user authentication process. The research shown that encryption and decryption processes each took three seconds for processing a two megabytes file, and the file was not accessible in encrypted form.
BoxLock:基于移动端的Serpent加密算法和一次性密码机制实现,用于Dropbox文件安全
Dropbox是一家流行的云存储提供商,它在文件安全和未经授权的访问方面构成了几个威胁。利用Dropbox应用程序编程接口(API)和Bouncy Castle库构建了一个Android和web应用程序,该应用程序实现了Serpent加密算法和一次性密码(OTP)机制,以保护Dropbox上的文件和web应用程序。这项研究的目的是使加密Dropbox文件的应用程序,因此,以确保上传的文件被未经授权的各方访问。在本研究中,由于Serpent算法的硬件效率高,并使用了额外的特性OTP机制作为额外的用户认证过程。研究表明,处理一个2兆字节的文件,加密和解密过程各需要3秒钟,并且无法以加密形式访问该文件。
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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