iATA协议的安全数据机制

Shirly Lee, Hyotaek Lim, Hoon-Jae Lee
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引用次数: 1

摘要

无处不在的技术的出现,使PDA和智能手机等移动设备从曾经被认为是奢侈品的设备转变为日常必需品。这一趋势带动了移动数据存储需求的增长。2008年,Internet Advanced Technology Attachment (iATA)由Yu-Shu They等人提出,作为解决移动设备存储限制问题的备选方案之一。有了iATA,移动用户可以随时随地通过网络访问他们的宝贵数据,就像本地附加的存储设备一样。然而,在iATA环境中,数据的安全性一直是用户关心的问题,因为iATA中的数据传输是通过开放的TCP/IP网络进行的,没有采取任何安全防御措施。移动用户不仅希望访问他们无处不在的数据,而且他们也不能放弃数据的安全性。本文主要研究如何为iATA协议提供数据认证和机密性。考虑到移动设备有限的资源,我们提出了一种将嵌套哈希函数与NLM-128相结合的轻量级安全数据机制。在提出的机制中,我们使用嵌套哈希函数提供数据认证,然后使用NLM-128密码对消息和哈希码进行加密,以确保数据的机密性。
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Secure data mechanism for iATA Protocol
The emerging of ubiquitous technology has transformed mobile device such as PDA and smart phone from a device once considered as a luxury to a daily requirements device. This trend has lead the increasing of mobile data storage demand. In year 2008, Internet Advanced Technology Attachment (iATA) has been introduce by Yu-Shu They et al as one of the alternate solution to resolve the mobile devices' storage limitation issues. With iATA, mobile users are able to access their valuable data through the network anytime anywhere as is the storage device attached to them locally. However data safety is always a concern to the user in iATA environment as data transmission in iATA done via open TCP/IP network without adopting any security defense. The mobile user does not only wish to access their data ubiquity but they also can't let go the security of their data. In this paper, we focus on how to provide data authentication and confidentiality for iATA protocol. Taking consideration of the mobile devices' limited resources, we propose a lightweight secure data mechanism with the combination of nested hash function and NLM-128.In the propose mechanism we use nested hash function to provide data authentication, subsequently encrypt the message and the hash code with NLM-128 cipher to ensure the data confidentiality.
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