物联网战场中基于信任的安全

S. Desai, M. Nene
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引用次数: 2

摘要

信任评估是一个替代的安全领域,它不遵循传统的密码学及其相关机制。信任在任何自组织网络(SON)中都很重要,适用于关键任务系统,在这些系统中,在临时部署中出现系统范围的自适应结构,并且从单个实体之间的简单本地交互中获得功能是至关重要的。因此,事务在控制和数据传输方面是协作的。物联网战场(BoTs)是一个用例,演示了协作无线传感器网络的部署,可扩展到物联网。本文将信任评估机制应用于bot中,以实现敌对环境下的安全交易。提出了一种基于分布式Agent的bot信任评估方法。该工作解决了BoT的异质性和战场上的多模态传感器方法,以及敌方BoT参与网络交易的问题;因此,只允许良性BoT参与网络运营。交易bot评估所有敏感数据传输的信任,从而展示数据信任。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Trust Based Security in Battlefield-of-Things
Trust evaluation is an alternate security field, which does not follow the traditional domain of cryptography and its allied mechanisms. Trust is important in any Self-Organising Network (SON) and applicable to mission critical systems where the emergence of system-wide adaptive structure in adhoc deployment and functionality from simple local interactions between individual entities is paramount. Transactions are thus collaborative for control and data transfers. Battlefield-of-Things (BoTs) is a use-case which demonstrates deployment of collaborative wireless sensor network, extensible to employ the Internet of Things. Trust evaluation mechanisms are applied in this work in BoTs to achieve secure transactions in hostile environment. The work proposes a distributed Agent based Trust Evaluation for BoTs. The work addresses the heterogenity of BoTs and the multimodal sensor approach in the battlefield along with the issue of adversary BoT participating in network transactions; hence only a benign BoT is allowed to participate in network operations. Transacting BoTs evaluate trust for all sensitive data transfers thereby demonstrating data trust.
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