安全可扩展的物联网P2P网络信任管理模型

Rzan Tarig Frahat, Muhammed Mostafa Monowar, S. Buhari
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引用次数: 18

摘要

物联网信任管理是一种安全解决方案,在与其他匿名设备建立任何关系之前,确保不同物联网实体之间的信任。最近文献中提出的研究倾向于在雾节点方法之外使用基于区块链的物联网信任管理模型,以解决物联网资源的约束。实际上,区块链解决了中心化模式的许多弊端。然而,由于其延迟、网络开销和可扩展性问题等缺点,它仍然不适合处理物联网产生的大量数据。因此,在本文中,我们定义了设计可扩展模型时应考虑的一些因素,并提出了一个面向物联网的全分布式信任管理模型,该模型提供了一个大规模的信任模型,并解决了区块链的局限性。我们基于一种名为Holochain的新方法设计了我们的模型,考虑了一些安全问题,例如检测错误行为、数据完整性和可用性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Secure and Scalable Trust Management Model for IoT P2P Network
IoT trust management is a security solution that assures the trust between different IoT entities before establishing any relationship with other anonymous devices. Recent researches presented in the literature tend to use a Blockchain-based trust management model for IoT besides the fog node approach in order to address the constraints of IoT resources. Actually, Blockchain has solved many drawbacks of centralized models. However, it is still not preferable for dealing with massive data produced by IoT because of its drawbacks such as delay, network overhead, and scalability issues. Therefore, in this paper we define some factors that should be considered when designing scalable models, and we propose a fully distributed trust management model for IoT that provide a large-scale trust model and address the limitations of Blockchain. We design our model based on a new approach called Holochain considering some security issues, such as detecting misbehaviors, data integrity and availability.
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