A Review: Collaborative Intrusion Detection for IoT integrating the Blockchain technologies

Hafsa Benaddi, Khalil Ibrahimi
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引用次数: 7

Abstract

Several anomaly detection systems prototypes are deployed to set up real-world solutions exclusively dedicated to the banking industry due to the high potentials of attacks. Exchanging highly security-sensitive data over a network between nodes requires high-security levels of IoT devices, representing a big challenge. Thus, many systems were developed to detect and predict any malicious activity. In our digital world, it is very challenging to master the fact that we, as a whole internet community, create an uncountable number of bytes of data every 24 hours. This truth leads researchers to explore and discover new technologies to handle massive data by ensuring individuals security and privacy. Inspired by this, our work supports researchers in this field by providing a selective overview of the most relevant findings investigating and proposing solutions on Intrusion Detection Systems (IDS) over the Internet of Thing (IoT). Furthermore, the Blockchain integration as the principal registry for safe data storage is well explained and detailed while covering security qualities that analyze and classify different confronted open challenges in this path.
基于区块链技术的物联网协同入侵检测研究综述
由于攻击的高潜力,部署了几个异常检测系统原型,以建立专门针对银行业的现实世界解决方案。在节点之间的网络上交换高度安全敏感的数据需要高安全级别的物联网设备,这是一个巨大的挑战。因此,开发了许多系统来检测和预测任何恶意活动。在我们的数字世界里,我们作为一个整体的互联网社区,每24小时都会产生数不清的数据,这是一个非常具有挑战性的事实。这一事实促使研究人员探索和发现通过确保个人安全和隐私来处理海量数据的新技术。受此启发,我们的工作通过提供对物联网(IoT)入侵检测系统(IDS)调查和提出解决方案的最相关发现的选择性概述,为该领域的研究人员提供支持。此外,区块链集成作为安全数据存储的主要注册表得到了很好的解释和详细说明,同时涵盖了分析和分类这条路径中面临的不同开放挑战的安全质量。
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