Internet of Things (IoT) is becoming more frequently used in more applications as the number of connected devices is in a rapid increase. More connected devices result in bigger challenges in terms of scalability, maintainability and most importantly security especially when it comes to 5G networks. The security aspect of IoT devices is an infant field, which is why it is our focus in this paper. Multiple IoT device manufacturers do not consider securing the devices they produce for different reasons like cost reduction or to avoid using energy-harvesting components. Such potentially malicious devices might be exploited by the adversary to do multiple harmful attacks. Therefore, we developed a system that can recognize malicious behavior of a specific IoT node on the network. Through convolutional neural network and monitoring, we were able to provide malware detection for IoT using a central node that can be installed within the network. The achievement shows how such models can be generalized and applied easily to any network while clearing out any stigma regarding deep learning techniques.
翻译:由于连通装置的数量正在迅速增加,互联网上的东西(IoT)在更多的应用中越来越频繁地使用。更多的连通装置在可扩缩性、可维持性以及最重要的安全方面造成了更大的挑战,特别是在5G网络方面。IoT装置的安全方面是一个新生领域,这就是为什么我们在本文中关注的这个领域。多IoT装置制造商不考虑保护他们生产的各种装置,例如降低成本或避免使用能源收获部件。这种潜在的恶意装置可能会被对手用来进行多重有害攻击。因此,我们开发了一个系统,可以识别网络上某个特定的IoT节点的恶意行为。通过共生神经网络和监测,我们能够利用可在网络内安装的中心节点为IoT提供恶意检测。成就显示这些模型如何能够被普遍化并容易地应用于任何网络,同时消除关于深层学习技术的任何污名。