用于缓解威胁的网络安全框架的验证

IF 0.2 Q4 ENGINEERING, MULTIDISCIPLINARY
Yeison-Isaac Llanten-Lucio, Siler Amador-Donado, Katerine Marceles-Villalba
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引用次数: 0

摘要

目前,互联网上存在许多威胁用户信息安全的威胁,这些用户每天使用不同的设备访问网络,这些设备与他们的家庭或组织连接,在许多情况下,这些设备没有足够的安全控制,最终会使自己暴露在随着时间的推移而增长的所有威胁之下。这就是为什么本文旨在提出一个网络安全框架的验证,该框架允许通过使用物联网、区块链和深度学习等新兴技术对家庭和组织实施控制来减轻和降低风险,以提高安全级别。上述是以行动研究的方法论方法进行的,从改进寻求转变的过程开始,因此,通过对通过同一网络的流量进行智能分析,从而在入侵检测系统(IDS)中以自动化的方式智能地生成规则,从而实现了上述方法的集成,用于检测内部网络中可能的恶意主机使用区块链技术的通道,以最终保证所述规则的完整性,并允许与连接到框架的所有设备保持相同信息的不变性和同步性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Validation of Cybersecurity Framework for Threat Mitigation
Currently on the Internet there are many threats that threaten the security of the information of users who daily access this network using different devices that connect from their homes or organizations that in many cases do not have security controls enough and end up exposing themselves to all those threats that grow over time. That is why this article aims to propose the validation of a cybersecurity framework that allows mitigating and reducing risks to increase security levels through the implementation of controls for homes and organizations using emerging technologies such as: IoT, Blockchain and Deep Learning. The foregoing was carried out with the methodological approach of action research starting from the improvement of the process in search of transformation, thus obtaining as results the integration of the aforementioned methodologies for the detection of possible malicious hosts within an internal network through an intelligent analysis of the traffic that passes through the same network in order to intelligently generate rules in intrusion detection systems (IDS) in an automated way and that these rules can in turn be distributed through a secure channel using the Blockchain technology, to finally guarantee the integrity of said rules and that also allows maintaining the immutability and synchronization of the same information with all the devices connected to the framework.
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