SoK: Autonomic Cybersecurity - Securing Future Disruptive Technologies

C. Rouff, Lanier A Watkins, Roy Sterritt, S. Hariri
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引用次数: 1

Abstract

This paper is a systemization of knowledge of autonomic cybersecurity. Disruptive technologies, such as IoT, AI and autonomous systems, are becoming more prevalent and often have little or no cybersecurity protections. This lack of security is contributing to the expanding cybersecurity attack surface. The autonomic computing initiative was started to address the complexity of administering complex computing systems by making them self-managing. Autonomic systems contain attributes to address cyberattacks, such as self-protecting and self-healing that can secure new technologies. There has been a number of research projects on autonomic cybersecurity, with different approaches and target technologies, many of them disruptive. This paper reviews autonomic computing, analyzes research on autonomic cybersecurity, and provides a systemization of knowledge of the research. The paper concludes with identification of gaps in autonomic cybersecurity for future research.
自主网络安全——确保未来颠覆性技术的安全
本文是对自主网络安全知识的系统化研究。物联网、人工智能和自主系统等颠覆性技术正变得越来越普遍,而且往往很少或根本没有网络安全保护。缺乏安全性导致网络安全攻击面不断扩大。自主计算计划的开始是为了通过使复杂计算系统实现自我管理来解决管理复杂计算系统的复杂性。自主系统包含应对网络攻击的属性,例如可以保护新技术的自我保护和自我修复。有许多关于自主网络安全的研究项目,采用不同的方法和目标技术,其中许多具有颠覆性。本文综述了自主计算,分析了自主网络安全的研究,并提供了一个系统的研究知识。本文最后指出了未来自主网络安全研究的空白。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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