In-Depth Modeling of the UNIX Operating System for Architectural Cyber Security Analysis

Alexandre Vernotte, Pontus Johnson, M. Ekstedt, Robert Lagerström
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引用次数: 6

Abstract

ICT systems have become an integral part of business and life. At the same time, these systems have become extremely complex. In such systems exist numerous vulnerabilities waiting to be exploited by potential threat actors. pwnPr3d is a novel modelling approach that performs automated architectural analysis with the objective of measuring the cyber security of the modeled architecture. Its integrated modelling language allows users to model software and hardware components with great level of details. To illustrate this capability, we present in this paper the metamodel of UNIX, operating systems being the core of every software and every IT system. After describing the main UNIX constituents and how they have been modelled, we illustrate how the modelled OS integrates within pwnPr3d's rationale by modelling the spreading of a self-replicating malware inspired by WannaCry.
面向体系结构网络安全分析的UNIX操作系统深度建模
信息通信技术系统已经成为商业和生活中不可或缺的一部分。同时,这些系统也变得极其复杂。在这样的系统中存在许多漏洞,等待潜在的威胁行为者利用。pwnPr3d是一种新颖的建模方法,它执行自动化的体系结构分析,目的是测量建模体系结构的网络安全性。其集成的建模语言允许用户对软件和硬件组件进行高度详细的建模。为了说明这种能力,我们在本文中提出了UNIX的元模型,操作系统是每个软件和每个IT系统的核心。在描述了主要的UNIX组件以及它们是如何建模的之后,我们通过建模受WannaCry启发的自我复制恶意软件的传播来说明建模的操作系统如何集成在pwnPr3d的基本原理中。
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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