软件安全中的网络自治:技术与策略

Tiffany Bao, Yan Shoshitaishvili
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引用次数: 0

摘要

软件安全研究传统上侧重于开发针对软件漏洞的特定攻击和防御技术。软件安全技术在实践中只有在可以利用它们来实现目标的程度上才是有用的。不同的各方——个人、公司或国家——将进攻和防御技术作为整体系统的组成部分来实施,这些系统在战略上相互作用。本章旨在向读者介绍软件安全中的网络自治。我们将通过介绍软件安全中的技术和策略,对这个主题提供一个整体的看法。本章将介绍软件安全中网络自治的高级模型,并解释技术和策略如何在软件安全中协同工作,讨论当前的软件安全技术(包括漏洞发现、漏洞生成、漏洞修补和漏洞反弹),一旦读者熟悉了软件安全的背景和背景,这是建立博弈论模型的先决条件,将介绍自主计算机安全游戏,这是本章的核心。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cyber Autonomy in Software Security: Techniques and Tactics
Software security research traditionally focuses on the development of specific offense and defense techniques on software vulnerabilities. Software security techniques are useful in practice only to the extent they can be leveraged to achieve a goal. Different parties‐individuals, companies, or nations‐implement offensive and defensive techniques as components in holistic systems, and these systems strategically interact with each other.This chapter aims to introduce to the reader cyber autonomy in software security. We will offer a holistic view on this topic by presenting both techniques and tactics in software security. This chapter will introduce the high‐level model of cyber autonomy in software security and explain how techniques and tactics co‐work in software security, discuss current software security techniques (including vulnerability discovery, exploit generation, vulnerability patching, and vulnerability ricochet) and, once the readers have gained familiarity with the background and the context in software security that serves as the prerequisites for building a game theoretical model, will introduce the autonomous computer security game, which is the core of the chapter.
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