Control Flow Integrity: Embedded System Code Reuse Defence

Chethan C V, Pavan Sai, Deepak U, Chirag S
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Abstract

Hardware-based program Control Flow Integrity (CFI) components, centering on the state-of- the-art usage innovations. Control Stream Keenness may be a significant security degree pointed at moderating control- flow capturing assaults, such as Return Oriented Programming (ROP) and Jump Oriented Programming (JOP). Whereas software-based CFI arrangements have been compelling to a few degree, their restrictions have impelled the improvement of hardware-based approaches for improved security. This survey analyzes unmistakable innovations in this space, counting Intel CET (Control-flow Requirement Innovation), ARM Pointer Verification, AMD SEV-SNP (Secure Settled Paging), and RISC-V CFI Expansions. Each technology's highlights, usage strategies, and contributions to fortifying cyber security are analyzed to supply bits of knowledge into the current scene of hardware-based computer program CFI. By leveraging hardware-level protections, these progressions offer strong security against advanced control-flow capturing assaults, subsequently reinforcing the security pose of computing frameworks. As cyber dangers proceed to advance, the require for vigorous security components to ensure against control-flow capturing assaults gets to be progressively basic. This audit digs into the state-of-the-art execution innovations for hardware-based computer program Control Stream Astuteness
控制流完整性:嵌入式系统代码重用防御
基于硬件的程序控制流完整性(CFI)组件,以最先进的使用创新为中心。控制流强度(Control Stream Keenness)是一种重要的安全级别,旨在缓和控制流捕获攻击,如面向返回编程(ROP)和面向跳转编程(JOP)。虽然基于软件的 CFI 安排在一定程度上令人信服,但它们的限制促使人们改进基于硬件的方法,以提高安全性。本研究分析了该领域的创新技术,包括英特尔 CET(控制流要求创新)、ARM 指针验证、AMD SEV-SNP(安全设置分页)和 RISC-V CFI 扩展。分析了每种技术的亮点、使用策略和对加强网络安全的贡献,为当前基于硬件的计算机程序CFI提供了一些知识。通过利用硬件级保护,这些技术进步提供了针对高级控制流捕获攻击的强大安全性,从而增强了计算框架的安全性能。随着网络危险的不断加剧,需要强有力的安全组件来确保抵御控制流捕获攻击,这一点变得越来越重要。本报告深入探讨了基于硬件的计算机程序控制流智能的最新执行创新技术。
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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