Secure applications need flexible operating systems

David Mazières, M. Kaashoek
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引用次数: 54

Abstract

As information exchange over wide area networks becomes an increasingly essential component of new applications, firewalls will no longer provide an adequate defense against malicious attackers. Individual workstations will need to provide strong enough security to contain malicious processes and prevent the domino effect of a pierced firewall. Some of the most commonly found security holes today result from the fact that simple operations can be surprisingly difficult to implement correctly on top of a traditional POSIX-like interface. We claim that by combining hierarchically-named capabilities, a novel generalization of the Unix user and group ID concept, with the low-level system calls of an exokernel operating system, we can achieve a system-call interface which is flexible enough to avoid much of the complexity that often leads to security holes in discretionary access control operating systems like Unix.
安全应用程序需要灵活的操作系统
随着广域网上的信息交换日益成为新应用程序的重要组成部分,防火墙将不再提供足够的防御恶意攻击者。单个工作站将需要提供足够强大的安全性,以包含恶意进程并防止穿透防火墙的多米诺骨牌效应。目前最常见的一些安全漏洞是由于在传统的类posix接口上正确实现简单操作非常困难。我们声称,通过将分层命名的功能(Unix用户和组ID概念的新颖概括)与exokkernel操作系统的低级系统调用相结合,我们可以实现一个足够灵活的系统调用接口,以避免在像Unix这样的自由访问控制操作系统中经常导致安全漏洞的复杂性。
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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