Generating policies for defense in depth

P. Rubel, Michael Ihde, S. Harp, C. Payne
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引用次数: 13

Abstract

Coordinating multiple overlapping defense mechanisms, at differing levels of abstraction, is fraught with the potential for misconfiguration, so there is strong motivation to generate policies for those mechanisms from a single specification in order to avoid that risk. This paper presents our experience and the lessons learned as we developed, validated and coordinated network communication security policies for a defense-in-depth enabled system that withstood sustained red team attack. Network communication was mediated by host-based firewalls, process domain mechanisms and application-level security policies enforced by the Java virtual machine. We coordinated the policies across the layers using a variety of tools, but we discovered that, at least for defense-in-depth enabled systems, constructing a single specification from which to derive all policies is probably neither practical nor even desirable
为纵深防御生成策略
在不同的抽象层次上协调多个重叠的防御机制充满了错误配置的可能性,因此有强烈的动机从单个规范为这些机制生成策略,以避免这种风险。本文介绍了我们为抵御红队持续攻击的纵深防御启用系统开发、验证和协调网络通信安全策略的经验和教训。网络通信由基于主机的防火墙、进程域机制和由Java虚拟机实施的应用程序级安全策略进行调解。我们使用各种工具跨层协调策略,但是我们发现,至少对于支持纵深防御的系统来说,构建一个单一的规范来派生所有策略可能既不实际,也不可取
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