Challenges affecting a defense-in-depth security architected network by allowing operations of wireless access points (WAPs)

G. Suarez
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引用次数: 3

Abstract

Many corporations and government organizations spend millions of dollars in the protection of their company or organizational data. These protection mechanisms often follow a secured layered approach, called defense in depth (DiD), which allow these organizations to have a more secured network based on security mechanisms at different areas of their network design. Defense in depth is the concept of protecting a computer network with a series of defensive mechanisms such that if one mechanism fails, another will already be in place to thwart an attack. Because there are so many potential attackers with such a wide variety of attack methods available, there is no single method for successfully protecting a computer network. Utilizing the strategy of defense in depth will reduce the risk of having a successful-and likely very costly-attack on a network. In today's environment there is more of a need than ever for increased security in enterprise level networks. Companies are finding themselves with offices around the world and needing a way to provide an affordable high speed secure communications between them as well as provide ways to implement wireless technologies in a secured environment. This paper describes an example of how this can be done and the special issues and challenges associated with securing these types of networks.
通过允许无线接入点(wap)的操作来影响纵深防御安全体系结构网络的挑战
许多公司和政府机构花费数百万美元来保护他们的公司或组织数据。这些保护机制通常遵循一种安全的分层方法,称为深度防御(DiD),它允许这些组织在其网络设计的不同区域基于安全机制拥有更安全的网络。纵深防御是用一系列防御机制保护计算机网络的概念,如果一种机制失效,另一种机制已经到位,可以阻止攻击。由于潜在的攻击者如此之多,使用的攻击方法种类繁多,因此没有一种方法可以成功地保护计算机网络。利用纵深防御策略将降低对网络进行成功攻击的风险,并且可能代价高昂。在当今的环境中,对企业级网络的安全性的需求比以往任何时候都要高。公司发现自己在世界各地都有办事处,需要一种方法来提供负担得起的高速安全通信,并提供在安全环境中实现无线技术的方法。本文描述了如何做到这一点的一个例子,以及与保护这些类型的网络相关的特殊问题和挑战。
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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