IPv4到IPv6转换的安全机制

A. Taib, R. Budiarto
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引用次数: 8

摘要

从IPv4到IPv6的转换是通过各种转换机制实现的,这些转换机制被分类为双栈、隧道和转换。然而,由于互联网服务广泛部署在IPv4,这两个协议共存的过渡期可能需要数年时间才能完成。因此,成功的IPv6过渡取决于与大量已安装的IPv4主机和路由器的兼容性,以及维护网络的安全性,使其免受两种互联网协议的潜在威胁和漏洞。本文对过渡期的潜在安全问题进行了分类,并对所发现的问题提出了防范机制。由于双堆叠主机或网络是目前企业可以解决的最简单的IPv6部署,因此本文主要研究在双堆叠环境下分布式防火墙的可能实现,包括在边缘路由器上进行包过滤以及基于主机的防火墙。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Security Mechanisms for the IPv4 to IPv6 Transition
Transition from IPv4 to IPv6 has been made possible through various transition mechanisms, categorized as dual-stack, tunneling and translation. However, period of transition may take years to complete which both protocols will coexist due to Internet services deployed are widely in IPv4. So, a successful IPv6 transition is depended on the compatibility with the large installed base of IPv4 hosts and routers, as well as maintaining security of the network from potential threats and vulnerabilities of both Internet protocols. This paper classifies potential security issues in the transition period and identifies prevention mechanisms to the problems identified. As dual-stacked host or network is the most simple IPv6 deployment any enterprise can settle for now, this paper focuses on possible implementation of distributed firewall in a dual-stacked environment which involves packet filtering at the edge router as well as the host-based firewall.
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