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Proposal for a Practical Cipher Communication Protocol That Can Coexist with NAT and Firewalls

机译:可以与NAT和防火墙共存的实用密码通信协议的提案

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Threats to network security have become a serious problem, and encryption technologies for communications are an important issue these days. Although the security of IPsec ESP (, that is a typical existing cipher communication technology) is strong, it has such problems that it can not be used in the environment where it coexists with NAT and firewalls, and that there also exists some degradation of throughput. For such reasons, ESP is used only for some limited applications such as VPN (Virtual Private Network). In this paper, we propose a new cipher communication protocol, called PCCOM (Practical Cipher COMmunication), that can verify the identity of the corresponding counterpart and assure the integrity of packets in the environment where it coexists with NAT and firewalls, without changing the format of the original packets. To confirm the effectiveness of PCCOM, we installed a trial system in FreeBSD, and confirmed the coexistibility with NAT and firewalls. We also measured its throughput, and good performance was confirmed, which is attributable to "no change" of the packet format.
机译:对网络安全的威胁已成为一个严重的问题,而如今,用于通信的加密技术已成为重要的问题。尽管IPsec ESP(这是一种典型的现有密码通信技术)的安全性很强,但是它存在这样的问题,即它不能在与NAT和防火墙共存的环境中使用,并且还存在吞吐量下降的问题。 。因此,ESP仅用于某些有限的应用程序,例如VPN(虚拟专用网络)。在本文中,我们提出了一种新的密码通信协议,称为PCCOM(Practical Cipher COMmunication),它可以验证对应方的身份,并在与NAT和防火墙共存的环境中确保数据包的完整性,而无需更改格式原始数据包。为了确认PCCOM的有效性,我们在FreeBSD中安装了一个试用系统,并确认了与NAT和防火墙的共存性。我们还测量了它的吞吐量,并确认了良好的性能,这归因于数据包格式的“不变”。

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