A proposal of DoH-based domain name resolution architecture including authoritative DNS servers

Satoru Sunahara, Yong Jin, K. Iida
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Abstract

In addition to cache poisoning attacks, the privacy leakage has become a critical issue in DNS nowadays. Especially, the communication between the DNS full-service resolver and the authoritative DNS servers may go through multiple ISP networks. Thus, if the communication path contains areas with different privacy policies, the security and privacy in DNS domain name resolution cannot be guaranteed. To mitigate cache poisoning attacks and protect the privacy of the Internet users, we propose a novel architecture that encrypts all DNS communications with DoH. In the proposed architecture, in addition to the communication between the end clients and the DNS full-service resolvers, that between the DNS full-service resolvers and the authoritative DNS servers is also covered by DoH. As a result, not only the risk of cache poisoning attacks can be dramatically mitigated on DNS full-service resolver but also the risk of eavesdropping on DNS traffic can be reduced. Moreover, the proposed architecture is the first approach to pure DoH-based domain name resolution including DNS authoritative DNS servers.
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提出了一种基于doh的域名解析架构,包括权威DNS服务器
除了缓存投毒攻击之外,隐私泄露也成为当前DNS的一个重要问题。特别是DNS全业务解析器与权威DNS服务器之间的通信可能要经过多个ISP网络。因此,如果通信路径中包含不同隐私策略的区域,则无法保证DNS域名解析的安全性和保密性。为了减轻缓存中毒攻击和保护互联网用户的隐私,我们提出了一种新的架构,该架构使用DoH加密所有DNS通信。在该架构中,除了终端客户端与DNS全服务解析器之间的通信外,DNS全服务解析器与权威DNS服务器之间的通信也被DoH覆盖。因此,在DNS全服务解析器上,不仅可以显著降低缓存投毒攻击的风险,还可以降低DNS流量被窃听的风险。此外,本文提出的架构是第一个基于doh的纯域名解析方法,包括DNS权威DNS服务器。
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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