炒洋葱:从域名到洋葱地址的透明关联

Rasmus Dahlberg, P. Syverson, Linus Nordberg, M. Finkel
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引用次数: 0

摘要

洋葱地址提供了一些有价值的特性,比如查找和路由安全性、自我身份验证连接以及抗审查性。因此,许多网站在Tor中也可以作为洋葱网站使用。然而,注册域名和洋葱地址相关联的方式是一个薄弱环节。我们引入了炒洋葱,从域名到洋葱地址的透明关联。我们的方法依赖于TLS证书来建立洋葱关联。它很像今天的洋葱位置,由于它的HTTPS要求而依赖于证书颁发机构(ca),但它有一个额外的好处,即公开,每个人都可以在证书透明度(CT)日志中看到。我们提出并原型化了炒洋葱的两种用途:基于证书的洋葱定位和使用CT日志作为底层数据库的搜索引擎。实现的目标是可用的洋葱关联的一致性,这减轻了用户根据给定的洋葱地址进行分区的攻击,在TLS站点配置一次后的前向审查阻力,以及改进了洋葱关联的第三方发现,这需要更少的信任,同时很容易扩展到所有选择加入的洋葱站点。
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Sauteed Onions: Transparent Associations from Domain Names to Onion Addresses
Onion addresses offer valuable features such as lookup and routing security, self-authenticated connections, and censorship resistance. Therefore, many websites are also available as onionsites in Tor. The way registered domains and onion addresses are associated is however a weak link. We introduce sauteed onions, transparent associations from domain names to onion addresses. Our approach relies on TLS certificates to establish onion associations. It is much like today's onion location which relies on Certificate Authorities (CAs) due to its HTTPS requirement, but has the added benefit of becoming public for everyone to see in Certificate Transparency (CT) logs. We propose and prototype two uses of sauteed onions: certificate-based onion location and search engines that use CT logs as the underlying database. The achieved goals are consistency of available onion associations, which mitigates attacks where users are partitioned depending on which onion addresses they are given, forward censorship-resistance after a TLS site has been configured once, and improved third-party discovery of onion associations, which requires less trust while easily scaling to all onionsites that opt-in.
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