D-GATE:用于使用控制的分散地理位置和时间执行

Hendrik Meyer zum Felde, Jean-Luc Reding, Michael Lux
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引用次数: 0

摘要

在云环境的上下文中,数据提供者将其数据委托给数据消费者,以便允许在自己的IT基础设施上进行进一步的计算。使用控制措施允许数据提供者甚至在数据使用者的系统上限制其数据的使用。其中两个限制可以是地理位置和时间限制。可以用来执行此类约束的当前解决方案很容易被操纵。这些解决方案包括基于系统时间、组织协议、基于gps的技术或简单的延迟测量来推导到已知参考服务器的距离。通过D-GATE,我们提出了一个可靠的解决方案,它使用可信的执行环境,并依赖于一个分散的参考节点网格,即所谓的地理客户端。在这里,参与者定期测量彼此之间的最低网络延迟来定位自己。因此,对于数据提供者来说,可以在技术上通过时间和地理位置限制来验证使用控制,而不依赖于集中的参考系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
D-GATE: Decentralized Geolocation and Time Enforcement for Usage Control
In the context of cloud environments, data providers entrust their data to data consumers in order to allow further computing on their own IT infrastructure. Usage control measures allow the data provider to restrict the usage of its data even on the data consumer’s system. Two of these restrictions can be the geographic location and time limitations. Current solutions that could be used to enforce such constraints can be easily manipulated. These include solutions based on the system time, organizational agreements, GPS-based techniques or simple delay measurements to derive the distance to known reference servers. With D-GATE, we propose a reliable solution that uses trusted execution environments and relies on a decentralized mesh of reference nodes, so-called GeoClients. Here, participants periodically measure the lowest network delay to each other to geolocate themselves. For data providers, it is thus possible to technically attest usage control with time and geolocation constraints without depending on centralized reference systems.
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