Security and Trust Metrics for Edge Computing

J. Acken, Naresh Sehgal, D. Bansal, R. Bass
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Abstract

The present state of edge computing is an environment of different computing capabilities connected via a wide variety of communication paths. The energy grid is relying upon distributed energy devices connected at the edge of the internet. Consider the scenario where each edge device is customer-owned distributed energy resource (DER) that is connected via a trustworthy link to a grid service provider. Each DER keeps a local simple trust record of interactions. Information protection is provided by internet https standards, however, trust must be evaluated throughout operation. This paper presents a model for representing and evaluating trust in general and applied to the energy grid as a key example. Actors on the edge may interact with each other as well as with a central datacenter.
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边缘计算的安全与信任度量
边缘计算的现状是通过各种通信路径连接不同计算能力的环境。能源网依赖于连接在互联网边缘的分布式能源设备。考虑这样一个场景:每个边缘设备都是客户拥有的分布式能源(DER),通过一个可信赖的链接连接到一个网格服务提供商。每个DER保存交互的本地简单信任记录。信息保护由互联网https标准提供,但是,信任必须在整个操作过程中进行评估。本文提出了一种通用的信任表示和评估模型,并将其作为关键实例应用于能源网。边缘上的参与者可以相互交互,也可以与中央数据中心交互。
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