信任模式和ICN:确保家庭物联网安全的关键

K. Nichols
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引用次数: 17

摘要

家庭和商业物联网(IoT)网络带来了安全挑战,可以使用信息中心网络(ICN)来保护信息而不是渠道。特别是,我们利用ICN的每包签名,结合信任模式的最新创新,构建了一个强大的信任区域。此体系结构创建由注册期间提供给每个设备的安全信任模式以及设备的基于属性的签名证书链所管理的域。应用程序不需要重写来获得安全性;具有类似mqtt的发布/订阅API的运行时库使用提供的信任模式和证书来构造、签名和发送传出的发布,并对订阅者的传入发布进行加密和结构验证。本文解释了这种信任模式(Versec)的独特应用,并描述了一个家庭物联网框架示例,其中信任模式表达了一个开源库在运行时代表安全不可知应用程序执行的直接的、特定于房主的策略。随着信任管理方面的具体创新,该平台利用了当前和新兴的物联网最佳实践。实用程序、库和示例可以作为开源的以数据为中心的工具包获得。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Trust schemas and ICN: key to secure home IoT
Home and business internet of things (IoT) networking presents security challenges that can be addressed using information-centric networking (ICN) to secure information rather than channels. In particular, we leverage ICN's per-packet signing, combined with recent innovations in trust schemas, to construct a strong trust zone. This architecture creates domains governed by a secured trust schema provided to every device during its enrollment together with the device's attribute-based signing cert chain(s). Applications don't need to be rewritten to gain security; a run-time library with an MQTT-like publish/subscribe API uses the provisioned trust schema and certs to construct, sign and ship outgoing publications and to both cryptographically and structurally validate a subscriber's incoming publications. This unique application of trust schemas (Versec) is explained and an example home IoT framework is described where trust schemas express straightforward, homeowner-specific policies that an open-source library enforces at run-time on behalf of security-agnostic applications. Along with the specific innovation in trust management, the platform exploits current and emergent IoT best practices. Utility programs, libraries, and examples are available as an open-source Data-Centric Toolkit.
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