kalki++:一个可扩展的物联网安全平台

Sebastián Echeverría, G. Lewis, Craig Mazzotta, Kyle O'Meara, Keegan Williams, Marc Novakouski, Amit Vasudevan, Matthew McCormack, V. Sekar
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引用次数: 1

摘要

由于设备漏洞和不可信的供应链,物联网(IoT)安全仍然是一个挑战,通常限制了组织从集成新型物联网设备中获得的好处,以支持业务目标和增强用户体验。为此,我们开发了KalKi:一个物联网安全平台,它使用软件定义网络(SDN)概念和结构来创建每个设备的防御,从而能够集成不可信的、现成的物联网设备。然而,KalKi在性能、可伸缩性和可用性方面有限制。本文介绍了KalKi++, KalKi的一个演进版本,它以数量级提高了平台的性能、可伸缩性和可用性,并且现在能够在资源有限的硬件上运行并支持更多的用例。我们给出了新平台的新架构、增强的威胁模型和评估结果。
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KalKi++: A Scalable and Extensible IoT Security Platform
Internet of Things (IoT) security remains a challenge due to device vulnerabilities and untrusted supply chains, often limiting the benefits that organizations can obtain from integrating novel IoT devices to support business goals and enhance user experience. To that effect we developed KalKi: an IoT security platform that uses software-defined networking (SDN) concepts and constructs to create per-device defenses that enable integration of untrusted, off-the-shelf IoT devices. However, KalKi had limitations related to performance, scalability, and usability. This paper presents KalKi++, an evolution of KalKi that improves the performance, scalability and usability of the platform by orders of magnitude, with the added benefit of now being able to run on resource-limited hardware and support a larger number of use cases. We present the new architecture, enhanced threat model, and evaluation results for the new platform.
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