Demo: Building Comprehensible Access Control for the Internet of Things using Beetle

James Hong, A. Levy, P. Levis
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引用次数: 6

Abstract

Bluetooth Low Energy (BLE) powers a wide range of devices and peripherals including personal fitness trackers, smart clothing, locks, ovens, light bulbs, toys, etc. Today, these peripherals interact with a limited set of applications running on smartphones and gateways, in a one-to-one manner. Beetle, however, demonstrates the viability of BLE and Generic Attribute Profile (GATT) to support more sophisticated communication between networks of applications and peripherals. Using Beetle, we present a new data-plane for the home and personal Internet of Things (IoT); a policy language and enforcement layer in Beetle to showcase fine-grained and user understandable access control; and several distributed IoT configurations built from existing and prototype BLE peripherals and applications.
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演示:使用甲壳虫为物联网构建易于理解的访问控制
蓝牙低功耗(BLE)为各种设备和外围设备供电,包括个人健身追踪器、智能服装、锁、烤箱、灯泡、玩具等。如今,这些外设以一对一的方式与运行在智能手机和网关上的一组有限的应用程序进行交互。然而,Beetle证明了BLE和通用属性配置文件(GATT)在支持应用程序网络和外围设备之间更复杂的通信方面的可行性。利用Beetle,我们为家庭和个人物联网(IoT)提供了一个新的数据平面;在Beetle中使用策略语言和实施层来展示细粒度和用户可理解的访问控制;以及基于现有和原型BLE外设和应用程序构建的几种分布式物联网配置。
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