Security Measurement on a Cloud-Based Cyber-Physical System Used for Intelligent Transportation

Kyle Evers1, Raymond Oram1, Samy El-Tawab1, M. Hossain Heydari1, B. Brian Park2

  • 1James Madison University
  • 2University of Virginia

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Regular Paper

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15:48 - 17:36 | Tue 27 Jun | | TuDPl

Intelligent Vehicles and Navigation Systems

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Abstract

Modern wireless technology opens the door for several new Intelligent Transportation applications. In an academic environment, students use transit bus system on a daily base. El-Tawab et al. [1] introduced a cyber-physical system to monitor the quality of service for transit buses around an academic campus. This cyber-physical system detects the number of riders waiting for the bus system at each bus station and number of riders on each bus. In this paper, we examine the security and vulnerability of the bus data collection system and provide remedies. Smart units are used to collect data (e.g., Media Access Control (MAC) Addresses) to uniquely identify students' smart phone waiting times for the bus at each station. The goals of this system are to identify the average waiting times at each bus station, route optimization and dynamic routing. Several security concerns occur with the collection, transmission, and storage of data in the Cloud (e.g., Man in the middle attacks, unauthorized access, denial of services, theft, etc). We analyze some of these cyber-attack vectors and provides mitigation techniques, cyber hygiene best practices, and suggest ways to balance security versus convenience.

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