The Study of Smart Streetlight Cybersecurity Capability

• Main Authors: LAI, YI-LING, 賴怡伶
• Other Authors: HUANG, CHUN-HUNG
• Format: Others
• Language: zh-TW
• Published: 2019
• Online Access: http://ndltd.ncl.edu.tw/handle/jrr6x3

碩士 === 銘傳大學 === 資訊管理學系碩士在職專班 === 107 === In response to the need to develop smart cities, besides general lighting, types of streetlights have other different functions in various application fields, including transportation, environment, and public safety. In other words, based on its distribution and density, streetlights have become important infrastructure of the IoT applications for the smart city. However, along come many potential security risks that might have huge impacts. Thus, it is imperative to formulate Smart Lighting network security requirements for the related industries to follow and prevent forthcoming problems. Recently, there have been quite a few hacker attacks in the smart city of the IoT application in the world. In order to prevent our country's Smart Lighting from cyber-attacks, causing the city to stop operating or become paralyzed, under the definition of the Smart Lighting System, utilizing Smart Lighting gateway, attached equipment and back-end server as the core of network security, this study is aimed to formulate network security requirements for Smart Lighting System from the perspective of IoT device security and to assist related businesses to enhance the network security capabilities of Smart Lighting system. This study adopts the Vulnerability Assessment Method to establish the Threat Model of the Smart Lighting System. By using precautionary measures issued by the International Standards Organization that target security incidents, such as vulnerabilities and cyber-attacks for security incidents, the Threat Mitigation of the Smart Lighting System is summarized and the Smart Lighting System network security requirements are proposed. Using focus group method, experts are interviewed to address the issue whether the Smart Lighting System network security requirements proposed in this study are sufficient enough to enhance the network security capability of the Smart Lighting System. Afterwards, the opinions and insights of the experts are organized and concluded. Through the network security requirements of the Smart Lighting System recommended in the study, businesses are expected to gain security risk control and improve the network security capability of the equipment when developing and deigning Smart Lighting equipment.