Goebel Mat, Dameff Christian, Tully Jeffrey
Department of Emergency Medicine, University of Massachusetts Medical School-Baystate, Springfield, MA, United States.
Department of Emergency Medicine, University of California San Diego, San Diego, CA, United States.
J Med Internet Res. 2019 Jul 9;21(7):e14383. doi: 10.2196/14383.
9-1-1 call centers are a critical component of prehospital care: they accept emergency calls, dispatch field responders such as emergency medical services, and provide callers with emergency medical instructions before their arrival. The aim of this study was to describe the technical structure of the 9-1-1 call-taking system and to describe its vulnerabilities that could lead to compromised patient care. 9-1-1 calls answered from mobile phones and landlines use a variety of technologies to provide information about caller location and other information. These interconnected technologies create potential cyber vulnerabilities. A variety of attacks could be carried out on 9-1-1 infrastructure to various ends. Attackers could target individuals, groups, or entire municipalities. These attacks could result in anything from a nuisance to increased loss of life in a physical attack to worse overall outcomes owing to delays in care for time-sensitive conditions. Evolving 9-1-1 systems are increasingly connected and dependent on network technology. As implications of cybersecurity vulnerabilities loom large, future research should examine methods of hardening the 9-1-1 system against attack.
911呼叫中心是院前护理的关键组成部分:它们接听紧急电话,派遣现场响应人员(如紧急医疗服务人员),并在急救人员到达之前为来电者提供紧急医疗指导。本研究的目的是描述911接警系统的技术结构,并描述其可能导致患者护理受到损害的漏洞。通过手机和固定电话接听的911电话使用多种技术来提供有关来电者位置和其他信息。这些相互关联的技术产生了潜在的网络安全漏洞。针对911基础设施可能会进行各种攻击以达到不同目的。攻击者可能针对个人、群体或整个城市。这些攻击可能导致从滋扰到实际攻击中生命损失增加,再到由于对时间敏感病情的护理延迟而导致更糟糕的总体结果等各种情况。不断发展的911系统越来越多地连接并依赖于网络技术。随着网络安全漏洞的影响日益凸显,未来的研究应探讨强化911系统以抵御攻击的方法。