摘要
面向大众随时随地开展生命体征常规监测成为疫情防控的刚性需求,家用级蓝牙健康监测设备凭借廉价、易用的产品优势契机跨界填补医用刚需的同时也因产品的信息安全认证缺失造成安全隐患,聚焦现实需求经文献调查发现不依赖专业检测环境的蓝牙设备信息安全实验技术成为确保疫情防控信息安全的新课题。在此基础上,提出了基于个人移动端“手机+笔记本电脑”打造模块化、便携式、轻量级蓝牙健康监测设备信息安全实验技术并给出总体架构以及检测接入、检测操作、报文分析、安全性检测等详细工作过程,实现对蓝牙体温计、蓝牙血压计的接入控制,信息保密性,信息完整性和身份认证等四项检测,为抗疫一线“随时、随地、随手”检测设备信息安全性提供新的技术途径。
Routine monitoring of vital signs for the general public anytime and anywhere has become an inelastic demand for epidemic prevention and control. With the product advantage of cheap and easy to use, the household bluetooth health monitoring equipment crosses the field to fill the medical inelastic demand, but it also causes security risks at the same time due to the lack of information security certification of products. Focusing on realistic needs, it is found through literature survey that bluetooth device information security experimental technology that does not rely on professional detection environment has become a new topic to ensure information security for epidemic prevention and control. On this basis, we propose a modular, portable and lightweight bluetooth health monitoring device information security experimental technology based on the personal mobile terminal "mobile phone + laptop" and give the overall architecture and detailed work processes such as detection access, detection operation, packet analysis, security detection, etc, implement four tests for access control, information confidentiality, information integrity and identity authentication for bluetooth thermometers and bluetooth blood pressure monitors, which provides a new technical way to test equipment information security anytime and anywhere on the frontline of anti-epidemic.
作者
张蒙
胡曦明
吴振强
王亮
ZHANG Meng;HU Xi-ming;WU Zhen-qiang;WANG Liang(School of Computer Science,Shaanxi Normal University,Xi’an 710119,China;Key Laboratory of Modern Teaching Technology,Ministry of Education,Xi’an 710119,China)
出处
《计算机技术与发展》
2022年第5期130-135,共6页
Computer Technology and Development
基金
陕西省科技计划重点研发项目(2020GY-221)
2021年陕西省省级一流本科课程建设项目(166,陕教[2021]107号)。
关键词
疫情防控
蓝牙
信息安全
实验技术
网络安全
epidemic prevention and control
bluetooth
information security
experimental techniques
network security
