Journal of Information Security Reserach ›› 2021, Vol. 7 ›› Issue (E1): 32-.
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刘大鹏
(绿盟科技集团股份有限公司北京100089)
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Abstract: At present, there are two main security issues which are common in intelligent connected vehicles system: First, there is a lack of effective security components which can directly detect, monitor and protect against network security threats. Second, there is no standard unified platform on the market for vehicle security situation perception, data visualization threat analysis, realtime threat monitoring and warning. The NSFOCUS develops the Internet of vehicles security monitoring and protection system, and adopts SDK+SOC endtoend vehicle cloud security linkage mechanism, which can form an integrated security supervision and operation mechanism for Internet of vehicles security situation, such as onboard terminal security detection, monitoring, protection, response and recovery. It serves the security monitoring and early warning of vehicle and parts enterprises, supports the security supervision of national Internet of vehicles industry, and accelerates the breakthrough of core technology in the field of Internet of vehicles information security in China.
Key words: intelligent connected vehicle, security component, monitoring and protection, security warning, situational awareness
摘要: 当前,智能网联汽车系统普遍存在2个主要安全问题:一是缺乏有效的安全组件可以直接对网络安全威胁进行检测、监测和防护;二是市面上还未有一个标准统一化平台对整车安全态势进行感知、数据可视化威胁分析、实时威胁监测与预警.基于此,绿盟研发车联网安全监测与防护系统,采用SDK+SOC端到端的车云安全联动机制,形成对车载终端进行安全检测、监测、防护、响应、恢复等的车联网安全态势一体化安全监管与运营机制,服务于整车、零部件等企业的安全监测与预警,支撑国家车联网行业安全监管,加速推动我国车联网信息安全领域核心技术突破.
关键词: 智能网联汽车, 安全组件, 监测防护, 预警, 态势感知
刘大鹏. 绿盟车联网安全监测与防护(SDK+SOC)系统[J]. 信息安全研究, 2021, 7(E1): 32-.
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URL: http://www.sicris.cn/EN/
http://www.sicris.cn/EN/Y2021/V7/IE1/32
Network Security of LargeTraffic Retrospective Analysis System for Serving Critical Informational Infrastructures