远程车辆控制的关键：自动驾驶域控制器.pdf

1、#BHASIA BlackHatEventsThe Key to Remote Vehicle Control:Autonomous Driving Domain ControllerShupeng Gao,Yingtao Zeng,Yimi Hu,Jie Gao From Baidu Security Lab#BHASIA BlackHatEventsTraditional Cars#BHASIA BlackHatEventsCurrent Cars#BHASIA BlackHatEventsFuture Cars#BHASIA BlackHatEventsThe Evolution of

2、BMW 3 Series Electronic Systems#BHASIA BlackHatEvents关于自动驾驶域控制器关于自动驾驶域控制器#BHASIA BlackHatEventsOur Previous Research On the IVI#BHASIA BlackHatEventsOur Previous Research On the T-Box#BHASIA BlackHatEventsOur Previous Research On the 4G Module#BHASIA BlackHatEvents#BHASIA BlackHatEventsRegarding Aut

3、onomous Driving Domain Controllers#BHASIA BlackHatEventsWhy#BHASIA BlackHatEventsWhy Research ADAS?Smart vehicles may be the most complex and advanced IoT devices accessible to the general public.Compared to the past,smart cars incorporate a myriad of new technologies including new architectures,com

4、munication interfaces,processors,and operating systems.Currently,there is a lack of attention to the security of ADAS,which is relatively poor.Improper design may pose risks of remote vehicle control.Compared to IVI and T-Box devices,this represents a new research area.Involves AI,which is very inte

5、resting and cutting-edge.A new research direction for security researchers and automotive manufacturer security teams.Final goal:Enhancing the security of ADAS devices.#BHASIA BlackHatEventsNIO Center Computing ClusterSystem:4x Linux 1x Android(QNX VM)SoC:4x Nvidia Orin-X 1x Qualcomm SA8155MCU:2x TC

6、399 1x TC3974x EMMC 5x UFSMore than 1000+TOPS int8(RTX4090 660 TOPS int8)Why Research ADAS-High Complexity#BHASIA BlackHatEventsWhy Research ADAS-High Complexityhttps:/cars- BlackHatEventsWhy Research ADAS New Architecture-Ethernet Connectivityhttps:/cars- BlackHatEventsWhy Research ADAS New Archite