The Research Department of Vehicle Networking and Intelligent Transportation of the China Academy of Information and Communications Technology investigated Guoqi Intelligent Control

On the morning of January 29, Ge Yuming, director of the Research Department of Vehicle Networking and Intelligent Transportation of China Academy of Information and Communications Technology, Yu Bingyan, deputy director of The Internet of Vehicles and Intelligent Transportation, and Yu Rundong, visited Guoqi Intelligent Control for guidance and exchanges, and held discussions with Shang Jin, general manager and chief technology officer of Guoqi Intelligent Control, and Zhang Ye, vice president of research and development, on vehicle-cloud collaborative computing, information security, and data security for intelligent networked vehicles.

Dr. Shang Jin, General Manager and Chief Technology Officer of Sino-Automobile Intelligent Control, introduced the development of Sino-Automobile Intelligent Control, and elaborated on the development status and industry of vehicle-road collaboration and vehicle cloud computing. Dr. Ge Yuming, Director of the Department of Vehicle Connectivity and Intelligent Transportation Research of the Chinese Academy of Information and Communications Technology, introduced the work of the Institute in promoting the development of the Internet of Vehicles industry and the challenges facing the development of the industry. Jin Yining, assistant to the CTO of Sinopec, introduced the roadside perception operating system, vehicle-cloud collaborative computing architecture and commercial applications developed by Sinoc Intelligent Control. Yu Bingyan, deputy director of the Research Department of the Internet of Vehicles and Intelligent Transportation of the Chinese Academy of Information and Communications Technology, introduced the research results of the roadside system and application service platform of the Internet of Vehicles of the Academy of Information and Communications Technology, as well as the architecture and characteristics of the Internet of Vehicles service platform. The two sides recognized the need to improve the standard system, form a unified vehicle cloud computing infrastructure, and break through the development trend of the physical boundaries of vehicle hardware and software through vehicle-cloud collaborative computing, and empower the operation of vehicle functions.

Data has become the power engine of intelligent networked vehicles, data security is the basic guarantee of bicycle intelligence and vehicle cloud computing, and data security governance has also been elevated to the strategic height of national security governance. The mainland is constantly improving the regulatory mechanism for data security governance, introducing corresponding laws and policies, and the industry is also scrambling to introduce corresponding solutions. Li Peiying, Director of Information Security of Sinocar Intelligent Control, introduced the data security and information security solutions of Sinoc Intelligent Control. Yu Rundong, deputy director of the Research Department of the Internet of Vehicles and Intelligent Transportation of the Chinese Academy of Information and Communications Technology, introduced the work and research hotspots of the Institute in the field of information security of the Internet of Vehicles.

The two sides discussed in depth the potential cooperation directions such as promoting the formulation of industry-related standards, application demonstrations, and data security tests, hoping to jointly promote the development of China's intelligent and connected vehicle industry.