To protect connected vehicles around the world against cyberattacks, the companies will build vehicle SOCs that enable accurate detection and early response to attacks and help strengthen cybersecurity measures in the automotive industry.
Panasonic has already been operating SOCs for factories since 2016 to protect systems and networks that manage and control factory equipment and production processes against cyberattacks – prior to SOC for automobiles.
For automobiles, they have developed a Automotive Intrusion Detection System that mounts on a vehicle, detects the occurrence of a cyberattack and the type of attack, and transmits analysis data to the vehicle SOC and a Security Information and Event Management System that analyzes and visualizes a large amount of data received from the Automotive Intrusion Detection System in the vehicle SOC.
McAfee supports SOCs and Managed Security Services (MSSs), and has the know-how cultivated by building and operationally supporting numerous SOCs.
The Company will bring these together and start building vehicle SOCs to monitor cyberattacks that may be conducted against vehicles around the world.
With the innovative development of autonomous driving, the advancement of digitalization, and the increasing number of connected cars, the risk of cyberattacks against automobiles is increasing every year.
It has become urgent for the automotive industry to establish mechanisms to protect and monitor vehicles from cyberattacks.
The Vehicle Security Operation Center will enable the provision of monitoring services to monitor connected cars around the world and contribute to the development of a safe and secure mobility society.