Yes, it is possible to attack the car's in-vehicle information system through malware, causing it to lose control while driving. With the advancement of automobile technology, modern cars are embedded with a large number of electronic control units (ECUs) and complex software systems, which often communicate through internal networks (such as CAN buses). If attackers are able to break through the security measures of these systems, they may gain control of certain critical functions, such as braking, steering or acceleration. Cybersecurity experts have demonstrated the possibility of such attacks in experimental environments. For example, by exploiting vulnerabilities in the car's infotainment system, attackers may enter the car's internal network and gain control of certain functions of the vehicle. In real life, this attack needs to overcome many technical obstacles, and the attacker needs to have a deep understanding of the specific car model and its network architecture. To cope with this potential threat, automakers and software suppliers are constantly enhancing the network security of in-vehicle systems, protecting vehicles from malicious attacks through regular software updates, adding intrusion detection systems, and using encryption. At the same time, governments and industry organizations are also developing relevant standards and regulations to improve the network security of automobiles.