The Evolution of Car Hacking: Is Your Smart Car Safe?

The development of car chopping has become a real and increasing threat from a Hollywood story as the vehicles have become increasingly connected and dependent on the digital system. Initially, cars were purely mechanical, but today's vehicles are mainly computers on wheels, which are equipped with internet access, computers on board and a wide range of wireless features. The shift has opened several ways for the attackers, who can now benefit from weaknesses in car software, now out far away or prevent communication to control or steal vehicles without physical contact. For example, criminal clones may be RFID signals from large FOBS to unlock and steal, or inject malicious commands into the internal network of the vehicle to manipulate brakes, accelerations or other important systems. These dangers have made cyber security a significant concern that affects rules that promote vehicle manufacturers against compulsory cyber security certificates for new vehicles by 2025.

Smart cars, as part of Comprehensive Internet of Things (IoT), offer unique risks when saving individual data and activating external access through smartphones and other connected devices. While these functions increase convenience and driving security, they also increase the capacity of privacy violations and unauthorized control. Hackers can utilize old firmware, unsafe smart alarms and weaknesses in mobile apps or chemical input systems to close safety measures for vehicles, track drivers or even vehicle systems. However, many of these risks arise from negligence, such as ignoring software updates or using incredible devices. Active steps such as causing firmware for cars regular updating, disabled unused connection features using strong passwords.