The potential for hacking autonomous vehicles presents significant concerns for passenger safety. Such breaches can range from causing panic and confusion to potentially leading to fatal accidents. Despite these risks, given society’s increasing reliance on technology, I anticipate a widespread adoption of autonomous vehicles in the near future. While not entirely risk-free, I believe that the utilization of autonomous vehicles can be managed effectively.

There are several logical reasons supporting the future use of autonomous cars. Comparatively, the problems arising from autonomous vehicles are not necessarily more severe than those associated with traditional vehicles. For instance, individuals may weigh the frequency of accidents caused by drunk, aggressive, or speeding drivers against the relatively infrequent occurrences of hacking incidents and opt for autonomous vehicle usage. Additionally, consumers recognize the trend of technological advancements leading to improved safety over time, fostering optimism for a safer future.

Concerning data security breaches in automated cars, individuals will need to adopt practices akin to safeguarding data on personal computers. Thus, proactive measures will be necessary to ensure data protection within vehicles. In light of these factors, I foresee a broad adoption of autonomous vehicles in the future. In general, I believe that car manufacturers must prioritize implementing measures to enhance the safety of autonomous vehicles. Potential strategies include incorporating auto-disconnect features during cyber attacks and implementing rapid mechanical responses, akin to an auto-pilot system, to address technological faults promptly. Additionally, there is growing advocacy for the open release of vehicle safety codes as a means

Reference:

Secure Programming HOWTO:         

https://dwheeler.com/secure-programs/Secure-Programs-HOWTO/open-source-security.html