As automakers begin to deploy V2V technology, they must consider cybersecurity issues. Hackers may attempt to gain access to vehicles through various means, including exploiting weaknesses in the V2V communications protocol or compromising the security of the device itself. In addition, hackers may use the data collected via V2V communications to steal personal information.
In order to protect against cyberattacks, automakers should take several steps. First, they should ensure that their vehicles are equipped with the latest software updates. Second, they should develop a strategy to prevent unauthorized access to the devices. Third, they should educate drivers on how to avoid being targeted by hackers. Finally, they should work with third parties to secure their networks.
Vehicle-to-vehicle communications are becoming increasingly popular. According to a study conducted by Gartner, nearly half of all new vehicles sold in 2017 included V2V capabilities. By 2020, the number of vehicles with V2V capabilities is expected to reach 90 percent. However, automakers must address cybersecurity concerns before implementing the technology.
While automakers are working to incorporate V2V into their products, they must also consider cybersecurity threats. Hackers may attempt various methods to compromise vehicles, including exploiting weaknesses in V2V communications protocols or compromising the security of devices themselves. They may also use the data collected via V2V communications to obtain sensitive information. To protect against cyberattacks, manufacturers must first ensure that their vehicles are updated with the latest software. Next, they should develop a plan to prevent unauthorized access to vehicles. Finally, they should educate drivers about how to avoid being targeted.
The automotive industry faces numerous cybersecurity challenges. Hackers may attempt multiple methods to compromise vehicles, ranging from exploiting weaknesses in V2V communications protocols to compromising the security of the devices themselves. They may then use the data collected via vehicle-to-vehicles communications to steal personal information or gain access to critical infrastructure.
To protect against cyberattacks, automobile manufacturers must first ensure that they have the most recent software updates available for their vehicles. Then, they need to develop a strategy to keep vehicles safe. Finally, they should provide education to consumers about how to stay safe while using connected technologies.
More info: What is Automotive Security
