The automotive industry is rapidly evolving, incorporating advanced technologies and connectivity features into vehicles. However, this progress also brings forth new security challenges. While efforts are being made to address vulnerabilities in older vehicle equipment and the CAN BUS system, there is still work to be done in terms of integrity protection and authentication.
The functionality of modern cars mirrors that of mobile phones, with multiple communication capabilities and various vendors providing components. Original Equipment Manufacturers (OEMs) face difficulties in understanding the full extent of their vehicle’s components and ensuring proper hardware security. Implementing trusted execution environments and secure boot processes is complex, especially with the rapid pace of technological advancements.
The transfer of knowledge from different domains, such as hardware security, mobile security, and protocol security, is beneficial for improving automotive security. However, the automotive industry still lacks the level of maturity required to effectively mitigate threats. Considering that vehicles can potentially be used as weapons and cause harm, it is essential to address these concerns promptly.
The security research community plays a vital role in helping OEMs understand vulnerability disclosure, handling vulnerabilities, and addressing critical issues like car key hacks. By sharing their expertise and pointing out potential risks, the research community assists in raising the overall security posture of the automotive industry.
Detection and prevention of attacks in future vehicles pose a significant challenge. Attackers may intentionally disrupt detection mechanisms and exploit defense mechanisms. Therefore, it is crucial to anticipate and stay several steps ahead of potential attackers to effectively secure vehicles.
While there is progress in the industry’s security efforts, it is important to remain vigilant and continue supporting OEMs in their journey towards enhanced automotive security. Collaboration between engineering and the security research community is crucial to address the evolving threat landscape and build robust defenses against cyber-attacks.
We are thrilled to announce an exclusive opportunity at the upcoming IoT Security Foundation (IoTSF) annual conference. Brace yourself for an unparalleled encounter with a simulated cyber-attack on a car while driving. This unique car simulator hack experience, developed by Copper Horse, will give you a taste of the challenges faced in securing IoT systems.
The Ultimate Simulation:
Attendees at the IoTSF conference will have the extraordinary chance to sit in a remarkably realistic car driving simulator. This advanced rig, created internally at Copper Horse, incorporates authentic vehicle components, a real car CANbus network, and cutting-edge hacking equipment and software. Prepare to lose control of the vehicle in a secure environment, as the simulation showcases the severity of IoT security threats.