Pwn2Own Automotive 2025 49 security vulnerabilities uncovered in automotive systems

From Sebastian Gerstl| Translated by AI 2 min Reading Time

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As part of the Pwn2Own Automotive 2025, a hackathon focused on cybersecurity in automotive systems in Tokyo, security researchers from 13 countries discovered and disclosed a total of 49 new, unique zero-day vulnerabilities in existing automotive systems between January 22 and 25 of this year.

At a security competition as part of the Automotive World trade fair in Tokyo, security researchers uncovered 49 new, previously unknown security vulnerabilities in automotive systems in just three days. The competition underscores the urgency and growing threat of cybersecurity vulnerabilities in increasingly software-defined vehicle systems.(Image: freely licensed /  Pixabay)
At a security competition as part of the Automotive World trade fair in Tokyo, security researchers uncovered 49 new, previously unknown security vulnerabilities in automotive systems in just three days. The competition underscores the urgency and growing threat of cybersecurity vulnerabilities in increasingly software-defined vehicle systems.
(Image: freely licensed / Pixabay)

At the world's largest competition to discover zero-day vulnerabilities, 49 security flaws in automotive systems were found. For the Pwn2Own Automotive 2025 contest, held at the Automotive World in Tokyo from January 22-25, 2025, cybersecurity researchers from 13 countries gathered to jointly search for previously unknown zero-day vulnerabilities in systems such as in-vehicle infotainment (IVI) systems or chargers for electric vehicles.

The task for the cybersecurity researchers was to test state-of-the-art automotive technologies under real conditions. The competition was announced as part of the Zero Day Initiative (ZDI) by Trend Micro, the world's largest vendor-independent bug bounty program.

Especially in automotive systems, cybersecurity is a critical issue. While elements such as the software-defined vehicle (SDV) or advanced driver-assistance systems (ADAS) are increasingly coming to the forefront, security vulnerabilities in these systems are becoming more frequently apparent simultaneously. Generative AI or over-the-air updates promise, on the one hand, to provide remedies in these areas or to react faster to newly disclosed vulnerabilities, but on the other hand, they also open up additional potential attack surfaces. The increasingly complex software supply chains also offer a progressively more attractive target for attackers. According to the 2025 annual report of VicOne, a company specializing in automotive security, 530 new Common Vulnerability Exploits (CVEs) were detected in 2024 alone—almost twice as many as in 2019. The annual increase in newly discovered vulnerabilities highlights the rapid growth of both the attack surface and automotive systems.

According to the report, the automotive industry must pursue a security-focused approach that includes robust defense measures, regulatory compliance, and collaborative innovations to mitigate risk. Supply chain vulnerabilities are likely to dominate cybersecurity events in the future, with an increase in ransomware and OTA attacks. New threats such as AI manipulation, cloud-based attacks, and sensor data tampering in autonomous systems must also be closely examined in the future.

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