Pwn2Own Automotive returns to Tokyo in January 2026 for its third edition. Discover the rules, targets, and what’s new in the world’s largest automotive-focused ethical hacking contest.
VicOne’s xCarbon Edge AI, powered by SOAFEE architecture, transforms AI-driven vehicle protection by boosting efficiency, optimizing cloud costs, and lowering hardware dependency.
While ISO 15118 promises smarter, more secure electric vehicle (EV) charging, it also introduces new risks. Discover what it takes to secure EV charging in our latest research.
We examine the Jaguar Land Rover cyber incident, emphasizing how the automotive industry can defend against similar supply chain attacks.
This blog offers key insights from our latest research paper, “Insuring the Future of Mobility”, highlighting why cybersecurity is the essential yet often overlooked element in the evolving automotive insurance industry.
The recently announced CCC Digital Key 4.0 marks a pivotal step in balancing innovation and security for connected vehicles. We explore its new features, broader trends, and its impacts on automotive cybersecurity.
From August 22 to September 1, VicOne and Block Harbor co-hosted the 2025 Global Vehicle Cybersecurity Competition (VCC), bringing together nearly 500 individuals of all skill levels, pursuing careers in automotive cybersecurity from around the world.
A bus hacking demo revealed how attackers could use a bus’s guest Wi-Fi to access and compromise critical systems, underscoring the need for stronger automotive cybersecurity in smart transit systems.
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In our previous analysis, we argued that GenAI isn’t just a tool, it’s a living risk embedded in your automotive supply chain. We highlighted how AI models introduce unseen, evolving security risks at every stage of the AI lifecycle. But as the industry shifts toward GenAI-enabled, software-defined vehicles (SDVs), another powerful technology is rising fast—Agentic AI.
In this blog, we present a systematic OSINT-driven methodology, one that aligns with the Auto-ISAC Automotive Threat Matrix (ATM) and is tailored for automotive threat intelligence. This approach enables security researchers and car manufacturers to map the continually expanding attack surface of connected vehicles.
At Black Hat USA 2025, security researchers revealed how vulnerabilities in EV chargers could cause charging cables to overheat and burst into flames. Their findings underscore the urgent need for stronger safeguards and hardware protection to ensure the safety of these devices.
As GenAI becomes deeply embedded in automotive systems, it introduces not just new functionality but a new category of living, evolving supply chain risk.
We analyze the exploit chain used against the Tesla Wall Connector EV charger at Pwn2Own Automotive 2025, mapping it to the Automotive Threat Matrix and exploring its broader implications for automotive cybersecurity.