Security researchers uncovered a vulnerability in Subaru’s in-vehicle infotainment (IVI) system admin panel, enabling unauthorized access to personal information, GPS records, and vehicle controls. We examine the findings and emphasize the need for automotive manufacturers to adopt a security-first approach throughout the vehicle lifecycle.
Effective attack path identification enables automotive manufacturers and suppliers to stay ahead in an increasingly complex threat landscape. Learn how VicOne xZETA combines AI and curated automotive threat intelligence to streamline product security risk assessment, minimize manual efforts, and deliver actionable insights.
In the first several weeks of 2025 alone, a surge of ransomware attacks hit the automotive industry. We examine recent cases and their broader implications for automotive cybersecurity.
AI smart cockpits are transforming the driving experience, but their reliance on AI also opens new attack surfaces. We explore how risks like data leaks and prompt injection threaten vehicle security — and what's needed to defend against them.
As the automotive industry accelerates toward AI-driven, software-defined vehicles, the need for smarter, more efficient cybersecurity has never been greater. VicOne’s innovative xCarbon Edge AI transforms vehicles into proactive defenders, reducing costs, enhancing efficiency, and safeguarding drivers from emerging cyberthreats.
SDVs are reshaping mobility, but innovation brings risks. Our 2024 cybersecurity analysis and review of the past decade reveal key challenges and industry responses to safeguard safety and trust.
Qualcomm has taken a significant step toward bringing GenAI to vehicles by integrating its next-generation Oryon processor into in-car systems. We explore the technology powering GenAI, highlighting what makes it so transformative — and the security challenges it introduces.
UD Trucks has partnered with VicOne to enhance cybersecurity in its software-defined vehicles (SDVs) and ensure compliance with UN Regulation No. 155 (UN R155), addressing the growing risks in smart logistics. UD Trucks is strengthening its security operations and accelerating innovation, all while maintaining a focus on safety and efficiency for the future of transportation.
By utilizing the BlackBerry IVY connected vehicle data platform, VicOne enables AI-empowered threat detections at the edge, cloud-controlled access to vehicle data, and response to potential cyberattacks on software-defined vehicles (SDVs).
VicOne products are the only automotive cybersecurity products in the market that can detect 44 unique zero-day vulnerabilities that were discovered during the three-day Pwn2Own Automotive event held in January 2024.
As the automotive cybersecurity landscape expands beyond the confines of the cloud to include in-vehicle components and infrastructure, reliance solely on today’s cloud-based VSOC platforms might prove inadequate for ensuring robust protection. In this article, we dive into a real-world scenario to shed light on why it’s time to rethink VSOC platforms.
A recent ransomware attack on an automotive supplier is a stark reminder of the frequent and varied cyberthreats that industries face, especially those utilizing internet technologies. In this article, we explore typical scenarios in industries reliant on internet technologies and highlight the unique vulnerabilities and challenges that the automotive industry faces amid the rising tide of cyberattacks.
We recently explored the current state of automotive cybersecurity in the VicOne Automotive Cyberthreat Landscape Report 2023. In this blog entry, we present the automotive cybersecurity predictions and recommendations that decisions-makers in the automotive industry should be cognizant of in 2024.