Broad-Based Solutions for the Entire Value Chain

VicOne’s cybersecurity solutions support a vehicle’s whole life cycle. These help automotive stakeholders protect manufacturing processes, reinforce supply chain systems, and comply with industry regulations.

Solutions for OEMs

VicOne provides automotive manufacturers (OEMs) with centralized visibility over their vehicles’ complex ecosystems.

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Solutions for Tier 1 Suppliers

VicOne helps Tier 1 suppliers identify risks in their software components and supply chain processes, and implement effective mitigations.

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Smart Cockpit Protection Solutions

VicOne enables OEMs to securely innovate AI-powered cockpits by avoiding sensitive data leaks and addressing security risks.

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EV Charging System Protection Solutions

EV Charging System Protection Solutions

VicOne offers electric vehicle supply equipment (EVSE) manufacturers and charge point operators multilayered cybersecurity protection to safeguard their EVSE or charging systems from potential attacks.

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Why VicOne?

Cybersecurity Solutions Driven by Automotive Foresight

Decades of
Research and Innovation

VicOne builds on Trend Micro’s 30+ years of cybersecurity expertise, providing deep knowledge with actionable intelligence for the automotive industry.

Future-Ready and
End-to-End Vehicle Protection

VicOne’s extensive automotive cybersecurity solutions enable connected car stakeholders to always be ahead of current and emergent threats.

An Essential
Partner in Security

VicOne’s partnerships with OEMs and Tier 1 suppliers yield a future-oriented compliance strategy that exceeds the minimum requirements set by standards and regulatory bodies.

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Know More From Our Resources

Gain Insights Into Automotive Cybersecurity

What Instrument Cluster Testing Reveals About CAN Bus Trust and System Resilience
Blog

What Instrument Cluster Testing Reveals About CAN Bus Trust and System Resilience

February 3, 2026

This article examines how instrument cluster bench testing exposes trust assumptions inherent in CAN-based vehicle architectures. By observing how unauthenticated CAN messages influence cluster behavior, it highlights design considerations that directly impact system resilience, safety, and risk management as automotive connectivity increases.

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Blog

From On-board AI to Physical AI: Why Automotive Cyber Risk Has Entered a New Era

January 30, 2026

Modern vehicles are now Physical AI systems, where probabilistic decisions control real-world actions and raise new safety and cyber risks. Securing them requires AI-aware threat modeling, lifecycle governance, and continuous assurance to keep systems safe.

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Blog

Pwn2Own Automotive 2026 Day 3: New Master of Pwn Announced and Other Highlights

January 26, 2026

Pwn2Own Automotive 2026 set a new record with 76 unique zero-day vulnerabilities discovered, exposing the rapidly expanding attack surface across SDVs, IVI systems, and EV charging infrastructure. The final day crowned Fuzzware.io as Master of Pwn 2026, with 28 Master of Pwn points.

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Blog

Pwn2Own Automotive 2026 Day 2: EV Chargers Hit Full Throttle

January 23, 2026

Day 2 delivered 29 new zero-days, pushing the total to a record 66. Researchers repeatedly compromised Level 2/3 EV chargers and IVI systems using practical flaws like exposed interfaces and command injection. The takeaway: automotive and charging infrastructure attacks are now repeatable at scale—shifting cyber risk from theoretical to immediate operational impact.

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