EV Charging System Protection
Secure Your EV Charging Systems by Monitoring for
Software Vulnerabilities and Ensuring Attack Resilience
EV Charger Risks: Battling Service Outage
EV charger–related cases accounted for 8% of automotive security incidents that occurred between mid-2022 and mid-2023.* Such cases could lead to service and grid disruptions, which is why certain countries have established cybersecurity standards and regulations for EV charging systems, such as NIST IR 8473 and ETSI EN 303 645.
Our solutions provide robust cybersecurity to ensure continuous operation of electric vehicle supply equipment (EVSE) or charging systems. Going beyond Secure by Design, VicOne's EV Charging System Protection continuously identifies and mitigates vulnerabilities, safeguarding charging stations from unknown risks throughout their life spans.
*Source: VicOne Automotive Cyberthreat Landscape Report 2023
Timely Detection of and Response to Security Risks and Cyberattacks
Non-Intrusive Integration
Our intrusion-free cloud-based XDR platform, xNexus, enables timely detection of and response to security risks and cyberattacks, without requiring hardware changes. Combining human-led investigation and GenAI-assisted analysis across day-to-day activities, our solutions provide early risk warnings, safeguarding charging stations from risks throughout their life spans.
Unique Zero-Day Insights
As EVSE cyberthreats continue to evolve, it is crucial to maintain continuous monitoring for vulnerabilities and malicious objects, such as zero-day vulnerabilities, advanced persistent threats (APTs) and ransomware.* Our solutions allow you to do just that on the binaries, firmware, or software bill of materials (SBOM) of your EV chargers. Upon detection of a vulnerability, our solutions implement virtual patching* in conjunction with the security agent at the edge to prevent exploitation. This approach enables you to protect your systems without having to make changes, providing an average of 102 days of protection while waiting for a vendor patch.
*Patent pending
Resistance to Cyberattacks
Our solutions work to your advantage even if your EV charging systems are already in operation. By integrating our software-based security agent into your charging points or controllers in advance, your EV charging systems gain the ability for immediate detection and blocking of attacks, including denial-of-service (DoS) attacks. It also implements virtual patching* to prevent exploits by enforcing multiple layers of security policies and rules. Moreover, it blocks unauthorized applications from running on chargers by validating them through an approved application list.
*Patent pending
Award-Winning, Complete EV Charging System Protection
Our partnership with VicOne will enable our customers to comply with the highest standards of international regulations and quickly deploy safe and efficient charging infrastructure.
Know More From Our Resources
GAIN INSIGHTS INTO AUTOMOTIVE CYBERSECURITY
VicOne Situational Awareness Report: 477 Cybersecurity Incidents, 160 Ransomware Cases, and Other Automotive Threat Highlights in Q2 2026
VicOne's Situational Awareness Report in Q2 2026 breaks down cybersecurity threats across the automotive, transportation, and logistics sectors by region, domain, ransomware activity, vulnerability type, and AI-related risk.
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Shifts in the Supply Chain: How Ransomware Targets Global Logistics Fleets
VicOne CyberThreat Research Lab identifies key vulnerability classes in fleet-related applications, underscoring the need for stronger security across connected fleet platforms.
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What Commercial Fleet Operators Should Know About ELD Data Integrity
VicOne's CyberThreat Research Lab review of common Android ELD apps shows why commercial fleets should look beyond the dashboard and treat ELD data integrity as a security priority.
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Attack Surfaces from Pwn2Own Automotive 2026: Key Findings for Security Teams
This blog highlights three attack surfaces from Pwn2Own Automotive 2026 and what they reveal about emerging risks in EV chargers, IVI systems, and connected vehicle security.
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