Vector Informatik Expands CANoe EV with V2G Security Testing

Why It Matters

Early, automated security validation reduces costly recalls and accelerates time‑to‑market for EVs and charging infrastructure, strengthening compliance and consumer trust.

Key Takeaways

• Vector adds automated V2G security tests to CANoe EV package
• Supports ISO 15118‑2, ISO 15118‑20, TLS 1.2/1.3 compliance
• Enables CI/CD integration for reproducible charging validation
• Includes TLS fuzzing, protocol tests, and Plug & Charge checks
• Continuous updates will expand test functions over time

Pulse Analysis

The rapid expansion of electric‑vehicle adoption has put charging‑station security under intense scrutiny. Standards such as ISO 15118‑2 and ISO 15118‑20 define how vehicles authenticate and exchange power‑transfer data, while TLS 1.2/1.3 secures the underlying communication. Vulnerabilities in these protocols can expose users to fraud, data theft, or grid instability, making rigorous testing a prerequisite for any OEM or charger manufacturer seeking certification.

Vector Informatik’s enhanced CANoe Test Package EV addresses this need by automating V2G and TLS security assessments. Unlike traditional manual testing, the new suite offers repeatable fuzzing, protocol conformance checks, and Plug & Charge verification that can be embedded directly into continuous integration pipelines. This shift not only cuts engineering hours but also ensures that security findings are captured early, before code reaches production, thereby lowering remediation costs and supporting faster release cycles.

For the broader automotive ecosystem, Vector’s move signals a maturing approach to cybersecurity as a core component of vehicle development rather than an afterthought. As regulators tighten requirements and consumers demand trustworthy charging experiences, tools that streamline compliance with ISO 15118 and TLS standards become strategic assets. Continuous updates to the test package promise to keep pace with emerging threats, positioning Vector as a pivotal enabler of secure, scalable EV infrastructure.