Vector Informatik Expands CANoe EV Test Package with Charging Security Testing

Expanding its role in electric mobility validation, Vector Informatik has introduced new security testing capabilities within its CANoe Test Package EV, targeting vulnerabilities in charging communication systems. This development focuses on strengthening the reliability of EV charging interactions by enabling early detection of security gaps during development. The solution is designed to integrate seamlessly into existing workflows, helping manufacturers and suppliers maintain robust validation cycles while minimizing manual intervention and enhancing overall testing efficiency.

Enhanced Security Testing for Charging Communication

The updated CANoe Test Package EV brings a structured and automated approach to validating charging communication security. By embedding security-focused testing directly into development environments, the solution enables continuous and reproducible validation. This ensures that potential risks are identified early, reducing downstream failures and costly redesigns. The system supports seamless integration into development pipelines, allowing teams working on EV charging infrastructure to maintain consistent quality assurance standards without disrupting established engineering processes.

Advanced Functional Scope for Robust Validation

The expanded testing suite includes comprehensive features such as vehicle-to-grid communication fuzzing with system monitoring, TLS fuzzing, and protocol validation. These capabilities enable deep analysis of communication behavior under various conditions, ensuring resilience against cyber threats. Additionally, customizable interfaces allow engineers to implement tailored security tests, making the system adaptable across different architectures. This approach aligns with growing industry focus on automotive cybersecurity and supports compliance with evolving standards in connected vehicle ecosystems.

Support for Key Industry Standards

The solution is compatible with critical standards such as ISO 15118-2, ISO 15118-20, TLS 1.2, and TLS 1.3, ensuring broad applicability across global EV platforms. By aligning with these standards, Vector enables developers to validate communication protocols used in modern vehicle-to-grid systems and smart charging environments. This compatibility ensures that OEMs and suppliers can confidently deploy secure and interoperable charging solutions across markets, particularly in regions like Germany where EV infrastructure is rapidly advancing.

Driving Efficiency Through Automation

Automation plays a central role in the enhanced package, significantly reducing manual testing efforts while improving consistency. Continuous validation capabilities allow teams to monitor system performance throughout the development lifecycle, ensuring that updates do not introduce new vulnerabilities. This not only accelerates development timelines but also strengthens trust in EV charging systems, which are increasingly critical to the adoption of electric mobility. The integration of automated testing reflects a broader shift toward scalable and intelligent validation solutions in the automotive sector.

Frequently Asked Questions

What is the significance of Vector Informatik’s CANoe EV security testing update?
The update introduces automated security testing capabilities specifically designed for EV charging communication, enabling early detection of vulnerabilities and improving system reliability. It integrates seamlessly into development workflows, allowing continuous validation without disrupting existing processes. With features like TLS fuzzing and protocol testing, it strengthens cybersecurity in EV ecosystems. This helps manufacturers ensure compliance with global standards while reducing manual testing efforts and improving product quality in increasingly connected and software-driven vehicle environments.