Cybersicherheit_Strassenverkehr_2025
BSI releases its Cybersecurity in Road Traffic 2025 report as the IAA kicks off
Connectivity Brings Opportunities – and New Risks
The BSI recently released its report Cybersecurity in Road Traffic 2025. The publication makes it clear: connected vehicles, charging points, and intelligent traffic management systems create new attack surfaces. Protecting these systems is critical – not only for individual vehicles, but for the entire transport ecosystem.
DiforIT: Research for Digital Forensics and Resilience
Through the DiForIT project, asvin works closely with ZITiS to study attack scenarios on connected transport systems and develop digital forensics methods to detect and analyze security gaps early. DiForIT examines not only technical vulnerabilities but also operational processes that can be decisive in an emergency. Collaboration with ZITiS ensures that the research remains practical while maintaining high scientific standards.
ReSiLENT: Securing Charging Hardware and Infrastructure
The BSI report highlights risks within the charging infrastructure. This is where ReSiLENT comes in. The project focuses on identifying vulnerable charging hardware and developing protective mechanisms to detect and block attacks at an early stage. Every connected charging station is like an open book – ReSiLENT ensures no unwanted entries are made. By strengthening the resilience of charging infrastructure, potential security incidents can be minimized.
asvin labs: Research That Delivers
The asvin labs are the company’s research and development hub. They create new security concepts that flow directly into products and consulting services. Combining methodological depth with innovation, the labs ensure research results are practical and scientifically sound.
Security as a Foundation for Innovation
Cybersecurity must not be treated as an add-on – it needs to be an integral part of vehicle and infrastructure development. asvin demonstrates how research and practice come together: from analyzing potential attack surfaces to developing robust security architectures. The DiForIT and ReSiLENT projects deliver insights that make digital mobility trustworthy and future-ready.
