The increasing use of information and communication technology in power grids and
connected e-mobility infrastructures enables cyber attacks. E-mobility infrastructure …

ISO 15118 enables charging and billing of Electric Vehicles (EVs) without user interaction by
using locally installed cryptographic credentials that must be secure over the long lifetime of …

Electric Vehicle (EV) charging involves a complex system with cyber-physical components,
backend systems, and communication protocols. A potential security incident in this system …

With the steady rising Electric Vehicle (EV) adoption world-wide, a consideration of the
Electric Vehicle (EV) charging-related load on power grids is becoming critically important …

The increase of electric vehicles has exacerbated the need for adequate security measures
in the electric vehicle charging ecosystem (EVCE). Integrating IT services into the electric …

Vulnerable or malicious third-party components introduce vulnerabilities into the software
supply chain. Software Composition Analysis (SCA) is a method to identify direct and …

The power grid is a critical infrastructure that is becoming increasingly indispensable due to
rising electrification. Depending on their size, failures in the power grid are accompanied by …

This dissertation focuses on the cybersecurity of modern electric vehicles (EVs), specifically
their communication protocols. The research highlights IT security risks, such as the …

With the rising need for electric vehicles, more and more manufacturers participate in
legislating the standard of charging stations, such as ISO 15118 and IEC 61851. They …

Implementing a zero trust architecture can significantly bolster the security of electric vehicle
(EV) charging infrastructure. EV charging infrastructure includes numerous networked …