Modern Internet of Things (IoT) networks including vehicle networks face an increased demand for security and access control with respect to privacy for sensitive data.
Odometer fraud is a serious offense in the automotive sector and indicates the disconnection, resetting, or alteration of a vehicle's odometer and the related sensor with the intent to change the n
On the Application of Entropy Measures with Sliding Window for Intrusion Detection in Automotive In-Vehicle Networks
The evolution of modern automobiles to higher levels of connectivity and automatism has also increased the need to focus on the mitigation of potential cybersecurity risks.
The recent advancement in the automotive sector has led to a technological explosion.
In modern auto vehicles we find dozens of Electronic Control Units (ECUs) running several hundred MBs of code, alongside sophisticated dashboards with integrated wireless communications.
The massive proliferation of state of the art interfaces into the automotive sector has triggered a revolution in terms of the technological ecosystem that is found in today's modern car.
Next generation of vehicle diagnostics based on advanced on-board monitoring and cloud-based diagnostics
This paper presents the architecture and elements of an advanced diagnostic and emission monitoring system to eliminate the risk of interventions to the vehicle that would lead to emission increase
The Industrial Internet of Things (IIoT) have been designed to perform a more agile and efficient automation, control, and orchestration of future industrial systems while improving the energy effi