Publications

With the electrification of modern cars, they become complex and connected computer systems. As such, the automotive industry faces all the cybersecurity issues inherent within the wider software sector. So how do you choose a secure, future-proof platform that will protect your vehicle and your customers from real-world threats throughout the lifetime of the vehicle?

Recently, Riscure analyzed the security of commonly used smart home devices such as WiFi routers, gateways, door locks, and cameras.

To make it easier for developers to protect their security-critical devices, Riscure created this paper discussing patterns that can cost-effectively mitigate the code.

In this paper Riscure expert provide insights into the complex evaluation of integrated Secure Element (iSE) in System-on-Chip (SoC).

This paper describes an outlook of the most important future TEE security topics.

Your latest car is a computer. Whereas in the past only simple control logic had been deployed in a car, today demanding computers handle tasks like powertrain control and signal processing for autonomous driving.A modern car depends on tens of different computers, typically referred to as Electronic Control Units (ECUs), ranging from sensors to high-performance computing platforms. The automotive industry quickly realized that some form of standardization is needed as multiple suppliers and manufacturers are working together to produce a single modern car.

This talk presents a fault simulator created using existing open-source components and without requiring a detailed model of the underlying hardware.

We present our vision on secure boot design for embedded devices by means of clear, concrete, practical and easy-to-follow recommendations.

We present an approach for secure boot design, which can be used as a starting point for a complete hardened secure boot solution.