Holistic Security Solutions
The automotive industry is facing a dramatic transformation that brings fundamental changes to vehicle E/E architectures in the connected and automated driving environment. Designs are shifting from many application-specific ECUs to a few high-performance domain controllers with bundled functionalities. This technical engineering trend imposes a consolidation of automotive cybersecurity and a change of the AUTOSAR architecture.
Maybe you want to learn about car communication, participate in automotive capture-the-flag (CTF) events, or you’re worried about the overall security protection of the car. Where do you start? We’ll cover five phases of hacking a car – ethically – and what to consider in each phase. This is part two of a two-part blog post.
Why should you hack a car? Maybe you want to learn about car communication, participate in automotive capture-the-flag (CTF) events, or you’re worried about the overall security protection of the car. We’ll cover five phases of hacking a car – ethically – and what to consider in each phase.
As vehicle cyber-security advances, and as more cyber-security measures are implemented in the vehicle, it will become increasingly difficult for an attacker to penetrate the vehicle network. The need for Network based Intrusion Detection will therefore decrease, however, the benefits of Anomaly Detection will not.
Cryptographic algorithms play a very important role in providing data integrity and confidentiality.
How can you ensure a safe USB connection on your devices? ESCRYPT offers several tests for you to improve the security of your USB connection.