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Over-the-Air Automotive Updates


Modern vehicles are increasingly-connected devices with growing volumes of electronic systems. This systemic complexity means that even an average vehicle design will include over 150 ECUs, which control not just infotainment and communications, but powertrain, safety, and driving systems (figure 1). We see not just a surge in the volume and complexity of electronic hardware, but also software.... » read more

Secure Silicon Lifecycle Management Architecture For Functional Safety


The rapid growth of electronics for automotive applications fueled by advanced ADAS systems pose new challenges for complex SoC design and Silicon Lifecycle Management (SLM) in the supply chain as well as in-field monitoring and management of the population of chips. In these modern complex devices, ensuring the correct and safe operation requires not only functional safety to check for reli... » read more

ISO26262: The Case For Embedded Analytics In Automotive


From advanced driver assistance systems (ADAS) to a new generation of robots and medical systems, we are seeing an explosion in the development of cyber-physical systems. Because these systems use advanced software to interact with the physical world, safety is a paramount issue but one that is reflected in many industries by the use of safety standards based on a philosophy of risk assessment ... » read more