 4 OEMs creating a software-defined vehicle means managing different levels of functional safety depending on the critical nature of the application. With our ST partner OpenSynergy we are showcasing how we can enable OEMs to support different virtual machines that manage different car functions leveraging what we refer to as a hypervisor running on our Stellar MCU. As you can see here for example, we see our Stellar MCU running several virtual machines so thanks to the Stellar hardware support for virtualization and OpenSynergy hypervisor software technology each virtual machine is isolated and cannot interfere with each other. Our application demonstrates how different virtual machines sharing the same hardware resources can coexist independently, be updated and rebooted without compromising the execution of other virtual machines. A virtual machine in short takes the hardware resources available and simulates a computer system. Now you might ask what a hypervisor is. In simple terms a hypervisor takes the physical resources and creates the environment the virtual machine we use to simulate a computing system. Hypervisors are therefore very resource intensive. Our Stellar G7 solves this problem by using hardware IPs that optimize virtualization. The MCU accelerates functions that hypervisors use and enables the creation of multiple virtual machines without bringing performance to a stop. To link this demo to a real world example we could imagine that one virtual machine is an electronic braking system or electric power steering that must be a SLD compliant the most stringent level today because failures could be fatal. On the other hand we could imagine that another virtual machine is a rear view camera system that only needs to pass ASLB certifications which is far more lenient. Traditionally manufacturers would design one hardware system for an ASLD module and another one for an ASLB feature. This used to mean adding more components, increasing the bill of materials, the designs complexity and points of failure. But as you can see we can now use the virtualization capabilities of the Stellar G7 to run different ASL levels on the same hardware. You can thus meet the most stringent requirements using only one hardware platform. Our Stellar microcontrollers also safely run several critical real-time functions and support the aggregation and dispatching of growing data streams while ensuring efficient energy management. This enables for instance secure-over-the-air updates for modern vehicular cycle management. New or improved services can be easily rolled out. To find out more about our Stellar MCU family please go to st.com.