 Hello, I am Alessandro Capra, technical marketer of STM32OD, member of SREI Group, and I work for ST Marketronics Italy. The STM32 Open Development Environment is an ecosystem we have developed to help students, makers and you, our customers, to go fast as possible from a great idea to the creation and testing of your first prototype. This ecosystem is made up of a set of hardware and software tools, which is heavily geared towards fast prototyping using, of course, components from VST product portfolio. So, let's have a look. As you can see here, we have many, many nuclear boards, which are equipped with the STM32 microcontroller. There are different nuclear boards, so that we can cover all the microcontroller product portfolio from high performance to mainstream to ultra low power. There are even two boards with the microcontroller integrating Bluetooth and subjigar connectivity. On top of these nuclear boards, there are some expansion boards represented here, named X nuclear, which come back looking on top. These expansion boards integrate a range of components from the ST product portfolio. In particular, as you can see here, we have boards equipped for motion sensor and environmental sensors, microphones, temperature, humidity, and proximity sensors. We have boards for connectivity, enabling functionality like Bluetooth, NFC, subjigar, to enable protocols like Lora, Spirit and ZipFox, and GNSS systems for satellite navigations. Boards for digital output, PLC, operational amplifiers, energy management, battery charging, and the USB interface with the USB power delivery functionality. And finally, we have boards for motor control to drive and control main motor families, steppers, brushless and brushed DC motors. All these boards here are provided with the software pack, which integrate all the corresponding driver and some practical examples, which can help you develop your prototype. This can be used as a starting point to develop your application, targeting your final product. Another alternative is to use our combat solution boards so that you can get all the functionalities in a second nuclear solution, but in a much smaller form factor, which is hoping will get you to market faster. So as you can see here, there are a lot of industrial IoT, for example for predictive maintenance and condition monitoring, but also consumer IoT nodes for wearable applications. And there are also boards for IoT as a tracking as well. This board uses the same software packages we have developed for this target solution. To make it easier to use the porting from one solution to the other one solution. And finally, there are these STM32 Discovery boards, which are designed to implement many functionalities from sensing to connectivity and also graphical interface. And some of these are both mentioned software packages can be used here as well, so spending the choices for developers and the solution which best fits their needs. The overall ecosystem also provides IDE tools, required to configure, write code, program, debug the microcontroller and the expansion boards. All the documents and the user manual associated with these boards, schematics of the expansion board, which can be useful in the realization of the final product. Visit sd.com slash STM32 ODE to find all these much more about the STM32 ODE ecosystem. Thank you.