 Hello, are you starting a wireless-based application? And are you looking for an easy-to-use solution? Here in Nuremberg, we are showcasing our partner solutions that can help you to speed up your application development. To speed up your hardware development, you can use modules or system-in-package products. Such products are already certified and they are ready to use. They integrate most of the components of your bill of materials, such as crystal, RF filters, and balloon. So it can free you from the hardware complexity of the RF design. Here, we are showing 15 modules based on STM32WL and created by our partners. So you can select the one that fits your needs in terms of form factor, for instance. Some are really small, as you can see. RF frequency and power output. All depends on your country regulation, for instance. Some modules are open, so you can program it with your own code. And some are already programmed and can be easily controlled by 80 commands. So we have seen the hardware side. Let's focus now on the software, as it is an important part of an IoT application. So to reduce your software development efforts, you can use wireless stack that has been already ported on STM32WL. For instance, ST is providing the LoRa1 and SIGFOX stack that you can download directly from our website. On top of this, our partners are enabling other protocol, such as MyoT and Wireless Emboss, proposed by Stackforce, Zeta, proposed by XifiSense, and AmpNet for the support of Mesh Network, proposed by AmpTech. And recently, we have a newcomer in our partner program called Acleo. They are proposing an IPv6 solution over LP1. So thanks to their solution, you can reuse your IP-based application and have it running over LoRa1 or a SIGFOX network. And this is done in a transparent and energy-efficient way. So here, Acleo is showing a demo of a typical IP-based application, which is a UDP client server. And that client server communicates over LoRa1. So we have the UDP client running on the STM32WL, and that communicates with the UDP server running on this laptop. And this is achieved thanks to Acleo solution. To get more information, I invite you to have a look to their website, ackl.io. Great. So we went through our hardware and our software ecosystem. Let's check out a concrete application of this ecosystem. We have here a final product made by our partner, Lacroix Electronics. It's an IoT sensor that detects falling poles to help technicians around the world to restore the affected network as quickly as possible. So come and have a look. Let's simulate a pole that is falling on a remote area, for example. The sensor detects the fall and reports it to the cloud. So the technicians are aware of it. They can identify, and they can locate the falling pole. And this way, they can act to fix it. Well, thank you for your attention. To get more information about the STM32WL ecosystem and our partners, you can visit our website, ST.com, slash STM32WL. Thank you.