 Hello, I'm Nathalie Vallespain. I'm Product Marketing Manager for the STM32WB Product Series. How to increase the number of applications and the number of multilinks in between different IoT Bluetooth low-energy devices? Our daily life is coming with a multiplication of the number of IoT devices with applications like health monitoring, asset tracking or home automation control. And the thing here is that for each type of application, usually it comes with a single hardware able to connect to very few other devices. Many customers came to us coming from industrial markets or consumer markets and those customers were asking to have the ability to increase the number of topologies available with such devices to not only address a single device with few connections but to increase the flexibility on topologies that are available and compiling all those requests. We have enhanced the capability of our products to achieve such new features. The first demo we are going to show is kind of a lighting demo where we have multiple switch controls which are all connected to the same peripheral which is a light and each of them is able to control independently this peripheral. Here we are showing the STM32WB Discovery Kit which embed the STM32WB module and this Discovery device is behaving like a peripheral which is connected with eight links to various hosts. Here the hosts are behaving like light control and this light here is controlled by each of those hosts independently. For example here the light is on and we can switch it off with this one and switch it on back with another one. So each link is independent. Same demo can show that we can use a sensor on the Discovery board like a movement sensor and the information of the placement of the board can be sent through the data processing to each of the peripherals. On this second demo we are showing the STM32WB like a server of application able to handle various types of applications towards each of the hosts which are all connected simultaneously on the same peripheral. For example we can see that the movement is sent through the peripheral to the host which is embedding the movement control. We can see also that the data are sent to another sensor and then we can see that here for example the light is off. We can switch it on from one host and switch it off from another one fully independently. This new feature has been developed and is coming as an announcement of our ecosystem and implemented in the SDK of the STM32WB ecosystem. It is so available for everyone and it is simply a firmware upgrade of our product. There is no hardware modification. So please enjoy our ecosystem and go to catch our SDK on ST.com.