 Hi everybody, my name is Salvo Bonina, field application engineer for S.T. Microelectronics and today I'm going to talk about MADR. MADR is an open source connectivity standard for smart home and IoT devices and its target is to bring interoperability and compatibility among different manufacturers such as Google, Samsung, Amazon and Apple. As you know, the smart home market is very fragmented right now with a variety of different hardware, software and connectivity options. So there is lack of compatibility within ecosystems. How many times have you faced challenges controlling all your devices in your house because they are not manufactured by the same company? So MADR makes it simple, seamless and secure by providing a common standard to simplify and unify IoT connectivity regardless of the device platform and brand. Think of it as a universal language for connected devices that let them talk to each other no matter where the brand is. So MADR devices connect to each other locally over your home network using either Wi-Fi or Thread Protocol which provides a robust mesh network functionality and MADR border router is a key part of Thread and along with the MADR controller I'll allow you to stop the MADR over Thread devices in your home. It could be built in any always powered device with either Wi-Fi or internet capabilities such as routers, smart speakers or even a TV and can work with any Thread device. On top of this having one smartphone application or voice assistant controlling all of your devices from many manufacturers in your home is the true value of having MADR in your home. In our demo today each device is commissioned through a specific gateway creating what is called a fabric and we have three fabrics in our demo. Apple fabric right here where the on pods is connected to a smart lamp and two smart plugs one here and one over there to control the fan and the internal lights of the smart tone case on the top right and two smart light cubes this one and that one that are also multi-fabric with the Samsung smart things and that I can control with the voice commands to the on pods. A, C, turn the light on. Here in the center we have the ST fabric where there is an ST border router designed around our ST32 MP1 microprocessor and a smart light cube which is also multi-fabric with the Apple on pods and the Samsung smart things. Here on the right we have the Samsung fabric where the smart things session is connected to the light switch over here that we can use to control the smart lights in the cube and then it is also connected to a smart plug over here to control the internal light of the smart house smart tone case. A door sensor inside the case that we can use to control the fan and the lamp over there and two smart light cubes so this one and this one and again the multi-fabric feature of mother allows controlling any device from any fabric let's say from any smartphone or controller and ST provides the devices such as the ST32 MP1 microprocessor series and the ST32 WB55 for low cost getaway and mother and not the products and with the introduction of the X-Cube mother package ST is going to be one of the few device manufacturers to offer a non-linear environment to accelerate the development for mother and not manufacturers. So this is on top of the ST32 cube ecosystem which allows developers to move from concept to production faster than our competition. Thank you for watching this video and please check out our latest updates on ST.com.