 Hi, I'm Francesco Dotto and I'm part of the IoT system development team for the region America. Today we'll be talking about the sensor tile, a tiny wireless sensor node platform that has been designed specifically for the IoT. The sensor tile comes with an extensive set of hardware and software components and it is also part of the more comprehensive STM32 open development environment ecosystem that has been developed by ST. You can see here an example developed with ex-nuclear and nuclear boards. The sensor tile platform comes with an extensive number of sensors inside all powered by an STM32 L4 low-power microcontroller and specifically the platform supports a digital microphone and LSM 6DSM accelerometer plus gyro with very low power performances, the LSM303AGR accelerometer plus magnetometer, the water and dust resistance barometer LPS 22HB and a Bluetooth low-energy radio that allows the sensor tile to communicate with smartphones such as iPhone and Android operated smartphones. Within the sensor tile we keep the ST sensor fusion that allows to show the rotational movement of the sensor tile in space. The same platform also allows to select functionalities such as for example the accelerometer and show the accelerometer plot within the app. The app by itself also allows to start a logging, stop a logging and the log data then can be sent over email through your favorite account. Finally the same platform also allows to do activity recognition. Think for example about a wearable platform where you can detect the activity that the sensor tile will monitor like biking, driving, running or just standing still. The sensor tile also supports a library for carry recognition in this case for example we understand that the sensor tile is standing on the table and it is possible also to detect events that are directly collected by the sensors for example in this case we can move the sensor tile and directly detect the movement through the library. Finally the sensor tile also allows to detect other events coming directly from the sensors like the orientation of the sensor and for example tap or double tap event or free fall or tilt. Finally since the boards has been equipped with a microphone it is possible to use that microphone in order to send voice over Bluetooth low energy to the app it is going to be able in this way to record the audio and that's its unique functionality of the sensor tile. All those sensors data that are collected over the app can then be used with the cloud service provider the most popular such as AWS but also Microsoft Azure and IBM. So with all of this the sensor tile really is a unique platform for your IoT design it can help designs in different type of applications such as smart agriculture smart industry smart things and wearable application and that's it for today thank you very much for your attention.