 Hello, in this asset tracking demo we are simulating a scenario with a port and threat village showing different asset tracking use cases from container tracking, vehicle industrial tool tracing, good guarantee and pallet monitoring. We are using a common dashboard DSH asset tracking to easily monitor all the assets shown in the demo. Let us focus on the smart pallet use case with our ready to use sensor type dot box IoT node. In a port most of the time goods are collected in a pallet a ship head from the warehouse to the final destination, often overseas destination and travel long distance. So it's really important to track the condition of individual pallets while they are stored in the threat village warehouse and during transit from the port to the final destination. Our technology transform a standard pallet in a smart pallet. In fact, using my mobile phone with the asset tracking app, I can set up the tracker for shipment and read the parameter history when they arrive at the destination. Using the same solution, I can monitor the condition and location of the pallet also during transit thanks to the data transmission from the smart pallet to the black box of the truck. The black box collect the data from all the pallet using in this case Bluetooth energy technology and send them to the cloud using a low power wide ion network communication such as LORA, NAROBAND IoT or SICKFOX. In this specific solution we are using SICKFOX for long range communication. Using a bridge between Bluetooth and SICKFOX, all the information including geolocalization is send in real time to the cloud dashboard. Using LSM 6DSOX inertial module with machine learning, it's possible detect event like free fall pallet position while all the system is sleeping and saving energy. Let me show how you can develop an asset tracking application by yourself. For this demo, you need a sensor tile dot box, an android phone, a laptop with Chrome. You should first reprogram the sensor tile dot box with dedicated firmware package called fp-etr-bli-1. So download the asset tracking app from Google Play Store in your smartphone and create an account for the asset tracking dashboard. The SH asset tracking is a cloud web-based dashboard dedicated for asset tracking powered by AWS. The smartphone will funnel the data coming from the sensor tile dot box directly to the cloud dashboard. The cloud dashboard provides an end-to-end application proof of concept. It's compatible with various sensor nodes with different connectivity technology, Bluetooth, SICKFOX, LTE, NFC and LORA. Now you can turn on the sensor tile dot box with power button and then push the user button to put the sensor tile dot box in advertising mode. The BLE LED start to blink. On your smartphone, you can see the device named ATB-100 push to pair the sensor tile dot box. To set up the tracker, we can start by setting the frequency of the parameter recording the internal SD card. Let's set one minute switch on board status to log data on the SD card. You can configure now the various threshold for each parameter. Let's set temperature greater than 20°, pressure greater than 800mbar, humidity, tilt event, wake up and orientation event. Save your setting with the save button in the top right corner. Data logger will disconnect and start to log. Every time that the event is triggered, the BLE LED start blinking. Now you can start to log. When you want to read the data, just push again the user button. The BLE LED will start blinking faster. Connect your mobile phone. Jump on page data. Sync cloud data, ok. You provide a unique certified name to a secure communication and once synchronization is finished, you can view sensor data graph and plot directly on the smartphone and on the dashboard in a secure way. Now you can go on sensor.box device and you can see that all the uploaded data, last telemetry data, temperature, pressure, humidity, geolocalization done using the geolocalization of your smartphone, you can go in telemetry page, select sensor.box device, the temperature, the parameter that want to show for example a temperature, last six hour, I can get the history of all the parameter, I can get if you want also the event, sensor.box last six hour, I can list all the event or I can see the map. So now you have all the information that you need to create an end-to-end application based on sensor.box IoT node for asset checking. Thanks very much.