 Hello and welcome to ST at Electronica 2022. My name is Ahmad Abdel-Haleem from Alps Alpine, where I'm responsible for the asset tracking business unit in Europe. Over the next few minutes, I'm going to share with you how Alps Alpine asset tracking solution can help companies achieve end-to-end visibility across their supply chain and how state-of-the-art ST micro components helped us reaching the desired results. Alps Alpine has successfully deployed more than one million asset trackers in the field since 2019, where one of our key customers is Deutsche Post DHL. Our solution, for instance, helped DHL to reduce the loss rate of their trolleys while maximizing their utilization and improve their inventory management. Alps Alpine asset tracking solution consists of a tracker attached to an asset such as a container, a trolley, or an IBC. Based on an intelligent and sophisticated motion algorithm, the tracker sends a location message upon the detection of a valid motion. This location message is transmitted via wireless network such as ZikFox or NBIT to our cloud-based platform, which enables continuous monitoring of assets and triggers status reports on utilization or pool size, for instance. You might be wondering, this is very calm and there are a lot of solutions in the market available doing the same functionality. What's so unique about Alps Alpine asset tracking technology? Basically, there are two key points that are really differentiating us from others. First, it's the battery lifetime of our tracker. And the second one is the total cost of the solution. With Alps Alpine technology, we can achieve a battery lifetime up to 10 years. We achieve that based on two main pillars. The first one is the intelligence of our software where we send only the necessary message in that sense, the device, namely a microcontroller, transceiver, and the accelerometer are most of the time in sleep mode. And only wakes up when a valid motion is detected. The second pillar is deploying several ST components that operates in real low-power mode and optimized for such use case. We have components such as STM32L0 microcontroller, which is used in our entry-level tracker, Gary. We also rely on S2LP, which is a subgear, transceiver, in our ZikFox devices to transmit the location data to the cloud. One key component for our motion algorithm is the LIS2DW Accelerometer, which is an ultra-low-power 3-axis Accelerometer with only 50 nanoampere power consumption in power-down mode. And below one microampere in active low-power mode. On the other hand, for a high-end tracker family such as Kali, we are using ST Blue Energy Bluetooth System on a chip, which is a low-power network processor. It is indeed worth mentioning as well that in all of our products, we relied strongly on ST Ecosystem in terms of the development and evaluation kits that accelerated our development time and time to market. The combination of these low-power components from ST Micro helps Alpine expertise in location tracking technology and combination of wireless technologies to transmit location data helped us to comfortably say Alpine technology enables 10 years operation without charging. Thank you very much.