 Hi, I'm Tim from the Concert, and welcome to CS2024 at SC Microelectronics. Today, I'll be showing our latest generation of our ultra-low-power platform, our SM32U0. The SM32U0 is a continuation of our industry-leading low-power platform for we're here showing the 16K to 256K flash device. The user itself is equipped with a wide range of peripherals from Spy, I2C, and Crystallize USB, high-end security with AES-256, and up to 2-feet 2K flash and 40K S-RAM. A few other additions to here as well, three ultra-low-power timers along with AES-256. A lot of different packages that we have here are still offering the pink compatibility that's been proven over the SM32U product family. We have two memory configurations, a 2-feet 2K flash version all on 64K, and a few optional securities. For today's demo, we'll be showing the first one of our SM32U0 with the partner Dracula Technologies. As you can see here, our U0 evaluation kit that's being driven and powered by a very, very small photovoltaic panel. This device is powering the U0 along with the segment LCD display, and this one is basically showing the luminosity depending on what's used on the panel. So right now we're showing about 644 lux. If I cover it up, we're looking about 88. It's a very, very low-cost, low-power micro that's being strictly from a photovoltaic cell. The next demo that we have here is our brand protection that we're showcasing here. So our makeshift drill that we have here, and our quote-unquote accessory, in this case a battery. In terms of today, there are a lot of quote-unquote counterfeits, clones of accessories. We want customers to have a higher confidence in some of their accessories that have been proven along with validated. So what makeshift drill, you see here, has a SM32U0 built inside, and we have a ST safe that has basically a secure micro with a provision key on board. So now we have a quote-unquote good battery that's validated with an right, ST safe, plug it on in, and especially the SM32 will authenticate and it's ready to go. For more information, please visit ST.com.