 Hola, pessoal! Bienvenidos a STEM32 Innovation Live! Thank you, Natalie. We are so excited about the STEM32 WBA because it makes working on a secure Bluetooth application vastly more accessible. But that's not all, the STEM32 WBA announcement for today. Let me talk to you about two new solutions, a software package to help companies adopt matter and a new STEM32 WBA model with a Yoneki capability. If you are not familiar with it yet, matter is an additive from the Connectivity Standard Alliance, which includes Amazon, Apple, Google, Samsung, ST, and more. In a nutshell, matter uses IPv6 technologies to make each device worldwide addressable on a 2.4 GHz mesh network using Thread or Wi-Fi. Thanks to matter, the products in my home and yours will be able to talk to each other, regardless of the vendor out or the platform that manages them. How? Matter makes sure devices are compatible with one another. That's why we are announcing today that the first version of the XCube Matter software package is available for download. It includes a bridge application, supporting matter, and ZigBee. And running on a STEM3287 for matter and an STEM32WB for ZigBee. Moreover, since the application uses a traditional data model, developers can modify it to support nearly any protocol. Imagine the possibilities. Another unique feature of the ST solution is that it allows matter development on Windows and macOS. Until now, when I, or any of the developers in our community, worked on a matter application, we had to use Linux distribution. However, because XCube Matter works with the STEM32QB ecosystem, I can now use any of the major operations systems. We know that some of you are still evaluating whether you will adopt matter. It's not always an easy decision. That's why we are giving you the tools and code to create a bridge quickly, so you can arrive at the decision that will make sense for your operations. Our Matter software is here to help you figure out whether to work on the new protocols and how to start bringing matter support to your market. The other announcement that we have in the STEM32WB family of products is the arrival of the STEM32WB1MMC model, the second WB model we've ever made. The first one was the WB5 model, which includes an STEM32WB55MCU. Now, the WB1 uses the STEM32WB15 microcontroller to help those working on a simple Bluetooth family application. Yes, we heard you. Many of you are working on a smaller system that requires less memory when it's a model that fits your needs with the WB1. We are delivering it. But that's not all. Model has the unique ability to support an internal or an external antenna. Why? When using an internal antenna, the model comes with AMC certifications, FCC, CA, ANATO, for product here in Brazil and many others. It helps greatly reduce the time to market and lower certifications costs. However, when I'm working on a smart window shading system, for example, I have to place the antenna outside the system to compensate for geometrical and metallic constraints. Preferably, I would get a traditional STEM32WB, which is full of reference towards the antenna. But now, I have a module that can fit my needs. We've heard from so many of you telling us that the module makes prototyping, manufacturing, and inserting easier. For example, a module includes more than a dosing component that would have to be on the PCB if engineers use a regular STEM32WB. Now, the WB1 allows you to use a module, even if you must use an external antenna. So that is the best way to start working on a WB1 module. Our coming connectivity expansion board will include the new module, as well as a motion and temperature sensors for beacon and other IoT applications. The WB1 and its common development board are also fully supported within the STEM32QB ecosystem to facilitate developments. That's right. Making wireless technologies more accessible and practical means meeting you where you are in your development journey. When many of you are unsure if they will adopt matter or where to begin, we bring you an application and software tools to get you started. And when you want to make the process of creating a Bluetooth application simpler, we bring you a new module that's more cost-effective and flexible. Making technology accessible is all about understanding our community and providing everyone with more intuitive ways to approach the technical challenges you face. And to do that, at the scale of the entire STEM32WB family, let's talk to Tiling, who will share exciting news on the new STEM32 developer zone and our new Cloud AI initiative. And that's it, folks. See you next time.