 Hello everybody, my name is Max Nicotra, technical marketing supporting our Teseo Geneses module family in North America. This video is intended to provide high-level guidance on Teseo Geneses modules for asset and free-tracking applications. This slide is an overview of the Teseo module family. From the top center going clockwise, Live3R, Live3FL and Live3F are our single-band L1 positioning engine modules, providing accurate position, velocity and time, or PVT, for applications requiring standard accuracy. They are a great fit for asset-tracking and fleet management applications because of small footprint, 10 by 10 millimeters, low power and easy-op design. In the lower row on the left are Vic3D family with industrial and auto-grade devices supporting standard position and accuracy with that reckoning. DR is used for operation in poor genesis conditions like tunnels and urban canyon. ST offers that reckoning to fliers, draw that reckoning automotive way where odometer interface is connected to Vic3DA and draw that reckoning unplugged mode where Vic3DA operating independently with no connection to odometer. Overwrite shows Live4F, which has dual-band L1 plus L5 capability, for applications requiring high-level accuracy in the industrial, IoT and consumer markets. It doesn't support RTK nor that reckoning but provides much improved genesis accuracy over L1 only solutions. This product positioning map shows the relative capability of all our Teseo modules, respect to each other for two main aspects, precision also known as accuracy and power consumption. We will discuss the second, third and fourth quadrant first. Live3R in the second quadrant is ideal for applications where dual-constellation precision is desired without the need for a strict power budget. Live3FL in the third quadrant can operate in ultra low-power mode with standard precision. Live3FL in the fourth quadrant can operate with higher precision using configurable low-power mode. First quadrant shows devices Live3F, Vic3DA and Live4F that can operate with higher precision but less constrained by power requirements. Teseo Live3 and Vic3 provide an accuracy of 1.1 meter while Live4 devices provide 0.7 meter at CEP 50% open sky. Based on the previous product positioning slide, the market segment serves as a guidance to show the fit of the Teseo modules for various application needs. Starting from the left, for applications like livestock tracking that requires ultra low power, Live3FL operates in GNSS off-load mode. Here GNSS row data is sent to a cloud and position is computed off-site. Off-load is ideal for applications where the device primarily remains in standby mode and only needs a position fixed at 90 minutes or greater intervals. For people and per tracking that requires low power with accuracy, Live3FL can operate down to 1.8 volt and low operating current with industry-leading accuracy. Additionally, Live3FL offers ST autonomous assist GPS for quick time to first fix supple wake-up from standby. Live3R is a ROM-based GPS and Beidou low-cost positioning solution while providing compatible position accuracy as Live3F and Live3FL modules such as smart lighting or utility tracking. General asset tracking solutions like EV charging stations where standard accuracy is needed, Live3F can be used. Live3FL like Live3FL includes assist GPS or AGPS for quick time to first fix. In fact, in applications where Live3F is a fit, Live3FL can also be used if there is a strict power budget. Live4F is a dual-band low-power device that provides submitter accuracy, the high accuracy, fast update rate, and low power consumption makes this device ideal for drones and health and asset tracking applications in general. Big3Devices incorporates that reckoning rate of 30 hertz which provides high accuracy because of sensor fusion between IMU and GNSS. Availability of that reckoning makes it ideal for fit management applications, infotainment, and others. All the Live devices are pin-to-pin compatible, providing hardware design flexibility. There is also API compatibility between Live and Veeq devices, providing software flexibility and reuse. The evaluation boards, CVBs, are useful for feature and performance evaluation on a bench or in the field, and act as our reference design to guide your design a rapid prototyping. The XNUCLEO board is ideal for software development for customers, developing an STM32-based solution for which we have a very powerful ecosystem. The SEOSuite is a free Windows PC-based GUI tool that is extremely powerful and easy to use for GNSS evaluation and low-level control of module features. Stabilizer 1B is the newest asset-tracking solution in a small form factor. It integrates STM32-WL, STM32-WB, motion environmental sensors, Live3F, NFC, Blora, Bluetooth, ZigBee, and other communication ICs. The SR1B STM32-QB-MX component is integrated for faster software development using STM32-QB IDE. It is a compact reference design for fast prototyping and quickly moving into mass production for applications requiring these various technologies. I recommend you join us in the STGNSS community to share ideas and ask questions. Thank you for your time. To find out more TZO information, please visit www.st.com-genesis-modules for live and weak module technical documentation and all collaterals. And www.st.com-gps for information about the TZO chip set offering. Thanks again. Bye.