Uploaded September 2024 | Updated September 2026, 1 week ago
This talk explores Zephyr RTOS as a reliable and versatile OS, applying it in a practical example of a full GNSS tracker, which uses LoRaWAN as connectivity and uses an ESP32 as main SoC. This talks also shows how Zephyr RTOS can be a smart embedded OS choice for a great sort of embedded systems and IoT solutions.
This talk explores Zephyr RTOS as a reliable and versatile OS, applying it in a practical example of a full GNSS tracker, which uses LoRaWAN as connectivity and uses an ESP32 as main SoC. This talks also shows how Zephyr RTOS can be a smart embedded OS choice for a great sort of embedded systems and IoT solutions.




โinto API calls needed to initialize the data model, encodes them to protobuf messages and stores it in a space-efficient format on the flash.
By design, this allows the application and the data model to be decoupled and stored independently. The repo also includes an IDF component that can read this serialized format and create the data model at runtime. However, the same format is usable across Matter implementations like Matter.js, rs-matter, Matter (CircuitPython) or Arduino Matter, eliminating the need for code generators to be developed for these languages.
The talk will provide an introduction to data models of IoT devices, how Matter approaches the data modeling problem, and how the Data Model Interpreter tools and components work. It will also cover the potential use cases.
Speakers: Dhaval Gujar and Amit Sheth DevCon25 - Runtime Data Model Interpreter for Connected Devices](https://i.ytimg.com/vi/UmZA3k8RDXU/mqdefault.jpg)





