Non-Bricked Remote Software Updates and Secure IoT Development Webinar
Achieving "non-bricked" remote software updates on solid-base STM32 MCUs Software development for embedded devices often follows traditional, linear "water curtain" approaches and cannot adapt to modern "wendrum" methods. This is because hardware and software are believed to be interdependent and manufacturing is the final stage of the manufacturing process.
While it can be overcome with remote software updates, these are often used to fix bugs or close security vulnerabilities, not to improve an existing product over time. This creates long release cycles and costly troubleshooting for product innovation. It's time for a new approach.
ST and KORE offer three key components to meet this challenge: Thanks to a new IoT architecture called "Microvisor":
Non-brickable remote software updates, A reference security application built on the essential feature of safe booting, Secure remote debugging that allows you to log into a device and inspect/debug the code live as the code is executed in the field
The experts behind this innovation will guide you through the microvisor architecture and key capabilities. You will learn the first large-scale application realized with microvisor on STM32U585 MCU.
Sign up for our webinar because it will be possible to: Understand the microvisor reference architecture for modern IoT infrastructure, learn how to build an IoT device on the STM32U5 MCU series based on the Arm® TrustZone platform, Watch a live debugging session and a non-brickable remote software update follow-up session.
Webinar attendees are invited to participate in the microvisor beta program and have access to a limited set of development boards.
