Videos and Webinars

Step-by-step tutorial on implementing a real-time dashboard with conditional display (to dynamically adapt the dashboard’s appearance in response to changes in the device state) on the Nucleo-F756ZG and other MCUs.

Step-by-step tutorial on enabling remote firmware updates on STM32 Nucleo-H563ZI, Raspberry Pi Pico2-W (RP2350), NXP FRDM-RW612, and other microcontrollers.

A quick demonstration on how to create a professional Web dashboard on the STM32 series of microcontrollers.

Step-by-step tutorial on implementing real-time dashboard updates on the STM32H573I-DK and other microcontrollers. By using a persistent WebSocket connection, the device can push updates to the dashboard at high frequency - up to hundreds of times per second.

Step-by-step tutorial on enabling user login with multiple credentials level on STM32 Nucleo-F746ZG with Mongoose Wizard, a no-code drag-n-drop tool for developing Web dashboards on embedded devices.

Step-by-step tutorial on creating a REST API on NXP MCXN947 with Mongoose Wizard, a no-code drag-n-drop tool for developing Web dashboards on embedded devices.

A quick demonstration on how to create a professional Web dashboard on the XMC7 microcontroller by Infineon using Mongoose Library and Mongoose Wizard.

A quick demonstration on how to create a professional Web dashboard on the ESP32 series of microcontrollers using Mongoose Library and Mongoose Wizard.

Step-by-step tutorial on how to create a Web dashboard for LED control on Nucleo-STM32H563ZI.

Step-by-step tutorial on how to create a network settings panel for your device, implement persistent load and store, and apply network settings on the fly.

Basics of TLS on microcontrollers: what is public key cryptography, what is certificate, what is CA, why CA certificates are required. A performance benchmark is provided on STM32 Nucleo-F756ZG development board.

Short Mongoose Wizard demonstration which allows to create Web UI dashboard on Teensy 4.1 easily. Mongoose has built-in firmware update support for a variety of microcontrollers, including NXP RT1062 used by Teensy 4.1.

This video answers the question - "What is the minimum microcontroller spec to run Mongoose network stack?". The answer is - 8bit micro with 6k of RAM and 48k of flash. Both HTTP server and MQTT client work, using W5500 Ethernet module.

This video analyses the minimal microcontroller requirements to run an embedded web server. We have used RP2040 with W5500 module for tests.

This video is a tutorial on how to connect any microcontroller to the AWS IoT using Mongoose Network Library. As an example, an STM32 H7 development board is used.

This video gives a high level overview of some FOTA strategies, and demonstrates a practical implementation using Mongoose Library.

This video walks through the Embedded Network Programming Guide and implements a Web UI on STM32 development board from scratch.

This video describes various OTA strategies, and explains their strong and weak points. Then is showcases the implementation on the STM32H573I-DK that uses dual-bank flash support.

This webinar shows an implementation of a remote device control for Raspberry RP2040 Pico board with W5500 Ethernet Wiznet module. Describes basics of MQTT, explains how JSON-RPC is used on top of MQTT.

This is a webinar recording on IoT fleet management. MQTT essentials, plus hands-on workshop session on STM32 Nucleo board with Cube IDE, using Mongoose Library.

This video guides you through the creation of a simple HTTP server on a Nucleo-F756ZG dev board using Cube IDE and Mongoose Library. Then, an HTTP request is wiretapped, and every frame gets explained - how it is handled by the embedded stack, from a driver layer, up to the application.

This video walks through the Web UI implementation of on a IMXRT 1020 development board from scratch.

This video guides you through the Web UI implementation on XMC7000 line of microcontrollers from Infineon