Debian and OTA software updates in an IoT project

Mender supports secure and robust OTA updates of Debian-based Operating System images such as Raspberry Pi OS. The Debian family of OS are highly functional and provide a range of options for running embedded devices in an IoT project. Debian is often seen as a good starting point when setting up a proof of concept in an IoT project as it is relatively easy to set up and configure and there is a tremendous amount of community support available. A Raspberry Pi 3 or 4 based on Raspberry Pi OS is a common choice for an IoT proof of concept. Yocto is a more streamlined custom Linux distribution requiring less system resources but a higher level of knowledge and practice. Mender supports OTA updates for both Debian and Yocto.

System OTA updates for Debian

The Mender documentation is a great place to start as it contains a comprehensive, step by step guide to integrating and creating system updates for a Debian family OS. It will show you how to convert a Mender Debian image and how to set up customisations so that for instance, you can use configuration files as a means to customize the conversion process for the Mender Convert tool, and add state scripts to a Debian image artifact using the Mender Convert tool. The documentation will also show you how to customise Mender specifically and how to take the Mender disk image and write it to the storage of the device. You will also learn about the variables that the Mender Convert tool uses during the conversion process.

Additional Debian OTA tutorials on Mender Hub

​​There are a wide range of tutorials available to help set up and perform different types of Debian updates on the Mender Hub community platform.

In the first example Mirza Krak integrates a Beaglebone Black board with Debian 10.3 release and Mender. This tutorial shows you how to convert your own image and how to build a Docker image for Mender Convert, a utility which enables Debian images to be updated over the air from the Mender server to the Mender client on the device. The tutorial also shows you how to download the most current Beaglebone raw disk image and how to convert this image to support Mender. It proceeds to show you how to use the output images, boot from an SD card and connect to the Mender server, and finally how to create a highly efficient workflow to generate the Mender artifact files from a golden device.

In the second example , Matthias Lusecher explains how to build Mender-enabled system and image updates for a board based on the i.MX 8 processor, in this case, the Compulab IoT Gate iMX8. The OS set up in this example is Debian Buster 10.6.

Try Mender and see if it addresses your Debian use case

Try Mender now < > with your Debian-based image, and its full range of Enterprise-grade features for 10 devices in a special trial evaluation for 12 months.

Recent articles

How over-the-air (OTA) updates help emergency response teams

How over-the-air (OTA) updates help emergency response teams

There’s no getting around it—we live in a connected world where almost every industry is dependent on the Internet of Things (IoT).
What’s hot in the open source and embedded community?

What’s hot in the open source and embedded community?

AI, robotics, IoT, AVs, and more – 2024 is proving to be an exciting year for technology. And the open source and embedded tech community is no exception.
How to use over-the-air (OTA) updates & NVIDIA Jetson Microservices

How to leverage over-the-air (OTA) updates with NVIDIA Microservices for Jetson

Mender, in collaboration with NVIDIA, published two critical use cases, providing a step-by-step guide to over-the-air (OTA) updates with NVIDIA Jetson.
View more articles

Learn more about Mender

Explore our Resource Center to discover more about how Mender empowers both you and your customers with secure and reliable over-the-air updates for IoT devices.