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Article updated at 16 Sep 2020
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Node-RED is a programming tool for wiring together hardware devices, APIs, and online services in new and interesting ways. It provides a browser-based editor that makes it easy to wire together flows using the wide range of nodes in the palette that can be deployed to its runtime in a single click.

This article complies to the Typographic Conventions for Torizon Documentation

Running on Torizon


  • A Toradex Computer on Module with Torizon installed.


Getting Node-RED to run on Torizon is very easy, especially because the Node-RED project provides good support and documentation for Docker.

Below is the most basic setup to get started. Execute this command on the SoM:

Note: you can try to use another tag for a newer version, such as latest or any other tag listed on the images's Docker Hub, as long as it is available for your hardware architecture. We use a fixed version to make sure that such a version actually works and further updates do not compromise our examples and documentation.

# docker run -it -p 1880:1880 --name mynodered nodered/node-red:1.0.6-2

Expand the collapsible section below to see sample output. A similar output will be presented:

Command output from Node-RED bring-up in a container

In summary, the Docker image is downloaded and started, and Node-RED is exposed through port 1880.


On a desktop PC connected to the same network as the Computer on Module, open a web-browser (for example Chrome or Firefox) and use either one of the following URLs:

  • http://<Board's Ethernet IP>:1880


  • http://<SoM name>-<serial number>.local:1880

See the example below for my Apalis iMX8, with Ethernet IP and serial number 0333444555. The zero to the left cannot be disregarded:



  • http://apalis-imx8-0333444555.local:1880

And now you have access to the web-based Node-RED dashboard:

  • Node-RED Dashboard running on a Colibri iMX8X

    Node-RED Dashboard running on a Colibri iMX8X

Next Steps / Additional Resources

Well done, now you know the basics! Go ahead and read the extensive Node-RED official documentation, which includes documentation for Docker as well:

Running on Angstrom (Embedded Linux BSP 2.8)

It is possible to use the Angstrom package manager to install Node.js and Node-RED on the board. IT may also be feasible to integrate into an image built with The Yocto Project / OpenEmbedded, though this article does not present instructions to cover this case.



Install Node.js and Node-RED with the following commands:

# opkg install nodejs nodejs-npm
# npm install -g node-red --unsafe-perm

Start Node-RED:

# node-red

Optional Dependencies

Install the optional dependencies:

# opkg install python-misc python-compiler python-multiprocessing

The Angstrom feeds cannot install a native SDK in our Embedded Linux BSP 2.8 due to a bug. If you need to compile Node.js or Node-Red modules with C bindings, you must do a custom OpenEmbedded build and add the native SDK:

IMAGE_INSTALL_append = " packagegroup-sdk-target"


Refer to the previous Usage section for Torizon.

Next Steps / Additional Resources

Well done, now you know the basics! Go ahead and read the extensive Node-RED official documentation:


Toradex has presented webinars about Node-RED and you can watch them on demand.

Get your ideas off the drawing board with Node-RED

Tirando ideias do papel com Node-RED - Brazilian Portuguese