Golioth showcased a Bluetooth node running a gesture detection program developed by EdgeImpulse on an nRF52840. The results of the detection are sent through a Bluetooth Gateway implementation packaged as a Snap and imported onto an Qualcomm iQ9 running Ubuntu.
Wi-Fi HaLoW enables high throughput, at a long distance using ISM band radios (850-950 MHz, depending on location). This post introduces the concepts behind the demo and shows how to use Morse Micro, Zephyr, and Golioth to send data through walls and up to the cloud.
Golioth and STMicroelectronics are officially partners. Golioth will enhance ST offerings and make devices more secure, more capable, and easier to manage from afar.
We regularly refer Golioth users to our trusted Design Partners to help design, test, and deploy hardware out into the world. The Golioth Design Partner program has been going for more than 2 years and continues growing. In 2025, we reached 20 listed partners, with others in the wings.
The Thingy:91 X is an upgrade to the original Thingy:91 which enables new features like WiFi, additional sensors, upgraded memory partitions, and new connectors to make extensibility a breeze. Best of all, it already works on Golioth!
Golioth's new partnership with Memfault enables device data to seamlessly flow back to the cloud over CoAP and out to the Memfault platform. An upcoming webinar with Memfault and NXP will show how it's done.
The nRF7002 is a brand new WiFi chip from Nordic Semiconductor released earlier this month. Getting it up and running with Golioth is easy. Update NCS to the tip of main to pull in the newest driver work from Nordic, and make a configuration file for this board. Eli Hughes shows us how in this guest post.
