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.
Golioth has built a range of custom hardware to test out many of the aspects of our own IoT offering. These challenges mirror what our customers face with their IoT products. We continue to probe these challenges as hardware gets smaller, more power constrained, and takes on new capabilities.
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.
Have you ever wanted to bypass slack and send a meme directly to your co-worker's desk? This hack day project builds on top of work from 2022 and pulls in some new features of Golioth's IoT platform, as well as some vibe coded front end / back end work to make the experience smoother. Dive into each part of the project in this blog and associated video.
Golioth and STMicroelectronics are officially partners. Golioth will enhance ST offerings and make devices more secure, more capable, and easier to manage from afar.
The Tikk is a demo board that showcases Golioth's Bluetooth-to-Cloud capabilities. It solders to a ProMicro form factor development board and has LEDs, motor drivers, sensors, NFC tag emulation, and a battery interface.
As more deployments using Golioth's Bluetooth-to-Cloud hit the field, we will be featuring Bluetooth gateways that are up to the task. Today we're featuring the Ezurio Sentrius MG100, which is well targeted at industrial cellular needs.
