Search results for: hil

Golioth is an IoT company that supports as much custom hardware as possible: a multitude of microcontrollers...

Immediately test code changes on real hardware. In this hands-on post, Nick Miller discusses how to set up your own Hardware-In-The-Loop testing using GitHub Self-Hosted Runners on a Raspberry Pi with development boards plugged in.

Explain what HIL testing is, and why we use it at Golioth to continuously verify the firmware for our Zephyr and ESP-IDF SDKs.

Two years ago, we shifted to a usage-based pricing model with tiers designed for teams of different sizes. At...

We are thrilled to share that Golioth is now a part of Canonical, the company behind Ubuntu and a global leader in open source.

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.

Finding breaking changes in upstream code is a difficult process. Git bisect and good commit discipline (like the Zephyr team maintains) helps to quickly pinpoint issues so you can pull in changes as needed.