Search
Connect a Device

Articles by

Chris Wilson

Chris is the principal of Common Ground Electronics, a boutique embedded systems engineering services firm. He spent most of his career as a hardware design engineer working on embedded systems designed for industrial IoT, and most recently worked as a product manager for an advanced PCB assembly manufacturing startup. If you bump into him at the water cooler, ask him about the first IoT hardware he built that was recently donated to the Smithsonian 🏛️
linkedintwitter
Zephyr

Abstract hardware interfaces in Zephyr

In this post, we'll walk through a couple methods for defining abstract hardware interfaces in Zephyr using...
Chris Wilson -
Read
Product Feature

Managing board revisions in Zephyr

Both Zephyr and Golioth have solutions for keeping track of multiple revisions of your hardware. Let's walk through how to tell Zephyr there is both a "Rev A" and "Rev B" of your hardware. We'll finish up by talking about how Golioth organizes OTA firmware updates for your different board revisions.
Chris Wilson -
Read
Device Management

Creating a portable Ozone project file

Learn how to create a portable Ozone project file that you can check into a git repository for future debugging of Zephyr applications.
Chris Wilson -
Read
Device Management

Modbus Vibration Monitor: A Golioth Reference Design

The Modbus Vibration Monitor Reference Design allows you to immediately start talking to industrial devices using the Modbus protocol
Chris Wilson -
Read
Zephyr

Enabling power regulators automatically at boot in Zephyr

Zephyr has a lot of tricks up its sleeve and most recently I used it to enable...
Chris Wilson -
Read
Zephyr

Debugging nRF9160 Zephyr applications with Ozone

Ozone is a free graphical debugger for embedded firmware from SEGGER. It's a powerful tool that can...
Chris Wilson -
Read
Zephyr

Displaying Firmware Version and Battery State with Zephyr

We recently open-sourced the Golioth Reference Design Template that we have been using internally as the starting point...
Chris Wilson -
Read
Reference Designs

OBD-II / CAN Asset Tracker: A Golioth Reference Design

Golioth makes it easy to prototype, deploy, and manage vehicle telematics solutions using CAN bus and OBD-II. We also enable remote control, Over-The-Air upgrades, and device health monitoring in the automotive space.
Chris Wilson -
Read

Want to stay up to date with the latest news?

We would love to hear from you! Please fill in your details and we will stay in touch. It's that simple!

Learn how to develop enterprise-grade IoT on the Golioth blog.

Latest Posts

Using the ESP32-C3 as an AT modem on the Aludel Elixir

Chris Gammell - 0
We're preparing to do some testing around power consumption of different services on the Aludel Elixir, our open source hardware with the Nordic nRF9160...

West Commands Every Zephyr User Should Know

Mike Szczys - 0
Zephyr's west meta tool can perform a vast number of useful operations. Here's a collection of both command and uncomon commands that we find ourselves reaching for when working on Zephyr-based IoT projects.

How we use Allure Report to understand Continuous Integration Tests

Mike Szczys - 0
Allure Report is an open source tool to better understand testing outcomes. Golioth runs over 500 Hardware in the Loop tests for each pull request. Here's how we use Allure Report to make sense of it all.

Most Popular

Storing Golioth credentials on the nRF9160 using TLS Tags

Mike Szczys - 0
Nordic's nRF9160 cellular modem includes a great peripheral called the Key Management Unit (KMU). This secure key storage mechanism lets you write keys to...

How we use Allure Report to understand Continuous Integration Tests

Mike Szczys - 0
Allure Report is an open source tool to better understand testing outcomes. Golioth runs over 500 Hardware in the Loop tests for each pull request. Here's how we use Allure Report to make sense of it all.

Golioth Location Private Access

Dan Mangum - 0
Today we are launching Golioth Location in private access. This service offers network positioning functionality, allowing devices to leverage the same radios (e.g. cellular and Wi-Fi) used for communicating with Golioth to obtain location information. Doing so may extend battery life, reduce hardware costs, and enable more rapid acquisition of a device’s position.

Fast Access

© tagDiv | All rights reserved | Made with Newspaper Theme