Want to see everything Golioth can do? In this post, we highlight all major parts of the Golioth console and how an IoT device can deliver a range of services between Cloud and Device.
OTA usually makes people think of updating firmware. But OTA also covers many of other applications, like distributing new machine learning models, UI image assets, or firmware updates for other "downstream" processors. Golioth has the flexibility to support all these use cases. Here's how to use the power of the Golioth OTA service when you need to deploy more than just one binary.
The new NXP FRDM-RW612 board comes with built-in Ethernet, and a tri-band radio. We were able to get it up and running all of the Golioth Firmware SDK sample applications in just a few hours. Here's what goes into the process.
Over-the-air updates are a crucial part of building and deploying secured devices, yet many product companies skip this step. This post outlines why it's difficult and how Golioth is making it easier.
Golioth demonstrates one approach to provisioning IoT devices during manufacturing. Learn some of the challenges you will face with flashing test firmware, generating and passing x.509 certificates to the devices, and using OTA to load final production firmware.
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.
