Articles by

Marko Puric

Marko is a Field Applications Engineer (FAE) at Golioth. He helps Golioth customers bring their proofs-of-concept to life, and works with them to overcome initial integration challenges. This effort ensures successful integration of the Golioth Platform into new development and production environments.

Bluetooth Gateways In The Field: The Ezurio Sentrius MG100

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.

LightDB Stream API: POST vs GET for IoT Device Data Queries | Golioth

Golioth's REST API is a power way to query data that has been sent to the cloud. Marko explains how he approaches the tradeoffs of POST vs GET calls to the API and how it impacts the resulting data.

Bringing the SIM7080G modem module to Golioth

The SIMCOM SIM7080G is a Cat M1 / NB-IoT modem that focuses on low power applications. We tested out the modem using Zephyr's subsystem to connect to the Golioth Cloud.

Connecting ESP32-C6 to Golioth over OpenThread

We continue to showcase seamless Thread support on Golioth. We used the ESP32-C6 development board from Espressif, demonstrating how we successfully connected it to Golioth over OpenThread using ESP-IDF with minimal changes to our Firmware SDK.

Adding Golioth Example Code to Your ESP-IDF Project

In our previous blog post, we demonstrated how to add the Golioth Firmware SDK to an ESP-IDF...

Adding The Golioth Firmware SDK to Your ESP-IDF Project

Easily integrate the Golioth Firmware SDK into your next ESP-IDF project. This updated post shows how to implement v0.15.0 and beyond of the FW SDK into your projects.

OpenThread Demo: From Cellular to Thread with Zephyr

The Golioth catalog of Reference Designs now run on Thread Networks. The Golioth Reference Design template works on top of existing

Power Optimization Recommendations using Zephyr

In this post, we look at the absolute minimum current drawn by the nRF9160 SOC when peripherals and modems are turned off, using the Power Profiler Kit 2 (PPK2) to measure the current consumption.

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