A community of IoT professionals meeting at key events

Pycom's hardware is back! Tracking without GPS using the SG Wireless F1 Starter Kit

We got to play around with the F1 Starter Kit, built around the F1 Smart Module from SG Wireless, a module which encompasses 4 different radio technologies: cellular, LoRa, Bluetooth Low Energy and WiFi.

How Deutsche Telekom Built a Zero-Plumbing Cellular and Satellite IoT Stack

Learn how Deutsche Telekom, Nordic Semiconductor, and Blynk built an out-of-the-box, hybrid terrestrial-satellite stack that routes data to live dashboards in under 20 seconds.

The Non-Terrestrial Network Sanity Check

In mid-April 2026, Nordic Semiconductor released the v1.0.0 NTN modem firmware for their latest chipset, the nRF9151. A "1.0" tag is supposed to mean “ready for production”. But is it, really? And at what cost?

What “True Remote SIM Provisioning” Looks Like

This webinar moves beyond theory and demonstrates SGP.32 in a real-world setting. During the session, multiple IoT devices will download and activate a new SIM profile, showcasing the state of remote SIM provisioning works.

The SGP.32 Reality Check

Two years of hype, three versions of specifications, and countless headlines. But where are the devices? Let's move beyond the slide decks and conduct the world’s first multi-vendor SGP.32 test. Along with Kigen, ZARIOT, Soracom, and Onomondo, we put five devices and three connectivity providers to the ultimate stress test. Read along for the verdict.

Democratizing Physical AI with Arduino

For the past two decades, if you wanted to bridge the gap between software and the physical world, you had Arduino. Arduino democratized electronics. But as the industry aggressively pivots towards AI, the barrier to entry has skyrocketed again. Suddenly, building a device capable of running large AI workloads seems to require a PhD in computer science, a team of data scientists, and a massive budget.