
eUICC on the bench: what Kigen’s SGP.32 Starter Kit really tests
Every few months the eSIM industry produces an announcement that looks like a product but reads, if you tilt it…
Clear technical guides for teams working with IoT SIMs, eSIM routers, remote provisioning, provider platforms, private networks and the shift from SGP.22 to SGP.32.
Focused entry points for the most important eUICC, eSIM, SGP.32, platform and IoT connectivity topics.
The essential guide to embedded UICC technology, eSIM profiles and remote provisioning.
Read guide →⇄Understand the new IoT eSIM standard, eIM architecture and deployment impact.
Read guide →◈How orchestration, switching and provider-neutral control layers change IoT connectivity.
Read guide →▤eSIM routers, gateways, modules and devices used in practical IoT deployments.
Read guide →◎Mobile networks, roaming, private APNs, fixed IP options and provider realities.
Read guide →✦Step-by-step guidance for planning, comparing and migrating IoT connectivity estates.
Read guide →Recent guides, hardware notes, standards commentary and implementation advice.

Every few months the eSIM industry produces an announcement that looks like a product but reads, if you tilt it…

If you have spent any time reading about eSIM, you will have noticed that people use the words “eSIM” and…

An eSIM, short for embedded SIM, is a digital SIM card built directly into a device’s motherboard. Instead of inserting…

For most of the history of cellular connectivity, the SIM card decided everything. Which network you were on. Which country…

In 1969, a 32-kilogram computer running at 2MHz guided three astronauts to the Moon and back. It had 4KB of…

Most of the conversation around eUICC in IoT focuses on the provisioning layer – SGP.32, eIM platforms, remote profile switching,…
Use the site as a reference library for eUICC, SGP.32, eSIM hardware, network choices and the practical differences between standards, platforms and deployment models.
Start here →