IoT eSIM
Future-Proof IoT eSIM: What the eUICC Can and Can’t Protect Over a 15-Year Device Life
An IoT device specified this year could still be in service in 2040. Over that span the networks it connects…
eUICC
eIM
Onomondo Launches an Independent SGP.32 eIM — but Does It Really End IoT Connectivity Lock-In?
Onomondo has launched its own SGP.32 eSIM IoT Remote Manager, or eIM, with a deliberately provocative promise: an IoT business…
IoT eSIM
IoT eSIM in Norway: The eUICC and SGP.32 Guide (2026)
Ask a Norwegian IoT supplier whether they do eSIM and the answer is almost always yes. It is also almost…
eSIM Router
The plastic eUICC and SGP.32: retrofitting a router estate you already own
At a glance The trick A removable eUICC card with IPAe gives an ordinary router genuine SGP.32 remote provisioning, no…
eSIM
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…
eUICC
What is an eUICC? The Chip That Makes IoT eSIM Possible
If you have spent any time reading about eSIM, you will have noticed that people use the words “eSIM” and…
eSIM
What Is an eSIM? How It Works, Benefits, and Device Compatibility
An eSIM, short for embedded SIM, is a digital SIM card built directly into a device’s motherboard. Instead of inserting…
eSIM
From Hardware Lock-In to Software Control: How eUICC Is Redefining Global IoT Connectivity
For most of the history of cellular connectivity, the SIM card decided everything. Which network you were on. Which country…
eSIM
The Most Underestimated Chip in the World
In 1969, a 32-kilogram computer running at 2MHz guided three astronauts to the Moon and back. It had 4KB of…
eSIM
Cellular Technology Selection for eUICC IoT Deployments: LTE-M, NB-IoT and When 4G Makes Sense
Most of the conversation around eUICC in IoT focuses on the provisioning layer – SGP.32, eIM platforms, remote profile switching,…