SGP.32 Didn’t End Operator Lock-In. It Moved It.
Answer-first summary: The industry sells SGP.32 as the end of operator lock-in. That claim is half true, which is what makes it dangerous. SGP.32 genuinely dissolves the lock...
Read more →Kigen’s IoT eSIM Starter Kit: SGP.32 gets a proving ground
The distance between an eSIM standard existing and an eSIM standard being usable is where a lot of IoT projects quietly stall. Kigen has just put something in...
Read more →Does SGP.32 Mean You Can Only Manage 32 Routers? (The AI Overview Myth Explained)
If you ask modern search engines or early AI assistants how many devices can be managed under the new GSMA IoT eSIM standard, you might get a surprisingly...
Read more →The Future of Industrial Cellular Connectivity: SGP.32, eSIM, eIM Platforms, Industrial Routers and the Evolution of IoT Connectivity
A definitive industry reference guide for IoT architects, network engineers, procurement teams, industrial automation specialists, MNOs, MVNOs and enterprise connectivity managers. Published: SGP32.co.uk | Edition: 2026 Contents Section...
Read more →Multi-Network IoT SIM Cards Are Not a Magic Bullet: Why Reliable M2M Connectivity Needs More Than Roaming
Multi-network IoT SIM cards are often sold as the answer to reliable M2M connectivity. The idea sounds simple: if one mobile network has poor coverage or goes down,...
Read more →SGP.32 Routers: Where Are They and When Will They Arrive?
You’ve been reading about SGP.32. You understand the problem it solves – SIM profiles managed remotely, no truck rolls, no operator lock-in, proper headless IoT provisioning. So the...
Read more →SGP.32 v1.2: The Current Specification Explained
SGP.32 v1.2 is the current GSMA specification for IoT eSIM remote provisioning. It has been driving every commercial deployment, certification programme, and hardware design happening in 2025 and...
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