Cellular IoT has run on operator-controlled SIM provisioning for a decade. GSMA's SGP.32 standard changes that. It lets enterprises pull new connectivity profiles on demand instead of waiting on a single provider to push them, replacing truck-rolls and manual swaps with remote, over-the-air control.

This brief walks through SGP.32's push-and-pull architecture, the seven real risks enterprises need to plan around (security, interoperability, cost, and more), and where the genuine opportunity lies for teams managing large, distributed IoT fleets. It includes analysis from Transforma Insights on how to adopt the standard without adopting it blind.

FLOLIVE® built its platform to absorb evolving GSMA standards like SGP.32 without a system overhaul. Combining multi-IMSI as the primary connectivity profile with SGP.32 for local pull provisioning gives enterprises proven reliability today and next-generation flexibility as the standard matures.

What you’ll learn

• How SGP.32's push-and-pull architecture differs from SGP.02 and SGP.22, and why that shift matters for global IoT fleets
• The seven real risks to plan around, from security and regulatory compliance to switching costs that can exceed USD 1 per profile per month
• Where the actual opportunity lies: greater freedom to switch providers, enhanced flexibility, and long-term future-proofing
• Why Transforma Insights recommends treating SGP.32 as a managed service rather than a standalone standard
• How a multi-IMSI + SGP.32 hybrid approach delivers next-generation flexibility without the integration risk