Enterprise Control of IoT Connectivity with eSIM: The Path from SGP.32 to Orchestration, Automation and SPoG
GSMA SGP.32 lays the foundation for scalable eSIM-based IoT connectivity management. However, achieving enterprise-wide control requires more than standardisation alone. By combining orchestration and automation with a Single Pane of Glass (SPoG), organisations can transform fragmented connectivity operations into a unified control framework. This paper explores how these complementary layers work together to deliver enterprise control of IoT connectivity at scale.
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Gain Enterprise Control of Connectivity
Connectivity is a defining element of IoT strategy. As fleets expand across borders and reach hundreds of thousands and millions of devices, fragmentation across providers creates a stronger need for unified visibility, coordination and lifecycle management.
GSMA SGP.32 provides a scalable, standardised framework for secure profile download, switching and lifecycle management across multiple connectivity providers. Yet it is an enabling layer, not a complete operational solution. Organisations also need real-time decision-making, policy-driven automation and orchestration across providers, systems and device fleets.
A Single Pane of Glass (SPoG) brings visibility, management and control together in a unified environment. By consolidating connectivity operations across providers and platforms, SPoG enables organisations to monitor fleets, execute policies and manage connectivity through a consistent operational interface.
Combined, SGP.32, orchestration, automation and SPoG create a comprehensive connectivity control framework. Together, they transform connectivity from a technical enabler into a strategic enterprise capability, delivering greater visibility, agility, resilience and control across the entire IoT estate.