Enterprise Internet of Things deployments are increasingly extending beyond national borders, creating new challenges in managing connectivity at scale.
For much of the industry’s history, IoT projects were designed around domestic networks, with devices operating within a single country and under a limited number of operators.
A recent global survey of 676 IoT decision‑makers indicates a shift toward international deployments, prompting a reevaluation of connectivity, security, and operational strategies across multiple jurisdictions.
The study projects that by 2030, 49% of enterprise IoT fleets will be connected internationally, up from 29% today, reflecting broader supply chains and logistics networks.
Expanding geographically introduces operational complexities that surpass the traditional focus on network availability.
Nearly two‑thirds of respondents identified managing deployments outside their primary coverage area as the biggest scaling challenge, while only a smaller proportion cited coverage limitations.
Internal expertise remains a critical bottleneck, with 60% of organizations reporting a shortage of IoT knowledge as the primary obstacle to successful deployments.
These findings suggest that future growth will hinge on simplifying the management of increasingly complex global fleets rather than merely expanding network infrastructure.
Adoption of eSIM technology is accelerating, with expectations that profile downloads based on the first GSMA eSIM specification for IoT will reach 45% of deployments by 2030, compared with 7.6% today.
eSIMs enable streamlined operator management across multiple markets, reducing the operational overhead associated with large device fleets.
Security remains a significant concern, with nearly a quarter of organizations experiencing IoT‑related incidents in the past year, and many suffering losses exceeding $100,000.
As deployments become more international, security architecture is likely to become a key purchasing criterion alongside connectivity performance and fleet management capabilities.
Interest in mobile virtual network operators is growing, with over 75% of organizations not currently using one indicating willingness to consider it for future deployments due to flexibility and simplified management.
Stakeholders are increasingly seeking partners that can reduce operational complexity, as connectivity itself is no longer the primary hurdle for enterprise IoT expansion.
Addressing operational, security, and skills challenges could pave the way for a new wave of globally managed, eSIM‑enabled deployments that support AI‑driven industrial and commercial applications.
