The MVNx ecosystem is buoyant with activity, boosted by the wave of announcements we’ve seen come from all corners of the commercial world. From the boom in travel eSIM to retailers like Lidl proposing 30 MVNOs across Europe with 1 Global, and the likes of Monzo and...
The IoT MVNO market is evolving rapidly beyond traditional connectivity. As enterprise deployments scale globally, customers increasingly demand automation, APIs, visibility, orchestration, and operational reliability rather than just SIM cards and data plans. This article explores why the future IoT MVNO will operate more like a technology company, combining telecom infrastructure with software platforms, analytics, lifecycle management, and intelligent operational tooling to deliver scalable and reliable IoT services.
Multi-IMSI technology simplifies global IoT deployments by enabling a single SIM to support multiple operator identities worldwide. Devices can automatically connect to local networks without relying on roaming, reducing costs, improving coverage, and eliminating the need for region-specific SIM logistics. For manufacturers and MVNOs, this approach streamlines global device deployment, enhances operational resilience, and ensures consistent connectivity across borders.
Multi-IMSI is often seen as the solution for reliable IoT connectivity, but in reality it only increases the chance of network access. It does not guarantee performance, control, or predictable behavior. This article explores why multi-IMSI is a feature—not a strategy—and what is truly required to deliver consistent, scalable IoT connectivity.
Latency has become a critical performance factor in modern IoT as use cases shift from passive monitoring to real-time decision-making. From telematics and robotics to AI-driven systems, low and consistent latency directly impacts safety, automation, and service quality. Understanding how latency shapes IoT performance is essential for businesses building next-generation connected solutions.
Connectivity has become a commodity. The new source of competitive advantage for MVNOs and IoT providers lies in control—over how connectivity behaves, where traffic is routed, and how services adapt to different use cases. This article explores why flexibility, visibility, and software-defined architectures are now commercial differentiators, and how operators that build value above the access layer can shift from selling data volumes to delivering reliability, compliance, and operational simplicity.
Enterprises deploying IoT globally face mounting complexity across regulation, roaming, billing, and operations. This article explains how a collaborative MVNE–MVNO model, built around a unified connectivity management platform, enables enterprises to overcome these barriers through centralized control, compliance-ready architectures, and scalable orchestration—turning fragmented multi-operator environments into a single, enterprise-grade global IoT connectivity solution.
IoT MVNOs are entering a pivotal phase as eSIM (SGP.32) and Single Pane of Glass platforms reshape how connectivity is provisioned, managed, and monetised. The technical advantages that once set many IoT MVNOs apart are increasingly being adopted by MNOs, forcing a strategic reassessment. This article explores where sustainable differentiation still exists—highlighting the continued relevance of multi-IMSI, the importance of deep core network integration, and the growing role of intelligent connectivity orchestration. For MVNOs serving complex, international IoT deployments, the future lies in moving beyond megabytes toward value-driven, policy-aware, and context-rich connectivity solutions.
Modern MVNOs no longer differentiate on network access alone. While coverage, wholesale rates, and launch speed remain important, long-term success increasingly depends on how well the business understands and serves its customers. This article explains why CRM has become the structural backbone of modern MVNOs, sitting at the centre of increasingly complex OSS, BSS, billing, logistics, and support stacks. Rather than replacing these systems, CRM connects them—turning fragmented operations into coordinated customer journeys and enabling MVNOs to compete on experience, not just connectivity.
IoT eSIM rollouts based on the GSMA SGP.32 specification promise flexibility and vendor independence, but real-world deployments often reveal hidden technical and commercial constraints. Drawing on hands-on experience with large-scale implementations, this article unpacks the less-visible complexities of the IoT eSIM ecosystem, highlights common lock-in traps, and outlines the critical questions enterprises and MVNOs should ask vendors before committing to an SGP.32 deployment.