MVNO Nation Europe 2026 brings together industry leaders to explore four key trends shaping the future of MVNOs: differentiation beyond price, AI-driven growth, eSIM and IoT opportunities, and evolving wholesale and regulatory models. Discover how these interconnected developments could influence customer retention, profitability, innovation and long-term competitiveness.
Security vulnerabilities can threaten MVNO growth long after launch. From SIM swap fraud and subscriber identity protection to revenue leakage, operational security and IoT risks, this article explores why MVNOs must establish clear security responsibilities, strengthen fraud prevention and build resilient operations to protect customers, profitability and long-term success.
2026 brings the first fully-compliant SGP.32 eSIM IoT deployments, handing profile control to the eIM and onboard IPA rather than the MNO. IoT MVNOs are positioning as ‘eSIM orchestrators’, layering policy logic across RSP and Connectivity Management Platforms. But migration costs, multi-vendor interoperability gaps and non-portable orchestration logic mean an open ecosystem isn’t guaranteed.
As IoT deployments grow, connectivity becomes a critical business asset rather than a simple utility. Learn how managed connectivity helps organizations improve reliability, control costs, and simplify large-scale device management across borders.
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.