Vodafone IoT and Skylo have launched a commercial satellite Narrowband Internet of Things (NB-IoT) service, enabling enterprise customers to extend device connectivity beyond terrestrial cellular coverage. The service integrates Skylo's standards-based non-terrestrial network (NTN) with Vodafone IoT's existing connectivity infrastructure, allowing compatible devices to use cellular and satellite networks through a single Vodafone SIM.
The commercial launch follows trials with customers in the UK, Spain, Italy and Canada, covering applications including remote storage tank monitoring, micromobility and connected e-bikes. The service is designed to support devices operating in locations where conventional mobile coverage is limited or unavailable, reducing the need for dedicated satellite communications equipment.
The integration connects Vodafone IoT's and Skylo's network cores, allowing compatible devices to switch between terrestrial and satellite connectivity without requiring separate subscriptions or network management arrangements. Skylo's use of 3GPP-based NTN technology enables satellite connectivity to operate within established cellular IoT architectures, simplifying integration for device manufacturers and enterprise customers.
The hybrid service will be managed through Vodafone IoT's Managed Connectivity Platform, which currently supports more than 240 million connected devices worldwide. Customers will be able to manage terrestrial and satellite connections through the same platform, providing centralised visibility and control across international IoT deployments. Target applications include asset tracking, logistics, agriculture, maritime operations, mining and remote energy infrastructure.
The launch is a further step towards commercial integration of satellite NB-IoT into mainstream cellular IoT services, moving beyond trials and technology demonstrations to an operational enterprise offering. By incorporating satellite connectivity into its existing SIM and management infrastructure, Vodafone IoT aims to simplify the deployment of connected devices across areas with inconsistent terrestrial coverage.