Singtel launches global IoT connectivity solution with floLIVE and Lenovo Connect
The new solution connects devices in over 190 countries.
Singtel has launched an upgraded Multi-Domestic Connectivity solution to simplify global IoT deployments.
Developed with cloud-native IoT provider floLIVE, the solution lets enterprises connect in over 190 markets through one platform, avoiding the need to manage multiple mobile operator agreements, SIM platforms, billing systems, or network switching.
Singtel has also signed a memorandum of understanding with Lenovo Connect to serve as a channel partner.
Through this partnership, both companies aim to help Original Equipment Manufacturers (OEMs) expand into overseas markets faster, more efficiently, and with full regulatory compliance through a unified platform.
The solution integrates Singtel’s global IoT network, Lenovo Connect’s device management capabilities, and floLIVE’s multi-IMSI SIM technology. It is built to support connected vehicles and other IoT applications requiring real-time updates, navigation, diagnostics, and future-ready features such as autonomous driving.
Ng Tian Chong, CEO of Singtel Singapore, said the offering supports businesses expanding into new markets and enables use cases across sectors like logistics, healthcare, industrial automation, and smart cities.
Singtel’s Aggregator Connectivity Management Platform (CMP) provides a unified portal for managing SIMs and devices, allowing for seamless mobile network switching, remote updates, and real-time performance monitoring. The platform supports the latest eSIM standards and multi-network access.
The connected car market is projected to exceed US$250b by 2030, with Asia-Pacific leading in growth.
Singtel has already supported connected vehicle programs for major automakers from the U.S., Europe, China, and Asia-Pacific.
The new solution builds on Singtel’s existing efforts, including partnerships with Verizon, deployment of 5G RedCap for low-power devices, and its Paragon platform for edge computing and AI-driven orchestration.