A practical market-by-market guide for telematics solution providers managing fleet connectivity across borders, regulations and long device lifecycles.
Explore regional connectivity risks and the decisions that help keep fleets connected across borders and over time.
Global fleet connectivity gets more complicated as deployments cross borders, networks evolve and regulatory requirements change. What works in one market can become a visibility, lifecycle or compliance problem at global scale.
This guide looks at North America, EMEA, China, Brazil and the Nordics, showing where different connectivity approaches may be required and which decisions matter most over a 10–15-year device lifecycle. It is written for technical and commercial teams at telematics solution providers responsible for keeping fleet connectivity reliable as deployments scale internationally.
Informed by fleet and M2M/IoT market data, GSMA standards, EU legislation and regional regulatory sources, and Telenor IoT’s experience managing more than 30 million IoT connections worldwide.
Devices deployed today may need to remain supported for 10–15 years. Planning now for network changes, remote updates and local connectivity requirements can help reduce the need for disruptive changes later.
One critical part is making sure the data reaches us, even when vehicles are traveling through challenging coverage areas. When customers are transporting goods such as medicine or live animals, for example, they need to know immediately if temperatures move outside the required range, and be able to document what happened afterwards.
A clearer view of where your connectivity setup may be exposed, which regional requirements to plan for, and which questions to ask when reviewing providers, device update capabilities and local connectivity options.
Managed IoT connectivity for enterprises operating across markets and large-scale deployments, with operational oversight and lifecycle support built in.
Global vehicle connectivity with built-in compliance and support for software-defined vehicles, helping car manufacturers deliver connected services at scale.
Devices, SIMs, and data management in one service, supporting connected products from launch to scale without building your own IoT stack.