The BMW Group has partnered with Verizon Business to provide 5G Standalone and LTE connectivity for newly manufactured vehicles in the United States. The partnership, which utilizes KDDI's Global Communications Platform, supports BMW Connected Drive and positions the vehicles as the first connected to Verizon's nationwide 5G Standalone offering for connected vehicles.
Embedded connectivity is no longer seen as an optional add-on for vehicles. Instead, automakers are looking for a digital service environment that can be sustained over the vehicle lifecycle while maintaining control over connectivity behavior, data flows, and service availability across national markets.
The partnership between Verizon Business and the BMW Group goes beyond a typical domestic carrier selection. Verizon is combining its U.S. network layer with KDDI's proprietary Global Communications Platform, which provides BMW with a programmable connected experience and control over the connectivity and data packets running through Verizon's 5G network.
The architecture of this partnership is significant. It separates the global connected-service platform from the local radio network, allowing BMW Group to manufacture vehicles centrally while operating them across different telecom environments.
The BMW Group vehicles are the first to be connected to Verizon's nationwide 5G Standalone for Connected Vehicles offering, utilizing its 5G core and 3GPP Release 16 standards. This standalone element aligns the service with a 5G core architecture rather than treating 5G as an access layer anchored to older network infrastructure.
For automotive IoT, the partnership highlights the importance of platform continuity and local network execution. BMW Group can use KDDI's communications platform while relying on Verizon for U.S. cellular access, rather than treating the U.S. deployment as an isolated carrier integration.
The partnership also underscores the shift in automotive IoT contracts from SIM provisioning and wholesale data to a focus on how well a carrier can integrate with a third-party connectivity platform, support OEM control requirements, and expose network capabilities.
The broader implication of this partnership is that the connected-car stack is becoming a multi-party architecture, with the OEM controlling the vehicle experience, a global connectivity platform managing service programmability, and a national operator providing the cellular network.
