1oT and Comodule Advance Global IoT Connectivity

1oT partners with Comodule to install SGP.32-based eSIM infrastructure to provide scalable, vendor-independent IoT connectivity.

IoT provider 1oT has collaborated with Comodule to place SGP.32 eSIM infrastructure into the Comodule production processes to solve issues of scaling in IoT deployments on the globe. The partnership will allow the connectivity to light electric vehicles and micromobility devices through collaborative telecom-independent connectivity.

In the accord, Comodule will implement 1oT IoT eUICC and eSIM Core, which will be operated via the 1oT Terminal connectivity platform. This enables devices to dynamically beam-switch telecom profiles between air cells at the cost of performance and local network optimization. The strategy minimizes the need for individual operators and removes vendor lock-in, a long-term issue in IoT deployments.

Since Comodule is expanding in various regions, connectivity is essential, as it is flexible. The novel IoT-enhanced infrastructure enables operators to make changes in the market on a market-by-market basis without logistical burden, boosting efficiency in operations and overhead in operating SIM stock.

The leaders of both firms emphasized the strategic importance of the partnership. Comodule claimed that the 1oT eSIM technology added provides the customer with higher flexibility to regional expectations and 1oT said that the implementation of SGP.32 provides IoT device makers with real infrastructure freedom.

The alliance follows an era of hyper-growth in the Internet of Things sector, as connections globally are expected to increase twofold in the coming ten years. Based on the SGP.32 standard, 1oT and Comodule will be able to provide scalable and future-proofed IoT connectivity in multiple markets throughout the globe.