Eseye and Sateliot have formed a partnership that promises to bridge cellular network gaps with global satellite IoT connectivity.
The collaboration leverages the new 3GPP Release 17 standard to create a seamless multi-radio access technology (multi-RAT) solution, enabling IoT devices to maintain connectivity even in the most remote locations where traditional cellular networks fail to reach.
Sateliot, a Low-Earth Orbit (LEO) 5G satellite connectivity provider, has developed a constellation that functions as an extension of existing cellular networks. In August, Sateliot expanded its satellite IoT constellation.
Positioned in polar orbits, Sateliot’s LEO satellites provide global coverage—effectively eliminating connectivity barriers in underserved and remote areas.
“Customers want their devices to connect,” said Adam Hayes, COO at Eseye. “By working with Sateliot, we can extend coverage beyond the current cellular offer. Together, we are paving the way for seamless, global connectivity that takes Eseye’s already highly resilient network to new heights to enable the interconnected world of tomorrow.”
The partnership’s technological breakthrough allows cellular-enabled IoT devices to automatically switch to satellite networks when terrestrial coverage is unavailable, operating similar to standard roaming. This ensures uninterrupted connectivity across diverse environments, from urban centres to isolated landscapes.
“Our strength comes from being ahead in operations, sales, and regulatory compliance,” commented Gianluca Redolfi, Chief Commercial Officer at Sateliot. “While many competitors face challenges, Sateliot stands out because we started working on the standard early, were the first to support it, and have gained strong industry backing.”
Eseye’s existing infrastructure, which includes partnerships with over 700 operators across 190 countries, provides a foundation for this satellite IoT connectivity solution. The company’s multi-RAT capabilities support various radio access technologies, enhancing connectivity resilience for urban and industrial IoT applications.
The satellite technology is particularly promising for sectors requiring consistent global IoT connectivity, including smart grids, electric vehicle charging, manufacturing, and smart city infrastructure. Applications in agriculture, logistics, and environmental monitoring stand to benefit significantly from this breakthrough.
Release 17 standardises satellite connectivity with cellular modems and antennas, enabling devices to connect to both geostationary satellites and LEO constellations. This means IoT devices can maintain connections on highways, in forests, and other traditionally challenging locations.
Satellite-based LPWAN and NTN NB-IoT technologies represent a leap forward in IoT connectivity, effectively extending network coverage beyond traditional terrestrial limitations.
(Image Credit: Sateliot)
See also: Eseye: IoT connectivity and security challenges persist
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