Satellite IoT
Low-bandwidth, low-power satellite connectivity for sensors, asset trackers, and remote machinery — the M2M layer of space.
Satellite IoT covers low-bandwidth, low-power satellite connectivity for sensors, asset trackers, agricultural equipment, oil-and-gas SCADA, and remote machinery. Architectures range from dedicated narrowband LEO constellations (Swarm, Astrocast, Sateliot) to S-band hybrids and 3GPP NTN.
Satellite IoT is a quieter, less-glamorous part of the satellite stack but pays well. It's the path by which most fleet management, container tracking, and remote sensor businesses extend out of cell-tower range. Direct-to-IoT-device service is increasingly merging with direct-to-cell architectures.
- Container and fleet tracking
- Oil and gas SCADA
- Precision agriculture sensors
- Maritime AIS forwarding
Open Cosmos’ CEO on what it takes to bring IoT to space
Open Cosmos, based in the United Kingdom, is facing a 2028 deadline to field an ambitious broadband constellation for Europe. That system, ConnectedCosmos, aims to reduce reliance on undersea cables […] The post Open Cosmos’ CEO on what it takes to bring IoT to space appeared first on SpaceNews.
CEO Series: Open Cosmos’ Rafel Jorda Siquier on finding a niche in space
In this episode of Space Minds, Mike Gruss talks with Open Cosmos’ CEO Rafel Jorda Siquier about combining Earth observation, connectivity and IoT into a single platform. They also discuss […] The post CEO Series: Open Cosmos’ Rafel Jorda Siquier on finding a niche in space appeared first on SpaceNews.
Sateliot and Turkcell Bring IoT connectivity anywhere in Türkiye
Sateliot and Telefónica España to Explore 5G Satellite Connectivity for Defense, Military Uses
Sateliot has signed an agreement with Telefónica España to use its satellite IoT connectivity to expand Telefónica’s network in remote areas, as well as security and defense uses. Sateliot, based […] The post Sateliot and Telefónica España to Explore 5G Satellite Connectivity for Defense, Military Uses appeared first on Via Satellite.