IoT over Satellite
Updated October 5, 2026
Asset tracking, logistics, and agriculture monitoring via satellite-connected sensors.
The bottom line
Satellite IoT is commercial and standards-based; the constraint is no longer integration cost but which network a module happens to see.
What is happening
Millions of sensors, trackers and monitors use satellite connectivity for asset management, agriculture, maritime and logistics. Coverage is the whole value: terrestrial IoT reaches perhaps a fifth of the planet's land area, satellite reaches all of it, oceans included.
What changed is the supply chain. Standards-based NB-IoT over NTN now ships inside mass-market silicon, so a device designer no longer chooses between terrestrial and satellite connectivity at design time. The economics are set by manufacturing volume rather than by integration effort.
Latest signals
September 29, 2026Sateliot launched five more NB-IoT NTN satellites on Transporter-18, days after being selected by ESA for the IRIS2 consolidation phase.
Source: Sateliot
September 1, 2026Iridium, Deutsche Telekom IoT and Toyota demonstrated satellite voice messaging over Iridium NTN Direct, with commercial availability targeted for Q4 2026.
Source: Iridium
August 1, 2026Nordic Semiconductor launched the nRF9151, the first mass-market silicon combining LTE-M, NB-IoT, NB-NTN and DECT NR+ in one package.
Source: Nordic Semiconductor
July 1, 2026Myriota launched hybrid 5G NTN and cellular IoT subscriptions starting at $0.99 per device per month.
Source: Myriota
Open challenges
- Battery life constraints for remote sensors limit transmission frequency
- Per-message costs still higher than terrestrial IoT alternatives
- Integration with existing enterprise IoT platforms can be complex
- Regulatory fragmentation across regions for IoT spectrum allocation
- Competition from expanding terrestrial LPWAN coverage in populated areas
Companies to watch
Iridium, Orbcomm, SpaceX, Globalstar, Astrocast, Kineis, OQ Technology, Sateliot, Skylo, Telenor IoT, Myriota.