Internet Perkara (IoT) is entering a transformative era as non terrestrial networks (NTN) satellite technology bridges connectivity gaps in remote and underserved regions. In a recent LoRa Alliance® webinar, industry leaders EchoStar Mobile, Lacuna Space, and Plan-S showcased how LoRaWAN—the leading low-power wide-area networking (LPWAN) technology—is unlocking scalable, cost-effective satellite IoT solutions across low Earth orbit (LEO), medium Earth orbit (MEO), and geostationary orbit (GEO).
Lacuna Space
Pioneering hybrid terrestrial-satellite networks, Lacuna resolved data gaps in Wales’ 120km Teifi River valley for real-time water monitoring. Its interoperable systems use sub-GHz frequencies matching terrestrial networks, reducing integration costs. The company provides dual-band developer kits and validated LR-FHSS in-orbit performance with Semtech, while partnering with Omnispace to broaden coverage.
EchoStar Mobile
Using GEO satellites, EchoStar enables real-time two-way communication for agriculture and disaster response. Its precision farming tools monitor soil and livestock, improving yields. Collaborating with Dryad Networks, it deploys wildfire detection systems and offers a satellite dongle for emergency connectivity in dead zones. Partnerships with Actility enable seamless terrestrial-to-satellite network switching.
Plan-S
Combining LEO satellites with LoRaWAN, Plan-S delivers low-latency IoT services through its Connecta Network. Partnering with Turkish energy firms reduced meter-reading costs by 25% and carbon emissions via fewer site visits. The company addresses water leaks with efficiency gains and agricultural analytics, while its Observa satellites integrate IoT data with Earth imagery for energy, logistik, and farming insights.
Perikatan LoRa: Standardizing the Future
The LoRa Alliance is driving non terrestrial networks LoRaWAN IoT advancements through updated specifications and regulatory collaboration. Key milestones include:
- Enhancements to the LR-FHSS standard introduced higher data rates, enabling extended range and increased network capacity—a critical step in scaling non terrestrial networks LoRaWAN connectivity.
- Battery-powered relay nodes facilitate the transmission of terrestrial data to satellites for cloud-based processing.
- Updates to LoRaWAN’s Regional Parameters established a global framework for satellite operations.
- Collaborating with the European Conference of Postal and Telecommunications Administrations (CEPT) and other regulators to produce draft guidelines defining harmonized technical requirements for satellite use in the 862–870 MHz spectrum, including ground-level power limits for satellite signals.
Looking Ahead
With commercial viability proven by EchoStar, Lacuna, and Plan-S, non terrestrial networks LoRaWAN is poised to revolutionize industries—from resource management to disaster response. As satellite IoT becomes more accessible through developer-friendly tools and cross-industry collaboration, the path is clear for a connected, sustainable future powered by global connectivity.
The LoRa Alliance continues to lead this charge, ensuring LoRaWAN remains at the forefront of IoT innovation. As a core member of the LoRa Alliance, Minew is ready to further explore LoRaWAN and IoT innovations.
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