Non-Terrestrial Networks (NTN) are transforming the landscape of connectivity by leveraging satellite communication to bridge the coverage gap left by traditional cellular networks. With approximately 600 million people living outside the range of mobile networks, NTN offers a promising solution to provide reliable connectivity in remote and underserved areas. As demand for global connectivity grows, NTN plays a crucial role in enabling seamless communication for industries such as maritime, aviation, agriculture, and emergency response. By integrating satellite and terrestrial networks, NTN ensures resilient and ubiquitous coverage, fostering digital inclusion worldwide.
Recent advancements in satellite constellations, particularly Low Earth Orbit (LEO) satellites from companies like SpaceX/Starlink, Amazon/Kuiper, and OneWeb, have significantly lowered the costs of satellite connectivity. This has enabled new IoT use cases that were previously impractical or too costly. The integration of NTN in 3GPP standards (Release 17) allows seamless hybrid connectivity, combining cellular and satellite networks. Additionally, improvements in satellite miniaturization, enhanced spectrum efficiency, and AI-driven network management are making NTN more accessible and scalable. These developments are opening new opportunities in remote sensing, autonomous systems, and smart infrastructure applications.
Satellite "base stations" in the sky can cover vast areas of land and sea, providing connectivity where terrestrial networks cannot reach.
NTN is crucial for industries such as transportation, agriculture, and marine, ensuring continuous service even in the most challenging environments.
High-end smartphones can now send life-saving SMS messages directly via satellites when cellular or Wi-Fi® coverage is unavailable.
The momentum in collaborations between traditional Mobile Network Operators (MNOs) and satellite operators indicates that NTN will likely complement cellular networks rather than compete with them. Hybrid Cellular and Satellite devices are emerging, offering a combination of cellular and satellite connectivity for enhanced reliability and coverage. Leading technology firms and regulatory bodies are also working to harmonize spectrum allocation and ensure interoperability between terrestrial and satellite networks. As enterprise adoption increases, industries such as logistics, agriculture, and defense are leveraging NTN for improved supply chain tracking, environmental monitoring, and secure communications, reinforcing its commercial viability.
As the ecosystem for NTN continues to evolve, new device architectures, multimode (hybrid/dual) device software, and commercial models will emerge. The goal is to provide universal, cost-effective hybrid connectivity, closing the coverage gap and ensuring seamless communication for both consumers and enterprises. Ongoing research in advanced satellite propulsion, energy-efficient transceivers, and AI-driven connectivity management will further enhance NTN’s capabilities. With policy and infrastructure investments growing globally, the future of NTN is set to redefine communication standards, making uninterrupted connectivity a reality for even the most remote regions on the planet.
Taoglas antennas seamlessly pair with many devices. We follow rigorous quality standards and policies and recognize that safety and durability are essential components of the NTN sector. Our products are engineered to withstand harsh chemicals, vibration, and outdoor exposure. Whether you’re looking sub-centimeter precision from Global Navigation Satellite System (GNSS) or always-on Cellular+Satellite connectivity – we have the solution you can count on.
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Grain silos are high-capacity structures used for the storage of grain. They serve as grain collectors, storage, and distribution centers. Given the crucial role grains play in human nutrition, the storage phase in grain production is of utmost importance and demands careful handling. Traditional methods of measuring and sharing silo data are both manual and error-prone. LvLogics, Skylo, Taoglas, and TxWireless, worked together to revolutionise grain storage measurement through a next-gen satellite connectivity transformation to address these challenges.
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