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commercial satellite – After a series of partnership building, satellite launches and constellation expansions in the first half of the year, Myriota, a provider of Internet of Things (IoT) connectivity services in space, announced at the end of 2025 the commercial launch of its HyperPulse connectivity platform. The platform, which incorporates the company’s 5G non-terrestrial network (NTN) architecture and L-band capacity leased from Viasat, marks a new phase in global IoT connectivity technology.
Founded in 2015, Myriota’s space-based network is dedicated to providing scalable, cost-effective IoT data services and low-power hardware for monitoring and collecting critical sensor data in areas such as agriculture, logistics, water management and environmental protection. The company aims to drive the ubiquity of satellite-based IoT access and provide vital on-site monitoring services to the global market. Its network is designed for the IoT industry and is highly industry-adaptable.
HyperPulse is billed as the world’s first 5G non-terrestrial network (NTN) implementation applying beam hopping technology. The technology dynamically activates beams in target areas based on traffic demand, thereby optimizing power consumption of battery-powered IoT devices, improving efficiency in the use of satellite resources and scarce spectrum, and making it easier for industry partners to build, deploy and scale IoT solutions anywhere in the world.
Complementing Myriota’s commercially available UltraLite service, HyperPulse further enables lower latency and higher daily data quotas while maintaining ultra-high energy efficiency, security and spectrum efficiency. The network’s unique optimization layer supports dynamic adaptation of connection performance, such as latency and data throughput, to customer needs or environmental conditions, providing flexibility to adapt to diverse application scenarios.
According to the plan, HyperPulse will extend 5G NTN coverage to Europe, Southeast Asia and more Latin American countries in early 2026, promising to redefine the economics and breadth of coverage for global IoT connectivity. The network was officially commercialized on December 15 in the U.S., Mexico, Brazil, Australia and Saudi Arabia. Customers in areas such as environmental monitoring, oil and gas monitoring, asset tracking and animal tracking have been the first to access the network through the Early Access Program.
These technical features will strongly support application scenarios that require more granular reporting and richer sensing data, including asset tracking and monitoring of heavy equipment, containers, railroad wagons, and trailers; utility smart metering; weather station environmental sensing, soil, air, and water quality monitoring; and animal management, such as virtual fencing, feed optimization, and remote monitoring.
Myriota noted that modern IoT solutions require not only network connectivity, but also complete ecological support. To that end, the company is simultaneously launching a series of enabling products to help the IoT partner ecosystem seamlessly integrate and develop customized solutions for the HyperPulse network. The first HyperPulse Developer’s Kit supports rapid prototyping and proof-of-concept with a waterproof enclosure, battery power, and multiple sensor interface options designed for use in field environments.
With HyperPulse, we are making large-scale 5G non-terrestrial connectivity a practical reality in the IoT space,” said Ben Cade, CEO of Myriota. The platform enables organizations to track and monitor assets, gain data insights and make decisions in even the most remote and hostile environments by providing higher data quotas, lower latency and standards-based coverage. This will be an exciting and important development in global IoT connectivity as the roadmap of new features advances over the next year.”