"Founded in 2015, Myriota's space-based network is designed to deliver scalable, affordable IoT data services and energy-efficient hardware in sectors such as agriculture, logistics, water management and environmental conservation, to monitor and collect critical sensor data. The company said it is on a mission to democratise satellite IoT access, delivering critical field-based monitoring services to a global market. Its network is designed specifically for the IoT industry."
"HyperPulse is claimed to be a world-first implementation of a 5G non-terrestrial network (NTN) technology that uses beam hopping, activating beams where they are needed according to traffic demands. Such an approach is designed to optimise power consumption in battery-powered IoT devices while enhancing the efficient use of satellite resources and scarce spectrum, making it simple for industry partners to build, deploy and scale IoT solutions anywhere on earth."
"Complementing Myriota's commercially available UltraLite service, which is focused on extreme energy efficiency, security and spectrum efficiency, HyperPulse is claimed to deliver lower latency and higher daily data allowances. The network's optimisation layer, described as being unique, is designed to allow connectivity performance - such as latency and data volume - to be adjusted dynamically in response to customer demand or environmental conditions."
Myriota operates a space-based network delivering scalable, affordable IoT data services and energy-efficient hardware for agriculture, logistics, water management and environmental conservation to monitor critical sensor data. HyperPulse combines Myriota's 5G non-terrestrial network architecture with L-band capacity leased from Viasat and uses beam hopping to activate beams based on traffic demand. Beam hopping optimises power consumption for battery-powered IoT devices and improves spectrum and satellite resource efficiency. HyperPulse provides lower latency and higher daily data allowances than UltraLite. A unique optimisation layer enables dynamic adjustment of latency and data volume in response to customer demand or environmental conditions. NTN coverage expansion is planned for early 2026.
Read at ComputerWeekly.com
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