: Aligning urban mobility solutions across different municipalities.
These satellites provide global coverage from 65°N to 65°S, ensuring that a soldier in the Arctic Circle or the Sahara can maintain connectivity.
Geostationary satellites (GEO) cause a minimum 240ms round-trip delay. This is fine for voice and data, but problematic for remote surgery, drone control, or twitch-sensitive VR training. New initiatives with Medium Earth Orbit (MEO) NATO payloads aim to cut latency to under 100ms. mts-natcomm
refers to a specialized class of Mobile Tactical Satellite (MTS) systems designed explicitly for NATO Communications (NATCOMM) interoperability. At its core, it is a set of protocols, hardware specifications, and operational doctrines that allow different nations’ military units to communicate via satellite in real-time, even when terrestrial networks (fiber, cellular, radio) are unavailable, destroyed, or compromised.
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For defense ministries or allied agencies not yet using MTS-NATCOMM, the path forward involves three steps:
Instead of a human operator selecting a frequency, onboard AI will analyze the electromagnetic spectrum, detect jamming or interference, and automatically hop to a clean channel—all in under 1 microsecond. This is known as “cognitive SATCOM.” At its core, it is a set of
MTS-NATCOMM has numerous real-world applications across various industries, including:
A standard infantry soldier can learn to operate a PRC-163 radio in a day. A full MTS-NATCOMM terminal—with link budgets, pointing angles, crypto loading, and cross-banding—requires weeks of specialized training. Many nations rely on dedicated signals specialists, creating a bottleneck.