Saltenna is developing high-bandwidth stealthy communications underwater without needing line of sight.
LEARN MOREIn some of the world's most extreme environments, Saltenna will enable communications both through and along ice sheets, connecting above-ice and air assets with those submerged beneath.
LEARN MOREAlong large, linear infrastructure such as runways, flightlines, and roads, Saltenna is developing stealthy, resilient wireless communications.
LEARN MOREWith through-metal capabilities, Saltenna can enable persistent communications while aircraft are out on the flightline or in hangars.
LEARN MOREIn unpredictable environments full of concrete, metals, and other blocking materials, Saltenna is working on consistent and robust wireless communications beyond radios and Wi-Fi.
LEARN MORESaltenna has demonstrated significantly enhanced range over current wireless technology in solid underground facilities, tunnels, and through multiple levels of parking garages.
LEARN MORERather than being blocked by metal bulkheads, Saltenna's Plasmonics leverage them to enable wireless communications. Saltenna plans to outfit vessels with wireless communications and new sensing systems without running cables.
LEARN MOREIn high pressure, high value IIoT networks, Saltenna has demonstrated wireless communications along and through pressurized tanks and pipes without drilling holes or running wires.
LEARN MORESaltenna is working on wireless communications solutions along and through pipelines, whether they are above ground, underground, or underwater, and including those filled with hazardous liquids.
LEARN MOREWhere radios may fail, Saltenna is working on Plasmonics that can carry communications within and through dense jungle canopy to support commercial, military, law enforcement, and intelligence operations.
LEARN MORESaltenna's simulations show that our communications technology could work in environments without an ionosphere, such as the moon and other planets, and that we could reduce the need for vacuum feedthroughs in equipment that complicate structural integrity in locations of extreme risk.
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