Diver kit fit · drag to rotate
Physics, packaged.
↓Hardware and software built on Saltenna's plasmonic wireless technology — for the environments where legacy radio frequency fails.
Each product carries its maturity plainly — from prototype to fielded — so you know exactly what you are evaluating.
Underwater voice for dive teams — no line of sight, no buoy relay.
D2D lets divers talk in non-line-of-sight, silt-out, and blackout conditions — and through the air/water barrier to surface teams over a compatible two-way radio, with no transducer or buoy relay. A bone-conduction earpiece and push-to-talk configure rapidly for full-face and half-mask systems, integrating with a wide range of currently fielded dive equipment.
Wireless data links along subsea pipelines, cables, and umbilicals.
Remora replaces conductive cable links with a wireless hop that uses the pipe or cable itself as the transmission medium. Built for subsea pipelines, flexibles, and umbilicals, it removes the cost and complexity of cable installation — no cable pull, no ROV connector alignment on either end, and no galvanic earth-loop issues on aging infrastructure.
Contactless data through sealed metal walls, flanges, and pressure barriers.
Stingray couples RF plasmons straight through a sealed metal wall, flange, or pressure boundary — replacing wired penetrators and bulkhead connectors with a fully contactless wireless feedthrough. Internal and external units mount magnetically on opposite faces of the boundary, giving 360° coverage around a flange with no drilling, no leak path, and no alignment constraints.
A plasmonic antenna that fits fielded handheld radios.
Ibex replaces the standard whip on a handheld radio with a plasmonic launch, quick-mounting to the existing RF port with no change to the radio itself. The sealed housing is built for marine use, and the gooseneck bends to stow against a pack or vest.
Technology we license.
A software-defined waveform for links with extreme path loss.
Our waveform is designed for links with extreme path loss, where conventional radios lose synchronization or drop out entirely. Paired with our antenna technology, it forms a complete communications system: the antenna establishes a usable RF path through difficult media, and the waveform sustains a reliable data link over it. The entire receiver and transmitter run as software on compact, low-power embedded hardware.
Talk to us about trials, integration with fielded equipment, and delivery timelines.
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