Introducing video streaming capable wireless underwater communication.

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See our modem in action (2:28)

Wi-Fi for undersea

Our wireless modem provides a capability similar to mobile communication on land, but uses sound rather than radio waves.

Unmatched data rates

Payload data rates are between 10 to 100 times higher than in competing systems, e.g. 1 Mbps over a distance of 100 meters or 500 kbps over 400 meters.
Low power consumption

Reliable, high-speed connections can be maintained using as little as 2.2 Watts of power. The transmission of 1 Gbit over 100 meters takes just about 1 Wh of energy.
Small form factor

With packaging dimensions of just 2.82" x 5", it readily mounts within or on buoys, AUVs, ROVs and other subsea platforms.

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We cut the cord

Video streaming and real-time remote control require high-speed data links. Underwater, only wired connections can meet this need today.

Our wireless modems will change the game: They maintain live, uninterrupted video links as they are moved through the water column.

About us

We are an ambitious team of engineers and scientists working to address the key technical challenges that have kept undersea wireless communication in the digital dark ages.

Algorithms

Our signal processing algorithms squeeze an amazing amount of information into every hertz of acoustic bandwidth available, over 5 bits/s/Hz.
Electronics

Efficient signal transmission requires tight hardware/software integration. We combine cutting-edge medical ultrasound ICs with finely tuned custom analog circuitry.
Transducers

Redesigned from the ground up. Our ultra-wideband piezo transducers achieve excellent SNR at fractional bandwidths well above 100%.