Liquid Robotics has raised a $22 million series d investment, led by VantagePoint Capital Partners. Based in Hawaii and California, the organization tends to make wave-powered, marine drones that are remote controlled by satellite, and capable of roaming the seas unmanned to gather environmental and defense-connected information.
Liquid Robotics’ product, a Wave Glider, is about the size of a surfboard. Working with a wave-primarily based propulsion technique and two solar panels to fuel its computers, the robots travel gradually over the ocean, recording information. The sensor information is crunched onboard by low-power cellphone chips, and then shipped by satellite or cellphone to large onshore computers that do complex analysis.
A proprietary, cloud-primarily based operating technique, named Regulus, powers the SV3’s computer systems, thanks to a Linux-Java combination. (James Gosling, Java’s inventor, is Liquid Robotics’ chief software architect) That helps the glider operate in an autonomous mode, even though maintaining a robotic eye out for unusual ships or the acoustic signals of torpedos and submarines — information it can wirelessly ping to Navy ships. Taken off autonomous mode, the glider can be steered remotely thanks to an app loadable onto smartphones, tablets and laptops. It’s essentially a floating data center,” Joss says.
The Dinoflagellates are Photosynthetic Creatures that use sunlight to make power for the coral, which in turn use that energy to construct mineralized skeletons for protection. This mineral production is known as Coral Calcification. This is closely tied with the day/evening cycle and molecular mechanism behind this synchronization is mysterious till date.
Even though transmitting power by means of the use of liquids, such as oil or water, is recognized as hydraulics, the use of compressed air to transmit power is known as pneumatics. A single hydraulic pump or air compressor can provide power much higher than any single human. The intentionally pent-up energy can very easily be controlled and accurately released when used with fluid energy manifolds and valves. These machines can assist in numerous functions ranging from ordinary to the extreme complexity.