Autonomous optical, thermal, and acoustic sensing maps rip currents, alerts beach users, and helps locate distressed swimmers.
Automated audio processing differentiates biological sounds from background noise, reducing subjectivity in detection reliability.
A marine device trim system uses GPS and bathymetry data to adjust actuator position.
Segmented ties and draw mechanisms maintain stable mooring contact, reducing fuel consumption during harsh sea conditions.
A buoyant rescue device uses audio sensing and voice recognition to locate drowning victims.
Distributed buoys relay signals to bypass satellite failures, enabling rescue activation.
A navigation assist system detects outboard motor trim-up events to alert operators of underwater hazards.
Bluetooth beacons transmit hazard location and owner data to vessels, enabling autonomous collision avoidance in extreme weather.