Autonomous Rescue Swimmer
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Introduction
Idea: An autonomous throwable mini-AUV that launches immediately during a man-overboard event.
Problem
Maritime casualties demand urgent action. Current rescue protocols are failing our service members and civilians at an alarming rate, creating preventable tragedies across multiple sectors. Theres a 72% mortality rate on US Navy ships, 83% on cruise ships, and nearly 560 people a year that die in boating incidents.
Currently, procedures rely on human spotters. They must constantly keeps eyes on the person over-board. Once the spotter loses sight of the victim, the survival rate plummets. Despite technological advancements, the immediate aftermath of a Man-Overboard incident still largely depends on human eyeballs, exposing a critical vulnerability in maritime safety.
Opportunity
The proposed solution is an autonomous throwable mini-AUV designed to respond instantly to man-overboard emergencies. Once an onboard alarm is triggered, the device is automatically launched into the water, eliminating the delays and uncertainty inherent in human response. Equipped with advanced sonar and camera systems, coupled with machine learning–driven object detection, it can autonomously locate and track victims even in poor visibility and rough sea conditions. Beyond rapid localization, the AUV provides immediate flotation support to stabilize the individual, while simultaneously deploying an emergency flare and transmitting an RF beacon signal. These features ensure that both the ship’s crew and nearby rescue assets can quickly home in on the victim, dramatically improving the chances of survival and recovery in one of the most time-critical maritime emergencies.Idea: An autonomous throwable mini-AUV that launches immediately during a man-overboard event.