Our technology

SeaHawk

enhances beach safety infrastructure by detecting potential swimmer distress situations and swiftly alerting rescue personnel. This revolutionary development is particularly valuable on unguarded beaches and during after-hours on guarded beaches. Integrating our alerting system with local emergency operation support (EOS) systems ensures that emergency alerts are transmitted instantly to dispatch centers and local rescue teams, significantly reducing response times and improving the chances of successfully rescuing distressed swimmers. The system also includes fallback communications in the event of communication service provider disruptions. AI-enabled vandalism deterrence technology is also featured.

Swimmer Emergency System

Monitoring and alerting

Our technology is self-sustainable and operational throughout the day with minimal need of maintenance in the field.

24/7

23

Beach accesses enabled

Growing numbers of installation of our technology is making beaches safer.

~25

Miles of beach covered

in Brevard county with plans of installing more stations this year.

SurfTrack

is equipped with state-of-the-art sensors to detect and track distressed swimmers. Access to real-time data and visualization enables first responders to arrive at the accurate location of the emergency which substantially aids rescue operations and improves chances of saving lives. This is particularly valuable in extreme seas or in low-visibility night time Search And Rescue (SAR) operations.

Trackable Life-buoy Technology (patent pending)

Days of operation

With customizable communication protocols and robust engineering, the tracker can last up to 30 days when deployed.

30

365

Days of self-sustainable performance

Relies on natural source of energy and operational all around the year without requiring any user intervention.

~5

Miles of offshore coverage

We keep in touch with our clients and offer ongoing support.

RipRider®

is our unmanned mobile sensor platform that was developed primarily to cater to the needs in various marine domains such as shoreline surveillance, beach safety, and environmental monitoring. The RipRider® is packed with numerous features which make it deployable in various applications such as to detect unauthorized vessels at the shoreline, oil spills, marine wildlife, identify and measure dangerous conditions near the surf-zone, and also assist in search and rescues (SAR). With AI and edge-computing capabilities, the RipRider® can perform real-time analysis and issue alerts to concerned authorities and swimmers in the vicinity. Tests have proven successful controllability, maneuverability, stability, and autonomous capability under strenuous real world conditions. The RipRider® is customizable and scalable to form a secure network of mobile platforms paving the way for multi-agent coordination.

Autonomous Surface Vehicle (patented)

RipSkyEyes

Airborne Sensor Platform (patent pending)

is equipped with state-of-the-art sensors to survey the surf-zone and visually detect and track rip currents and other dangerous conditions on the beach. RipSkyEyes is part of a multi-vehicle network that aims to efficiently scan beach segments by balancing speed and endurance.