Assistance needed
It detects anyone motionless or behaving unusually in the water and raises an alert.
AI that watches the coast.
AI-Powered Coastal Safety Platform
Reads beach cameras and weather data together. It alerts the lifeguard team within seconds about drowning risk, restricted-zone breaches and dangerous waves.
The problem
One lifeguard. Miles of coastline.
Drowning is quiet. Most of the time there is no shouting or arm-waving like in films. A person can slip under in thirty seconds. No lifeguard can physically watch hundreds of metres of beach at the same time.
Risk does not only come from people: wave height, currents and weather can change within hours. This data is already measured, but it does not reach the beach team in time.
What it detects
Camera footage and environmental data are read together. When risk appears, the site team gets an alert.
Restricted area
It instantly reports entry into areas closed due to currents or rocks.
Unattended child
It raises a priority alert when a child approaches the water without an adult nearby.
Crowd management
It flags overcrowded areas and helps you deploy your team.
Watercraft
It detects boats, jet skis and other vehicles entering the swimming area.
Weather and waves
It automatically recommends a flag colour from wave height and wind data.
Who is it for
Beaches where crowds grow faster than your team in season.
Municipalities and beach operators
Beaches where crowds grow in season but lifeguard numbers stay fixed.
Hotels and resorts
Businesses responsible for their own coastline that must log incidents as they happen.
Teams managing crowds
Security teams forced to estimate crowds and foot traffic by eye.
Live demo
Sample run · no real data
Coastline · 6 cameras
- Camera 02 · motionless person in water
- Camera 05 · wave height 1.8 m
- Camera 01 · crowding is back to normal
Sample alert flow
How it works
Four steps.
01
Set up
Connect a Jetson device to existing beach cameras. No extra cameras needed.
02
Define
Mark swimming areas, restricted zones and crowd thresholds on the map.
03
Monitor
Video is processed on site. Weather and wave data appear on the same screen.
04
Alert
When risk appears, the lifeguard gets an alert by radio and mobile app.
Technology
What it runs on.
- NVIDIA DeepStream
- Jetson
- TensorRT
- Weather API
- Go
Camera feeds are processed on the on-site Jetson device through NVIDIA DeepStream. Beach internet is weak, so relying on the cloud does not work. Models are accelerated with TensorRT. Weather and wave data from meteorology services appears on the same screen.
Gallery
FAQ
What you may want to know before we talk.
Does it replace the lifeguard?
It does not replace anyone. It gives them more eyes. People still decide and intervene. The system only flags the area that needs attention.
Does it work at night?
It works with a thermal camera. Night accuracy drops with a standard camera, and we tell you that clearly before setup.
Where does it get weather data?
From weather services. It evaluates wave and wind data with the camera feed. They only make sense together, not separately.
How does the alert reach the team?
It reaches the radio, phone, and tower screen at the same time. The system records the camera and exact second behind the alert.
Can I buy it now?
No, it is still in development. We are discussing a pilot before the season.
Contact
Something like this?
do you want to build?
Tell us in one sentence. We will explain what you need and how long it will take.