Built for Real Water Environment.
Built for Real Water Environment.
How it Works
Thermal Camera + Realtime AI detection Model met with unique drowning dataset.
Thermal Camera + Realtime AI detection Model met with unique drowning dataset.
Hardware
Using Thermal Camera for Robust & Consistent detection .
Using Thermal Camera for Robust & Consistent detection .
Works in
Low Visibility
Works in
Low Visibility
Works at night-time and cloudy-weather
Works at night-time and cloudy-weather
Works at night-time and cloudy-weather
Detects at
Distance
Detects at Distance
Isolates human heat signatures from background
Isolates human heat signatures from background
Eliminates
visual noise
Eliminates visual noise
Real-time
Behavior Detection
Real-time
Behavior Detection
Real-time
Behavior Detection
Dataset
World First Drowning Dataset Collected Through Real-world Simulations with Swimmers.
World First Drowning Dataset Collected Through Real-world Simulations with Swimmers.
Location
Location
Location
Pool & Beach
Pool & Beach
Time
Time
Time
Day & Night
Day & Night
Behaviors
Behaviors
Behaviors
Drowing & Non-Drowning
Drowing & Non-Drowning
Water States
Water States
Water States
Various States
Various States
AI Algorithm
State-of-the-Art Real-time AI Detection Algorithm customized of Thermal Camera.
Response Time
Response Time
Response Time
Precision
Precision
Precision
Mile Coverage
Mile Coverage
Mile Coverage
Deployment
Perfectly compatible with traditional rescue scenario at any beach, marina, and pools.
Contact
3 days
Integration by
our FE team
3 days
Onboarding
14 days
OceanWatch is a student-led safety technology project focused on drowning prevention.
© 2026 Team OceanWatch. All rights reserved.
OceanWatch is a student-led safety technology project focused on drowning prevention.
© 2026 Team OceanWatch. All rights reserved.
OceanWatch is a student-led safety technology project focused on drowning prevention.
© 2026 Team OceanWatch. All rights reserved.