Drowning Detection System for Swimming Pools
When safety is responsibility, probability is not enough.
Aqutron Vision does not guess. It validates a physical condition.
Deterministic logic. Patented architecture. Real-time decision support.
This is not behavioral detection. This is drowning determination.
Why traditional drowning detection systems are not enough
Most drowning detection systems rely on algorithms that analyze motion and posture.
But real drowning is often not dramatic.
Not visible.
Not noisy.
An effective drowning detection system must go beyond visual pattern recognition.
It must establish when a person is truly submerged and in a state incompatible with breathing.
This is the shift from detection to determination.
How Aqutron Determines Real Risk
A 6-step operational flow from sensor discrepancy to lifeguard alert.
- 01→
Swimmer Submerged
The swimmer is underwater. A condition potentially incompatible with breathing begins.
- 02→
Aerial Camera Signal
The optical camera still detects presence in the monitored zone.
- 03→
3D Sensor Gap
The 3D sensor no longer detects above-surface presence. A measurable discrepancy appears.
- 04→
Edge Discrepancy Logic
Local processing verifies that the discrepancy persists over time.
- 05→
Alarm Triggered
The validated discrepancy triggers the alarm only when the condition is real.
- 06Alert Sent
Lifeguard Smartwatch Alert
The lifeguard receives alert and swimmer position immediately.
Why this approach is different
Most systems interpret movements.
Aqutron validates a physical condition.
The difference is not semantic.
It is structural. It is PATENTED.
Why Aqutron Is the Future of Pool Safety
It does not interpret weak signals. It validates a physical condition.
- 01
Measurable discrepancy
When camera and 3D sensor disagree, the system does not guess. It measures a real condition.
The logic compares heterogeneous signals on the same zone and converts sensor delta into operational evidence.
- 02
ISO 20380 compliance
The operational architecture follows ISO 20380 principles for pool safety.
Compliance supports process design, accountability, and traceability as requirements become stricter.
- 03
Local decision
Edge processing, continuous response, and operation even when offline.
No cloud round-trip is required for critical decisions, so latency and continuity remain controlled.
- 04
Operational alarm
The lifeguard receives alert and position. Less noise, more useful decision.
Alerts include operational context, helping teams intervene faster and prioritize with clarity.
A system that interprets movement generates probabilities and false alarms.
A system that validates a physical condition generates decisions and reduces them drastically.
From Drowning Detection to Drowning Determination
Aqutron Vision is not a basic drowning detection system. It is engineered to:
- Analyze every pool zone in real time
- Validate presence above and below the surface
- Reduce false alarms dramatically
- Maintain continuity even in complex conditions
- Run at the edge, without external cloud dependency
We do not sell “AI that watches a pool”.
We design safety systems for critical environments.
Drowning Detection System for:
- Public swimming pools
- Sports centers
- Hotels and resorts
- Water parks
- Thermal facilities
- Large private pools
If you manage a pool, you manage responsibility. A drowning detection system is a technical decision. A determination-based system is a strategic one.
Engineered to remove uncertainty
In pool safety, many talk about algorithms. We focus on proven reliability. Aqutron Vision was designed to:
- Reduce blind spots
- Minimize false positives
- Maximize alarm response timing
- Support staff in critical moments
- Operate stably, continuously, independently
When every second counts, a probabilistic system is not enough.
Pool safety is changing
Regulations are evolving.
Operator responsibilities are becoming clearer.
A modern drowning detection system is no longer optional. It is now a structural element of risk management.
Aqutron Vision was created to anticipate this shift.
Do not choose a basic drowning detection system.
Choose a system that determines.
Request dedicated consultation for your facility.
Discover how to integrate a next-generation drowning detection system in your pool.