Real-time AI drowning detection.Built to support lifeguards.

A camera-based drowning detection system analyzes pool footage for patterns that may indicate a swimmer in difficulty and alerts the assigned staff. SAFE SWIM is Fortune AI's dedicated pool-safety product: it flags possible distress and preserves the event and response timeline. An alert is not a confirmed emergency, and a missed alert must never be treated as proof that a swimmer is safe.

What to review Review detection, delivered notification, acknowledgement, and response as separate events.

SAFE SWIM works with standard network cameras and does not require specialized underwater cameras. Existing cameras may be reusable after a site survey checks their views, video quality, connectivity, and pool coverage. Camera reuse is not automatic: glare, blind spots, water conditions, and crowding must be assessed for your pool.

What to review Bring the pool layout, camera models, installation positions, and representative daytime and evening footage.

No. SAFE SWIM supports trained staff; it does not replace lifeguards or active supervision, and it does not replace the facility's emergency procedures. Evaluate the complete alert path, missed events, false alerts, and outages before operational use. Drills must be designed and supervised by qualified staff; never put a swimmer in danger to test a system.

What to review Recorded test conditions, reviewed outcomes, alert latency, and a documented fallback procedure.

When SAFE SWIM detects possible distress, it sends the assigned staff the pool location and camera view through the site's configured warning lights or messaging channels. The lifeguard assesses the situation and follows the facility's emergency procedure; the system is not limited to reviewing footage after an incident.

Before opening, verify delivery and acknowledgement with the actual response team. Record detection, notification, acknowledgement, and on-site response times separately.

SAFE SWIM camera and alert specifications (Chinese)

Map every monitored and excluded pool zone, then review each camera under representative daytime, evening, glare, crowded, occluded, and changing-water conditions. Document blind spots instead of assuming full coverage, and decide before opening whether the site needs another camera or a different mounting position.

What to review A zone map and exclusions tested under glare, crowding, and occlusion.

Qualified staff should define safe test conditions and acceptance criteria, then record reviewed events, operating conditions, outcomes, and observation hours. Report missed detections and false alerts separately, include incomplete evidence, and never place a swimmer at risk in order to test the system.

What to review Reviewed event counts, conditions, outcomes, and observation hours. Report missed events and false alerts separately.

Before deployment, the facility and Fortune AI agree on who can access footage, the permitted purpose, retention period, deletion process, and how an incident review may be shared. Limit access to authorized staff and necessary footage, following the facility's policy and applicable local privacy requirements.

Request an itemized proposal covering pool zones, existing or additional cameras, alert equipment, installation, software, staff training, and ongoing support. Compare upfront and recurring costs for the same coverage and service scope, rather than comparing camera prices alone. Final pricing depends on the site survey and response setup.

Share your pool layout, camera details, opening hours, and alert recipients for a site-specific quote. Discuss a pool deployment

CDC emphasizes continuous supervision of children. RLSS UK's technology guidance covers site suitability, visibility, fallback procedures, and staff training.

• CDC: Preventing Drowning
• RLSS UK: Technology in Swimming Pools
• SAFE SWIM: beyond AI accuracy