Summer is the busiest season for swimming venues, and the持续 high temperatures have made pools the top choice for residents to escape the heat. However, the surge in visitor flow has also brought considerable pressure to venue operations, especially for lifeguards. Spending long hours with intense concentration, staring at the water surface, conducting repeated patrols, and coping with physical exhaustion in high temperatures—their workload is easy to imagine. Recently, some venues have attempted to introduce AI-assisted systems to share lifeguards' repetitive observation tasks, and based on actual feedback, the results have been relatively positive.
This system primarily relies on smart cameras installed at the top of the venue and image recognition algorithms to monitor the pool area in real time. It can identify risk features such as drowning, abnormal staying, and crowd gathering, and when it detects a suspected situation, it sends alerts to lifeguards via wristbands or terminal devices. It is important to note that AI does not replace lifeguards but rather plays the role of a "second pair of eyes." Lifeguards remain responsible for final judgment and rescue, but the system helps reduce oversights caused by visual fatigue, especially during afternoon hours or prolonged shifts, effectively adding an extra layer of technical assurance.
From an operational perspective, with the introduction of the AI system, lifeguards no longer need to keep their nerves tightly stretched while watching the water. They can allocate their attention more reasonably, such as using the intervals between system alerts to conduct more efficient patrols and coordinate areas. One venue manager mentioned that after the system was launched, lifeguards experienced significantly lower mental stress and reduced fatigue during shift rotations. In addition, the data recorded by the system helps venues analyze visitor density and high-risk areas during different time periods, allowing for optimized personnel placement so that limited lifeguard resources are deployed where they are needed most.
Of course, no technology is a panacea. The system may still produce false alarms due to factors such as lighting changes and water splash interference, requiring adjustments based on the actual conditions of each venue. But overall, the AI-assisted system offers a practical and feasible approach to reducing lifeguards' workload. During a summer with continuing heat and unabated operational pressure, this "human-machine collaboration" preserves lifeguards' core professional judgment while adding an extra layer of safety through technology, making venue operations more composed and efficient.