In recent years, smart construction for commercial swimming pools has gradually evolved from a "bonus item" into a "must-have." However, many facility managers tend to fall into two extremes when considering implementation: some think it just means installing a few cameras and wristbands, while others worry about high costs and system complexity and hesitate to take action. In fact, a sensible smart construction plan does not need to be completed all at once, nor does it require starting from scratch. Instead, it should address the real pain points in daily operations, phase by phase, with clear priorities.
The first area worth investing in is often safety and security. Compared with other sports venues, swimming pools face more prominent safety risks. Lifeguards' manual monitoring has blind spots, especially during peak hours or when light reflects off the water. A mature approach at present is to introduce an intelligent drowning prevention analysis system, which uses underwater HD cameras combined with AI algorithms to identify drowning movements and abnormal postures in real time. Once an alarm is triggered, it is pushed directly to the lifeguards' wristbands and the duty screen. This system is not meant to replace lifeguards but to give them an extra pair of "eyes that never blink," turning passive rescue into proactive warning. For managers, this is the most fundamental and necessary investment.
Once safety is addressed, the next focus is operational efficiency. Many swimming pools struggle with issues such as entry verification, locker management, and water quality monitoring. Facial recognition turnstiles are now mature enough to allow entry by scanning the face, eliminating the process of issuing and returning wristbands or cards and significantly reducing queue times during peak periods. For lockers, combining smart locks with a reservation system allows users to select a locker number through a mini-program before arriving, and then open it directly by facial recognition upon arrival, making the experience much smoother. For water quality monitoring, sensors collect data on residual chlorine, pH value, turbidity, and other parameters in real time, automatically uploading them to the management backend. If any reading exceeds the standard, staff are alerted immediately, ensuring compliance while saving the hassle of manual test strips.
These systems may seem independent of one another, but their true value lies in data integration. For example, membership entry records, swimming duration, and frequently used time slots can all be aggregated into a single backend. Managers can then clearly see "what types of customers come at what times and how long they stay on average," allowing them to arrange more reasonable shifts, classes, and promotional activities. Device manufacturers and integrators are also willing to open their interfaces. The key is that venue operators should clearly require unified data aggregation when selecting solutions, so as to avoid forming information silos in the future.
One final point: don't chase a one-size-fits-all smart construction plan. Start with safety equipment, then gradually optimize operational processes, and make sure every step actually solves a specific problem. Commercial pools typically have a long cost recovery cycle. If smart investments can effectively reduce human-related risks and improve the service experience, they will already be worth the cost. After all, technology and equipment will always keep updating, but the ultimate goal of these tools is to make swimming safer for users and management easier for operators.