Automatic Swimming Pool Monitoring Systems Market Report 2025 (Global Edition)

Market Dynamics of Automatic Swimming Pool Monitoring Systems

Key Drivers

• The rising mortality in swimming pools has accelerated the implementation of safe methods like automatic swimming monitoring systems.  

Deaths caused in the swimming pool are one of the leading causes of unintentional injury death. These deaths account for almost 7% of all injury deaths. 
According to Dr Monica Chahar, a Dermatologist at Skin Décor states that individuals who have weaker immune systems, open wounds, or any skin-related problems are more prone to swimming in water. If the water’s pH scale, chlorine, or water temperature is not maintained then these individuals are susceptible to micro-organisms present in the water.
Another such statement from Dr. Chawla is that if swimmers inhale contaminated water or if it is inhaled through the nose then it can result in diarrhoea, sinusitis, or pneumonia. 
Such risky consequences have led to the strict monitoring and regulating of the swimming pools with the help of an automatic swimming monitoring system which assists in having a moderate pH of 7.4-7.6 as well as maintained water temperature.
Apart from this, an automatic swimming monitoring system also helps in the prevention of drowning incidents. According to the World Health Organization, worldwide, the number of drowning deaths is estimated to be 236,000 every year with the largest death rates in the Western Pacific Region than those in the United Kingdom or Germany. 
Hence for such rising death incidents due to drowning, this system helps in catering the reduction of such incidents. 
For instance, SwimEye is a technology for computer vision detection designed to stop drowning accidents in swimming pools. All swimmers' movements in a pool are monitored by recognition software.  SwimEye will also alert pool lifeguards in the case of a major drowning occurrence.  Initiating a rescue can be made easier for lifeguards by improving their reaction time. (Source: https://swimeye.com/#:~:text=A%20drowning%20detection%20and%20prevention%20system,-SwimEye%20is%20a&text=of%20your%20pool.-,Our%20object%20recognition%20software%20tracks%20the%20movements%20of%20all%20swimmers,an%20alarm%20to%20pool%20lifeguards.)

• The enhancement of the Automatic Swimming Pool Monitoring System driver is the result of product line expansion and technological advancement.

Innovative automatic swimming pool monitoring systems have been developed by manufacturers in terms of design, build quality, functionality, and smart connection through the application of new technologies and product innovation in this field. If a device has features like intelligent monitoring, mobile app-based notifications, and self-feeding systems, consumers don't mind paying extra for it. Products are now more upscale as a result of these market trends and analyses. Brand interaction with customers is enhanced via premiumization. Swimming pool automated surveillance systems have recently made use of the integration of computer vision and the Internet of Things (IoT). Numerous research projects that use a series of motion pictures to follow the motion and location of people have been put out to address off-time surveillance drowning accidents or any such condition tampering with an individual. An intelligent and automated solution for off-peak swimming pool safety monitoring is offered by the automatic swimming monitoring system, which makes use of transfer learning and the Internet of Things.
For instance, iAquaLink is a smart pool monitor, which is a complete pool and spa control with the touch of a finger. This technology helps in assisting individuals with turning valves or setting up pump speeds without visiting the pool. It controls up to32 pool and spa amenities accessible via an internet-connected smart device and the app. (Source: https://www.iaqualink.com/en)

Hence technology advancement has played a crucial part in the product expansion of The Automatic Swimming Monitoring System. It is also user-friendly as these apps/IoT allow pool owners to monitor and manage their pool's equipment from anywhere in the globe, like from their backyard haven, or the convenience of an easy-to-use e-app.
For instance, pool owners may monitor and manage their pool equipment using the IntelliConnect Control and Monitoring system using the Pentair Home app, which is very user-friendly. (Source: https://www.pentair.com/en-us/products/residential/pool-spa-equipment/pool-automation/intelliconnect.html#:~:text=The%20IntelliConnect%C2%AE%20Control%20and,or%20anywhere%20in%20the%20world.&text=IntelliConnect%C2%AE%20Pool%20Control%20System%204.1%20out%20of%205%20stars.)

Key Restraint

• Lack of familiarity with such systems and technology awareness

In developing nations, a major obstacle to market expansion is a lack of understanding about products and technology. Because they do not know the advantages of expensive, high-tech items, consumers do not feel the need to upgrade. Promoting both the product and the underlying technology to consumers is a difficult task for suppliers.
According to ADDA, the maintenance of the swimming pool in developing countries mostly is done by employing a pool manager, life-saving devices, rescue equipment, the display of emergency telephone and emergency contact list, depth markers for the swimming pool, and operation and maintenance of the pool and pool area. They don’t understand that these all facilities can be provided under one roof by availing the facility of an automatic swimming monitoring system. 
Moreover, the lack of awareness of not maintaining the pool can cause severe consequences, leading individuals health like affecting them with health problems, such as gastroenteritis, and ear, nose, and throat infections. Alongside this, it can cause harm to filters, pumps, or heaters as well as keeping pH and chlorine levels unstable. Due to this, during the market projection period, emerging nations may face significant challenges in terms of product understanding and technology awareness that might hinder market growth.
For instance, according to BMC Public Health oy of 26 pools in Egypt for water quality in summers. Of the water samples tested, only 7.7%, 78.2%, and 100% met the Egyptian criteria. according to the data that was acquired, shockingly 73.1% of the water samples that were obtained had a parasitic infection (PI); the most common parasites found were Cyclospra and Isospora (37.2% each), followed by Cryptosporidium spp., Giardia lamblia, Microsporidia spp., and Blastocystis spp. (34.6%, 21.8%, 15.4%, and 14.1%, respectively). Though not as frequently (5.1%), Acanthamoeba spp. were found. All of the following have a considerable independent impact on PI: flow rate, total dissolved solids, and frequency of pool cleaning. (Source: https://bmcpublichealth.biomedcentral.com/articles/10.1186/s12889-023-15183-z)

How did COVID-19 impact the Automatic Swimming Pool Monitoring System Industry?

Several nations implemented stringent lockdown protocols at the start of 2020, leading to the closure of tourist attractions and bathing areas. After a while, the lockdown was somewhat eased, but strong, restricted procedures remained in place in compliance with directives from the travel and health ministries of several nations. Since there was no information available on the safety of indoor swimming pools, it was forbidden to use them in hotels and sports facilities. Strict adherence to all safety and sanitary regulations around the swimming pools, together with stringent water quality verification, was a crucial need for their safe reopening during the COVID-19 epidemic. This is why the requirements were revised, with a focus on the following, when pertinent legislative measures were issued: During the first four months, the number of samples necessary to assess the microbiological purity of the water rose to at least two per week. This requirement persisted throughout the 2021 tourist season. While the swimming pools are in use, pH records must be regularly measured and maintained every eight hours, or at least every two hours if an automatic recording system isn't in place for the hydromassage and hydrotherapy tanks. During their operation, the swimming pool management bodies were asked to manually check the chlorine levels in the pools every four hours and the water massage tanks every hour if an automatic recording system wasn't in place. They were also asked to maintain a log unless an automatic halogen analyser and monitoring system with an alert system when the parameter values are outside of bounds were present.
 

Our study will explain complete manufacturing process along with major raw materials required to manufacture end-product. This report helps to make effective decisions determining product position and will assist you to understand opportunities and threats around the globe.

The Global Automatic Swimming Pool Monitoring Systems Market is witnessing significant growth in the near future.

In 2023, the Level Monitoring segment accounted for noticeable share of global Automatic Swimming Pool Monitoring Systems Market and is projected to experience significant growth in the near future.

The Commercial segment is expected to expand at the significant CAGR retaining position throughout the forecast period.

Some of the key companies CEC International , Hayward Industries and others are focusing on its strategy building model to strengthen its product portfolio and expand its business in the global market.

Frequently Asked Questions