A swimming pool that includes an equipment for automatic, integrated management of swimming pools, further comprising three circuits for suctioning swimming pool water and a circuit for returning clean water or filling of the same, the first circuit for suctioning swimming pool water that collects surface water and debris that floats thereon through sumps located on the upper area of the swimming pool, the second circuit that is connected to a drain of the swimming pool; the third suction circuit which is connected to an intermediate height intake for the connection of a pool cleaner, these three circuits being connected to a pump which in turn is connected to a filter by means of a selector valve which is in communication with the water pumping or return circuit as well as with the drain, characterised in that the equipment for automatic integrated swimming pool management further comprises a switchboard with a communications module and an external server, the three water suction circuits (2, 4, 6) are assisted by electronic pressure gauges (8-8'-8"), as well as respective solenoid valves (9-9'-9") which are connected in parallel through a common conduit to the pump, both the electronic pressure gauges (8-8'-8") and the solenoid valves (9-9'-9") being controlled by the switchboard with the communications module with the external server; the water pumping or return circuit being provided to also be assisted by an electronic pressure gauge and a solenoid valve for controlling the outlet flow, which are also controlled by means of the switchboard, while the selector valve is motorised and controlled by the switchboard, which includes a selector with six operating positions; filtering, washing, emptying, closing, recirculating and rinsing; the filter, preferably made of sand, also being provided to have an internal pressure sensor controlled by means of the switchboard, which is also associated with pH, turbidity, temperature sensors, monitoring means for monitoring the filling level and/or electronic dosing devices for chemical products such as chlorine or algaecides, while a mains water intake is connected to the water pumping or return circuit by means of a filling solenoid valve controlled by the switchboard, with the particularity that the external server is capable of being accessed by means of a computer application through a tablet, mobile phone or computer, with software for controlling and programming the different operating modes of the swimming pool, both from the point of view of the different operating modes of the selector valve and of the control of the selective water flow through the three water suction circuits (2, 4, 6), as well as of the monitoring of the variables monitored by the different sensors involved in the installation. three circuits for suctioning swimming pool water and a circuit for returning clean water or filling of the same, the first circuit for suctioning swimming pool water that collects surface water and debris that floats thereon through sumps located on the upper area of the swimming pool, the second circuit that is connected to a drain of the swimming pool; the third suction circuit which is connected to an intermediate height intake for the connection of a pool cleaner, these three circuits being connected to a pump which in turn is connected to a filter by means of a selector valve which is in communication with the water pumping or return circuit as well as with the drain, characterised in that the equipment for automatic integrated swimming pool management further comprises a switchboard with a communications module and an external server, the three water suction circuits (2, 4, 6) are assisted by electronic pressure gauges (8-8'-8"), as well as respective solenoid valves (9-9'-9") which are connected in parallel through a common conduit to the pump, both the electronic pressure gauges (8-8'-8") and the solenoid valves (9-9'-9") being controlled by the switchboard with the communications module with the external server; the water pumping or return circuit being provided to also be assisted by an electronic pressure gauge and a solenoid valve for controlling the outlet flow, which are also controlled by means of the switchboard, while the selector valve is motorised and controlled by the switchboard, which includes a selector with six operating positions; filtering, washing, emptying, closing, recirculating and rinsing; the filter, preferably made of sand, also being provided to have an internal pressure sensor controlled by means of the switchboard, which is also associated with pH, turbidity, temperature sensors, monitoring means for monitoring the filling level and/or electronic dosing devices for chemical products such as chlorine or algaecides, while a mains water intake is connected to the water pumping or return circuit by means of a filling solenoid valve controlled by the switchboard, with the particularity that the external server is capable of being accessed by means of a computer application through a tablet, mobile phone or computer, with software for controlling and programming the different operating modes of the swimming pool, both from the point of view of the different operating modes of the selector valve and of the control of the selective water flow through the three water suction circuits (2, 4, 6), as well as of the monitoring of the variables monitored by the different sensors involved in the installation.