Abstract

India has declared plans to create 100 smart cities. Since subterranean drainage systems are installed in the majority of Indian cities, it is critical that these systems function properly to maintain the cleanliness, safety, and health of the city. Thus, several types of work have been carried out in order to identify, preserve, and oversee these subterranean networks. A smart subterranean framework incorporating subterranean water pipelines, gas pipelines, electric flow, and interface wires will be required. Adoption of subsurface drainage systems is crucial in India. The city is kept secure, clean, and healthy thanks to the correct operation of this system. In the event that the drainage system is neglected, clean water could become tainted with drainage water, which could spread infectious illnesses. Additionally, a variety of hazardous substances are released into the atmosphere, causing air pollution. As a result, a variety of tasks have been undertaken to identify, track, and control these subsurface systems. This project illustrates the implementation and design roles for several techniques to monitoring, detecting, and managing subsurface drainage systems. The suggested system embodies the design and execution duties for overseeing and controlling subterranean drainage systems using various methodologies. It also describes the water wise system and the technique for spotting blockages in drainage pipelines. For waste water networks to operate properly and to avoid flooding, urban drainage systems must be managed effectively. This project presents a comprehensive drainage monitoring and removal system that makes use of cutting-edge technologies including GSM, Arduino - based control, and ultrasonic sensors. The main goal is to provide continuous drainage operations by offering autonomous blockage identification and real-time drainage system monitoring.