Child Rescue System from Open Borewell

Open bore wells are a critical safety concern, particularly in rural areas, where children often fall into uncovered or abandoned wells. This project proposes a real-time, intelligent rescue mechanism utilizing IoT and embedded systems. The system comprises a camera-enabled robotic module that descends into the bore well to locate and rescue the child. The core components include the ]Arduino Uno R4 Wi-Fi, ESP32 CAM, servo motor-driven robotic arm, and DC motor system. The goal is to minimize human risk and speed up the rescue process using remote monitoring and mechanical control. The Child Rescue System from open bore wells offers a promising solution to address the life-threatening situation of children falling into bore wells. The system effectively combines Arduino-based technology, real-time video monitoring, and automated actuators for safe and efficient rescue operations.