Smart Poultry Monitoring and Management System Using Embedded Systems and IOT

This This paper presents a Smart Poultry Monitoring and Management System based on embedded systems and IoT technologies, designed to enhance safety and automation in poultry farming environments. The system employs the ESP32 micro controller to interface with a suite of environmental sensors, including gas, fire, water level, infrared, and temperature-humidity sensors. These sensors continuously monitor critical conditions and enable automatic responses such as activating fans, pumps, and alarms during hazardous events. Real-time feedback is provided via an LCD display and audible buzzer alerts. To facilitate remote monitoring, a GSM module sends SMS notifications to a designated mobile number when critical thresholds are breached. The system also utilizes relays to control environmental systems such as lighting, cooling, and water supply, thereby improving energy efficiency and operational reliability. The integration of real-time sensing, automated control, and remote alerting ensures timely responses to environmental risks, contributing to healthier livestock management and reduced human intervention. This approach demonstrates the practical application of IoT and embedded systems in agricultural automation and highlights its potential for broader implementation in industrial and smart building environments.