This document describes a proposed IOT-based smart poultry farm system that aims to automate feeding, temperature control, and gas reduction processes. The system would use sensors to monitor environmental parameters and control devices like a food feeder, water sprinkler, and soil mixer. It could allow farmers to remotely monitor and control operations through a mobile app. This would help reduce labor costs and human errors while improving animal welfare and production efficiency compared to manual farming methods. The proposed system architecture involves an Arduino board controlling devices based on input from sensors to automate key tasks like feeding chickens on schedule, maintaining optimal temperatures, and reducing gases through soil mixing.