Advancement in technology has made regular life easier and more convenient. In every aspect of life, it is essential to be updated to ensure mass interest’s progress. Smart poultry and hatchery farm can emancipate farmers from the traditionally tedious outdated, and time-consuming procedures. This paper proposes an integrated solution for poultry and hatchery farm with anti-theft and fire alarm systems using IoT and sensor-based technology. We worked on environmental factors mainly to control the temperature and water situation on the poultry farm. Here we use a temperature sensor to measure the inside temperature of the poultry farm. If their temperature is more than 40 °C, then automatically fan will be on. Similarly, when the room temperature decreases under 36 °C, the light will be on automatically to produce heat inside the poultry farm. It also maintains the food quantity and water position of poultry farms. When the food quantity is decreasing, the automatic food feeding system supplies food from a container and also, when the water level is low, the pump will on and supply water. Arduino Pro Mini and Node MCU do all kinds of automation. All these outstanding features have been realized and observed with perfection, and the proposed work has taken poultry farming to the next level of advancement.

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IoT-Based Smart Poultry and Hatchery Farm: An Integrated Solution with Anti-Theft and Fire Alarm System

  • Imon Mahmud,
  • Ferdib-Al-Islam,
  • Md. Rahatul Islam,
  • Md Araf Israk,
  • Md Shoaib Ur Rahman,
  • Sakshi Ahuja

摘要

Advancement in technology has made regular life easier and more convenient. In every aspect of life, it is essential to be updated to ensure mass interest’s progress. Smart poultry and hatchery farm can emancipate farmers from the traditionally tedious outdated, and time-consuming procedures. This paper proposes an integrated solution for poultry and hatchery farm with anti-theft and fire alarm systems using IoT and sensor-based technology. We worked on environmental factors mainly to control the temperature and water situation on the poultry farm. Here we use a temperature sensor to measure the inside temperature of the poultry farm. If their temperature is more than 40 °C, then automatically fan will be on. Similarly, when the room temperature decreases under 36 °C, the light will be on automatically to produce heat inside the poultry farm. It also maintains the food quantity and water position of poultry farms. When the food quantity is decreasing, the automatic food feeding system supplies food from a container and also, when the water level is low, the pump will on and supply water. Arduino Pro Mini and Node MCU do all kinds of automation. All these outstanding features have been realized and observed with perfection, and the proposed work has taken poultry farming to the next level of advancement.