BOUZID DAHO, RANIA HADJARLOURMIL, SOUMIAMILOUD ABID, AHLEM SABRINEBEMMOUSSAT, Chemseddine2025-07-132025-07-132025http://dspace.univ-temouchent.edu.dz/handle/123456789/6604This project introduces an innovative smart beehive system designed to improve bee colony health and assist beekeepers in hive management. The system is built around an ESP32 microcontroller, connected to a DHT11 sensor that monitors internal temperature and humidity. When the temperature exceeds a critical threshold of 35°C, a cooling fan is automatically activated to regulate the internal environment and prevent heat stress on the bees. The system is powered by a power bank, ensuring autonomous operation without dependence on external power sources. Additionally, it features a remote monitoring interface through the Blynk mobile application, allowing the beekeeper to track and control hive conditions in real-time using a Smartphone. This smart solution contributes to better colony welfare, reduces risks related to temperature fluctuations, and boosts honey production. It represents a significant step toward integrating smart technologies into modern beekeeping practices.enThesis