Farm House Safety from Wild Animals using Arduino Based System

Farmhouse safety in rural and forest-adjacent regions is increasingly threatened by wild animal intrusions that cause severe crop damage, livestock loss, and risks to human life, re sulting in significant economic hardship for farmers. Conventional protection methods such as fencing and manual guarding are costly, labor-intensive, and often ineffective, particularly at night. This project presents an Arduino-based automated security system designed to detect and deter wild animals in real time. The system employs Passive Infrared (PIR) sensors to identify motion and heat signatures within a restricted area. Upon detection, the Arduino microcontroller activates deterrent mechanisms such as alarms and flashing lights to scare animals away before damage occurs. The system can be further integrated with wireless communication modules to send instant alerts to farmers, enabling prompt action even in their absence. By combining sensor technology, microcontroller-based control, and automated response, the proposed solution offers a cost-effective, reliable, and scalable approach to reducing crop loss, minimizing human-animal conflict, and improving farm security.