Smart Home Security & Face Recognition

This project presents the design and development of a robust door safety system leveraging the capabilities of an ESP32-CAM microcontroller in conjunction with an ultrasonic sensor, buzzer, and servo motor.The system aims to enhance door security by detecting obstacles in the door's path, alerting users of potential hazards, and enabling remote monitoring and control.The ESP32-CAM microcontroller serves as the central processing unit, orchestrating the functionalities of the system.An ultrasonic sensor, strategically positioned near the door, detects obstacles and provides real-time feedback to the microcontroller.Through precise control of a servo motor, the system can efficiently manage the door's locking mechanism, ensuring smooth operation and enhanced security.A buzzer integrated into the system serves as an audible alarm, alerting users to unauthorized access attempts or obstacles obstructing the door's path.Additionally, the ESP32-CAM's capabilities enable the provision of a web interface for remote monitoring and control, enhancing accessibility and convenience for users.Key considerations include voltage regulation to safeguard components, mechanical stability to prevent accidents or damage, and the implementation of backup power sources for uninterrupted operation.Through comprehensive testing and debugging, the system's functionality is validated, ensuring reliability and efficacy in real-world applications.By integrating cutting-edge technologies and robust design principles, the proposed door safety system offers an effective solution for enhancing security and convenience in residential and commercial settings alike.