Automatic and remote controlled pet feeder using Blynk / Muihammad Daniel Addin Jefferi

In response to the increasing demand for innovative pet care solutions, this thesis proposes the 'Automatic and Remote-Controlled Pet Feeder Using Blynk,' a cutting-edge Internet of Things (IoT) project. Powered by Arduino WeMos D1 WiFi UNO ESP 8266 R2 microcontroller, this system utilizes a servo motor to precisely dispense pet food, providing users remote control and monitoring capabilities via the Blynk platform. The integration of real-time feedback features, such as an LED and buzzer, improves the pet feeding experience. Validation through simulation modeling in Proteus software and successful hardware prototype development underscore the operational efficiency of this forward-thinking IoT solution. This project not only revolutionizes pet care procedures, but it also serves as a prime illustration of how Internet of Things (IoT) apps may improve the pet owner experience while revolutionizing pet care practices.