Abstract: In the modern era, where time efficiency and customer satisfaction are paramount, traditional shopping methods often lead to delays, particularly during billing in crowded supermarkets. To address these challenges, this project introduces Cart Mate, an RFID-driven smart cart designed to revolutionize the shopping experience. The system automates product scanning using RFID technology, displaying the total bill dynamically on a customer’s smartphone via a mobile application. Customers can seamlessly make payments through online or offline modes, eliminating the need to wait in checkout queues. Cart Mate also features budget alerts, enabling shoppers to manage expenses proactively, and tracking product location to streamline the search for items in the store. The system leverages microcontrollers, such as Arduino, integrated with cloud connectivity for real-time stock monitoring and efficient inventory management. By combining IoT-enabled technology with advanced data analytics, Cart Mate ensures accurate billing, reduces shopping times, and enhances customer satisfaction, offering a highly flexible and efficient retail experience.
Keywords: Smart Shopping Cart, RFID Technology, Automated Product Identification, Wi-Fi Module, Mobile Updates, Keypad Budget Management , Buzzer Alert, Location Tracking, Arduino Node MCU, LCD Display, Real-Time Updates, Expense Monitoring , Automated Billing, IoT Applications, Retail Technology ,Customer Convenience Scalability ,Cost-Effectiveness , Seamless Integration
|
DOI:
10.17148/IJARCCE.2024.131119
