This project aims to develop a smart system to identify stolen cars at checkpoints using radio frequency identification (RFID) technology. The system involves issuing each car a unique identification code stored on a silicon chip installed under the vehicle. When a car passes a checkpoint, a passive RFID reader will generate a 125 kHz frequency to read the chip's ID code. If the code is not in the system's database, the car would be identified as stolen. The key components used are an RFID reader, microcontroller, LCD display, LEDs, and EEPROM memory. The system works by encoding each car's unique ID number and storing it on an RFID tag installed on the car.