A COMPREHENSIVE SURVEY ON AUTHENTICATED ACCESS CONTROL FOR VEHICLES THROUGH DRIVER'S LICENSE AND BIOMETRIC VERIFICATION

This project introduces an innovative Controlled Access via Authentication System for vehicle ignition, merging driver's license, fingerprint, and facial recognition technologies. The system revolutionizes traditional key-based access, ensuring enhanced security and thwarting unauthorized access. Utilizing biometric verification through fingerprints, face detection, and driver's license information, the project not only boosts efficiency but also fortifies protection against potential theft. Safety concerns are addressed through the incorporation of an alcohol detection module, preventing car startup when alcohol is present, even for registered users.  Moreover, the project includes a comprehensive vehicular safety system featuring an alcohol sensor, temperature sensor, distance detection sensor, and accelerometers. The sensor for alcohol enhances road safety by preventing vehicle startup when alcohol is present. The temperature sensor optimizes vehicle performance by monitoring and regulating operating temperatures. Additionally, distance detection sensors and accelerometers contribute to improved driving safety and control, facilitating driving analysis, obstacle detection, and cruise control.In essence, this project amalgamates cutting-edge authentication methods, robust safety features, and sophisticated sensors, paving the way for a smart and secure vehicle initiation system. 
 Keywords—Electronic Driver’s License, RFID, Reader, FP module, Ignition System, GSM, Antitheft System, Vehicle.