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RFID BASED BIKE STARTER

Swathi P M, Pooja ., Sanjeev Kumar R A, Megha Upase

Abstract


The paper guarantees the vehicle's safety and addresses the problem in a more favorable manner. The goal of this system is to provide a basic biometric car security and ignition system that guards against unauthorized users. The Arduino Uno, EM18 RFID (Radio Frequency Identification) module, and R305 fingerprint sensor make up this system. The RFID module verifies that the RFID tag code is valid before allowing further use. As it continues, the fingerprint sensor verifies the fingerprint's legitimacy and initiates ignition. It is crucial for people to protect their cars from theft. Normal ignition keys seen in vehicles are easily copied. There are certain smart keys that cost a lot of money. Certain technical flaws allow smart keys to be cloned. Here, our goal is to create and develop fingerprint and RFID-based license card access for vehicles. Two-level authentication makes it difficult to copy this type of design. The suggested project's title is Arduino Uno-based fingerprint and RFID ignition control for cars.

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References


Implementation and Evaluation of an RFID Based Car Ignition System. (2020) - This paper presents the design and implementation of an RFID-based car ignition system. It evaluates system performance in terms of security and reliability. Experimental results show improved access control compared to traditional keys.

Design and Implementation of an RFID Car Ignition System for Vehicle. (2019) - The study focuses on an RFID car ignition system to prevent unauthorized vehicle use. It describes hardware and software integration for vehicle control. The system demonstrates efficient authentication and reduced theft risk.

National Highway Traffic Safety Administration (2021). - The report covers advanced vehicle technologies, including automated driving and security systems. It discusses safety, regulatory considerations, and technological trends. Provides guidance on integrating new vehicle control systems.

RFID-Based Ignition System for Vehicles (2018) (Advanced Vehicle Technologies and Automated Driving Systems) - This patent details a method for implementing an RFID-based ignition system in vehicles. It outlines the technical components and security mechanisms. The innovation aims to enhance vehicle anti-theft measures.

Development and Evaluation of an RFID Scanner Car Ignition System (2020) - This paper develops an RFID scanner-based car ignition system. Focuses on testing scanner accuracy and system reliability. Concludes that the approach enhances security and access control.

Fingerprint and RFID Based Bike and Car Ignition System (2022) - Presents a vehicle security system combining biometric and RFID technologies. Focuses on fingerprint recognition for personalized access. The system aims to prevent unauthorized ignition and theft.

Design, Implementation, and Evaluation of a Fingerprint-Based Ignition Key for Motorcycles (2019) - Describes a fingerprintbased vehicle ignition system. Explains hardware and software implementation for secure vehicle access. Demonstrates increased reliability and reduced dependency on traditional keys.

Broken keys to the kingdom: Security and privacy aspects of RFID-based car keys (2021) - This study implements a car ignition system using both Arduino and RFID with fingerprint authentication. Highlights real-time access control and user verification. Emphasizes low-cost and practical deployment.

Document Security System Using ArduinoBased Fingerprint and RFID Module (2022) - Focuses on a fingerprint-based door lock system using Arduino UNO Atmega328. Discusses system design for secure bank locker applications. Demonstrates robustness in authentication and access control.

Fingerprint and RFID Based Two Wheeler Vehicle Ignition Systems (2022) - Explores security access via a simple RFID reader integrated with Arduino UNO. Provides case study results on performance and reliability.


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