International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 10 Issue: 04 | Apr 2023
p-ISSN: 2395-0072
www.irjet.net
Smart theft detection of vehicles by GSM and GPS with fingerprint verification Poorna Chandran R, Pragadeeshwaran K, Ranjith K, Mani sivaraja pandi A, Kumaresan T 1)Assistant professor, V.S.B. Engineering College -Karur
2)Undergraduate student, V.S.B. Engineering College -Karur 3)Undergraduate student, V.S.B. Engineering College -Karur
4) Undergraduate student, V.S.B. Engineering College -Karur
5)Department of Electronics and communication engineering -----------------------------------------------------------------------***--------------------------------------------------------------------
Abstract - In today's world, vehicle theft has become a
widespread issue. To counter this problem, a smart theft detection system has been proposed, which utilizes GSM, GPS, Arduino, and fingerprint verification. The system consists of an Arduino microcontroller that manages and supervises the various components of the system. The GPS module tracks the vehicle's location in real time, while the GSM module sends alerts to the vehicle owner if a possible theft is detected. Additionally, the fingerprint verification system is used to authenticate the driver's identity. The system is capable of delivering real-time alerts to the owner's smartphone via text messages or emails, providing the owner with an opportunity to take appropriate action. The GPS module also assists in locating the vehicle, which can aid in its recovery. Overall, the smart theft detection system proposed is an effective solution to thwart vehicle theft, and it boasts advanced security features like fingerprint verification. Keywords: Fingerprint sensor, Arduino, GSM, GPS, DC Motor
1. INTRODUCTION Vehicle theft is a significant problem worldwide, causing financial losses and inconvenience to vehicle owners. Despite traditional security measures such as car alarms and immobilizers, more advanced security systems are needed to prevent vehicle theft and provide real-time alerts and location tracking to owners. To meet this need, a smart theft detection system using GSM, GPS, Arduino, and fingerprint verification has been proposed. This system uses advanced technologies and security features to prevent vehicle theft. An Arduino microcontroller manages the various system components, including GPS, GSM, and fingerprint verification. The GPS module tracks the vehicle's location in real time, allowing the owner to monitor it and detect any unauthorized movement. The GSM module sends alerts to the owner's smartphone via text messages or emails when the system detects possible theft. The fingerprint
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verification system authenticates the driver's identity and ensures that only authorized persons can operate the vehicle. This advanced system provides real-time alerts and location tracking to owners, making it an effective solution for preventing vehicle theft. The system can also aid in the recovery of stolen vehicles since the GPS module can track the location of the stolen vehicle. In conclusion, the proposed smart theft detection system using GSM, GPS, Arduino, and fingerprint verification is an advanced security solution that effectively prevents vehicle theft and provides real-time alerts and location tracking to owners. With this system in place, vehicle owners can have peace of mind, knowing their vehicles are protected by advanced security measures. 1.1 Scope As mentioned earlier, the proposed system of smart theft detection of a vehicle by GSM and GPS, and Arduino, with fingerprint verification, has significant potential for enhancing vehicle security. The system can be further developed to include additional features such as remote vehicle control, real-time monitoring, and automatic locking mechanisms. The use of advanced technologies like artificial intelligence and machine learning can improve the accuracy and efficiency of the system. Furthermore, the system can be integrated with smart city infrastructure and emergency services to provide quick and effective responses in case of theft or accidents. The data collected from the system can be analyzed to identify patterns and trends, which can aid in developing better security solutions and policies. The scope of this system extends beyond just preventing vehicle theft but also to enhancing overall road safety and security. With continuous advancements in technology and the increasing demand for safer and more secure vehicles, this system has immense potential for further development and implementation in the future.
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