A Comprehensive Anti-Theft Vehicle Protection Framework Using Embedded Electronics and Python
Authors:-Assistant Professor Kandimalla Mallikarjuna Rao, Pinapala Sai Pavan, Loya Ravi Teja, Vennapusa Chinna Lingareddy, Tatanaboina Johny
Abstract-:Vehicle theft remains a significant concern, necessitating the development of advanced security systems that provide real- time monitoring and effective deterrence. This project, “A Comprehensive Anti-Theft Vehicle Protection Framework Using Embedded Electronics and Python,” presents a robust solution integrating biometric authentication, sensor-based detection, image capture, and remote communication to ensure comprehensive vehicle safety. The system is built around an ESP32 microcontroller that coordinates with various components, including a fingerprint sensor for authorized access, a vibration sensor for detecting unauthorized tampering, and a camera module to capture images of potential intruders, which are stored and emailed using Wi-Fi. A display module (OLED or LCD) provides real-time feedback on system status, while a mosquito module emits ultrasonic waves to deter intruders. Upon verified access, a DC motor enables vehicle operation, and in the event of a breach, GSM and GPS modules send SMS alerts with the vehicle’s live location. The GSM module also supports remote control, allowing the user to activate or deactivate the motor via SMS. Additionally, a buzzer and display work in tandem to notify nearby individuals and the owner of a security threat. This integrated system leverages embedded electronics and IoT technologies to deliver an intelligent, multi-layered defense against vehicle theft.
