The goal of this project is to develop a theft-prevention anti-theft automobile security system. This security system makes use of the Arduino Uno microprocessor. Figure 1 shows a working block schematic of the anti-theft vehicle security system.

You start the car, you get a notification on your mobile phone that the car is moving, then you open the mobile app and you can see the car moving in real time (with a 10 seconds update lag). This tutorial will guide you through all the steps, keeping …

1. To propose a system using finger based security system to prevent theft control. 2. Also included many features like gas sensors to detect air and automatic wiper. 3. We can easily locate the car with time and date via cloud if car is stolen by someone 4. The system will update the data to cloud for instant of time. 1.3 EMBEDDED SYSTEM

Sep 18, 2018 · Arduino and ESP8266 based IoT Vehicle Tracking Device Block Diagram. Circuit Connections - The Arduino based Vehicle Tracking System designed here is an IoT device. It is designed by interfacing GPS module, character LCD and ESP8266 Wi-Fi modem to the Arduino UNO. The NEO-6M GPS module is used to get the geographical co-ordinates of the location.

It is possible to enhance this project with many features like adding a GSM module to send SMS alerts to specified mobile numbers when an intruder is detected (when a motion is detected inside the range of PIR sensor). Objectives of this project:

Smart vehicle safety system with GPS System and GSM System is implemented. This system provides control over the vehicle even after it is stolen. It provides security to vehicle by locking the doors and stopping the vehicle movement. To restart the vehicle and unlock the door command has to be sent from mobile.

Jun 13, 2023 · In this paper, a low-cost, effective, and intelligent system is introduced to protect cars against theft. The proposed configuration consists of pair of principal parts the primary part is...

Dec 31, 2016 · Hence this project aims to design an embedded system for vehicle cabin safety and security by modifying and integrating the existing modules.

4. BLOCK DIAGRAM: An efficient vehicle safety and security system utilizing biometric and RFID technology has been devised. This system employs an Arduino-based controller, a fingerprint module, a WiFi module, and RFID as its primary components. The system features a two-stage

As a solution to the given mentioned problem, we have developed a prototype model of a fingerprint based security system for vehicles by interfacing Fingerprint sensor model R306 along with Arduino Uno. An user of a vehicle can start it but only upon it’s fingerprint authentication.