₹7,499.00
Important Notes
Project Code : PF_GPS_4
1.This project we have done on Arduino uno microcontroller
2.Same project possible on ESP32 and raspberry pi pico controller
3.Don’t use Volte sims, use only GSM sims
4.GPS projects always keep it in open environment, gps module and its antenna always faced to sky to get accurate values
5.Along with project we will provide
a. original code
b. circuit diagram
c. Documentation data
6.This project IEEE reference titles
a. Automatic Car Theft Detection System Based on GPS and GSM Technology
Automobile Theft Identification Using Gsm Gps
AIM:
Design and Development of Automobile theft identification using GSM GPS.
PURPOSE:
Now a day theft of vehicle is major problem. After theft of vehicle it is very difficult to find, even police involved. Prevention of vehicle before theft is very necessary. Here we propose system like automobile theft identification using GSM GPS. While theft breaking of doors or any parts can be identified by vibration sensor. Also it won’t allow ignition key when it was in theft mode. We can keep vehicle in theft mode by sending SMS.
DESCRIPTION:
This project includes GSM (Sim800C) module, which is connected to Arduino through UART. GPS module connected to Arduino through UART interface. Ignition Key connected to Arduino digital pin. Buzzer connected to Arduino digital pin.
WORKING:
In this project user can send keep vehicle in theft mode by sending SMS command like *theft#. When vehicle is in theft mode it will monitor vibration sensor and ignition key. If vibration activated when vehicle is in theft mode then it will send SMS. If ignition key activates when vehicle is in theft mode then it will send SMS. If user wants to start vehicle with ignition then he has to send *theft_release# command to release from theft mode to normal mode. All these information displayed on LCD. All SMS we will get GPS location to tack in Google maps. Buzzer will ON when vibration ON.
TECHNICAL SPECIFICATIONS:
HARDWARE:
Microcontroller : Arduino Uno
Crystal : 16 MHz
LCD : 16X2 LCD
GSM : SIM800C
GPS : NEO-6M
Ignition Key : 2 pin leaded type
Power Source : 12v 2 amp Adaptor
SOFTWARE:
Arduino IDE
Proteus based circuit diagram
APPLICATIONS:
- Vehicle Tracking
- Transport
- Fleet management
- Cab service
- Public transport vehicle security
INTERFACES COVERD:
- We have covered GSM (SIM800C) module interfacing
- GPS (NEO-6M) module interfacing
- Vibration Sensor, Ignition Key and Button Interfacing
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