VEHICLE ANTI THEFT DETECTION AND PROTECTION WITH IMAGE CAPTURE USING IOT

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056
Volume: 09 Issue: 05 | May 2022 www.irjet.net p-ISSN: 2395-0072
© 2022, IRJET | Impact Factor value: 7.529 | ISO 9001:2008 Certified Journal | Page 3732
VEHICLE ANTI THEFT DETECTION AND PROTECTION WITH IMAGE
CAPTURE USING IOT
Mr.B.Madhu1, Ms.I.Caroline2, Ms.D.Manasa3 , Mr.A.Raghu4
1Assistant Professor, Dept of Electrical and Electronics Engineering from ACE Engineering College, JNTUH., (T.S.),
INDIA.
234 UG Scholar, Dept of Electrical and Electronics Engineering from ACE Engineering College, JNTUH.,(T.S.),
INDIA.
---------------------------------------------------------------------***---------------------------------------------------------------------
Abstract – This paper focuses on an Anti-Theft vehicle
detection system which is an advanced systemandcanbeused
in many cars. These days it is a simple thing forpeopletomake
duplicates of vehicle keys and because of them vehicle
robberies have increased. In order to overcome such problem
we have come up with a solution where our system captures
images whenever un- authorized personsmakeuseof vehicles.
The system also contains a software app which is BLYNK
where we can monitor everything related to our vehicle. With
the help of switch commands we can start andstopthevehicle
and the system also contains a push button keypad where a
password will be pressed if any un- authorized person gives a
wrong password the buzzer starts and we can capture the
image of that person.. In this way system helps to secure such
intelligent vehicles.
Key Words: ESP32 Dual core microcontroller, ESP 32
cam , BLYNK, Push button Keypad, DC motor.
1. INTRODUCTION
The vehicle crimes end in vehicle theft and trafficking which
affect owners, companieswhicharechargeableforinsurance
and public safety all told countries and have connections to
major gangland networks. So as to forestall vehicle theft,
latest systems supported innovative technologies must be
implemented to help enforcement agency yet as vehicle
owners in tracking, controlling, recovering and arresting
thieves. With this presented system vehicle pursuing and
IOT based system which monitors, controls and proposes
clear information about nearby enforcement agency and
headquarters that perhapsbeanalyzedrapidlyanda reliable
mode of transportation. A networked connection of devices
as an example cell phones, sensors and extra devices
communicates and connect with none human interference
with one another is identified as internet of things (IoT).
Internet-of-vehicles is that the area during which there’s
communication between vehiclesandsurroundingsthedata
is shared with the network. Now IoT also allows
conversation and skill to interact between vehicles by using
transducers, gateways in addition as actuators. The present
paper is concentrated on microcontrollers for real time
vehicle monitoringandIoTtechnologydescribingthevehicle
tracking and system
2. HARDWARE REQUIREMENTS
ESP32 Microcontroller:
In this project we used ESP32 dual core microcontroller
which is economical, which uses very low power embedded
on a chip-microcontrollers with incorporated wi-fianddual-
mode Bluetooth.. ESP32 is fabricated by Espressif systems.
ESP32 is a 32-bit microcontroller which is comprised of
520KB of SRAM and 448KB of ROM.
Fig-2.1 ESP32 Microcontroller
ESP32 CAM:
ESP32 cam is the primary component in this project which
takes the picture of the person if any un-authorized person
uses our vehicle. ESP32 CAM we used is a high-tech board
with wifi camera. It permits creating IP camera projects for
video streaming. It has incorporated PCB antenna andthisis
also having Wifi/Bluetooth.
Fig-2.2 ESP32 CAM

D.C. Motor:
The motor in this project is connected to voltage regulator
where it gets the supply and when the supplyisonthemotor
starts rotating and is the very same as engine in the vehicle.
We can start and stop the motor using controls in blynk app.
Fig-2.3 D.C. Motor
Relay:
Relay is also a switch that attach or detaches two circuits.
But as a substitute of manual operation a relay is given an
electrical signal which joins one circuits and other circuit.
Relay will be having some set of input terminalsandhere we
used for switching purpose in between microcontroller and
motor.
Fig-2.4 Relay
Buzzer:
A buzzer is a device which is an audio signaling. The color of
buzzer is black. The frequency range is 3,300Hz and the
supply current is 15mA.
Fig-2.5 Buzzer
Push-Button keypad:
Keypad may be a important part in embedded systems
and therefore the typical applications are code locks,
calculators, automation systems or just any thing that needs
a character or numeric input. This will exhibit the pressed
key in the serial monitor window of the arduino IDE. The
identical project can be altered to display the pressedkey on
7-segment LED display or an LCD display.
Fig 2.6 Push Button Keypad
3. SOFTWARE DESCRIPTION
Arduino software:
The Arduino software which is nothing but IDE is
comfortable and simple to write code and dump into the
board. It has text editor for writing code, a message area, a
text console, a toolbar with buttons for familiar functions
and a series of somemenus. It linksthe ArduinoandGenuino
hardware to transmit programs and confluence with them.
Programs written by make using of Arduino Software
(IDE) are termed as sketches. These sketches are inside of
the text editor and are stored with thefileextension.ino.The
editor has some properties for trimming/pasting and for
searching/replacing text. The message area gives
commentary while saving and exporting and also dispose
errors.. The underside manuscorner of the window displays
the configured board and serial port. The toolbar buttons
permits you to confirm and upload programs, create, open,
and save sketches, and open the serial monitor.
BLYNK APP:
Blynk was designed for the net of Things. It can manage
hardware remotely, it can exhibit sensor data, it can reserve
data.
There are three crucial components within the platform:
 Blynk App - Lets you to make amazing interfaces
for your projects using several widgets we offer.
 Blynk Server – accountable for all the
communications in the middle of smartphone and
hardware. You can our Blynk Cloud or run your private
Blynk server locally. It’sopen-source,couldcomfortably
handle thousands of devices and might even besetafloat
on a Raspberry Pi.

 Blynk Libraries - authorizes communication with
the server and process all the incoming and outcoming
commands.
Fig-3.1 BLYNK app linking
First we need to download this app and then we have to
create a new project and have to interface the software with
the hardware components by coding.
4. PRACTICAL KIT
Fig-4 Hardware kit
So our project looks like this where it is linked to blynk app
When we press on off label the motor stats and stop. And we
can take the picture of the person by clicking on “Take
picture”. We can also monitor temperature and humidity.
5. OUTPUT
Fig-5.1 Vehicle theft IoT home page in blynk app
Fig-5.2 Wrong password notification
So whenever an unknown person presses wrong password
on pushbutton keypad then it gives a notification like wrong
password and we can take the picture from the app

Fig- 5.3 Image captured
7. CONCLUSION
Thus this proposed project “IoT based Advanced vehicle
system” would take the protection level a success and check
out to hide many of the loopholes which are in existing
technology. The affirmation shows that the IoT based
advanced vehicle system is realistic and may control the
theft automatically. This project can be further modified by
using the application in which we can know the name of the
place and location instead of using keypad we can use finger
print andface recognition.
REFERENCES
[1] Kakumanu, P., Makrogiannis, S. and Bourbakis, N., A
Survey of Skincolor Modelling and Detection Methods,
IEEE Pattern Recognition, Vol. 40, Issue 21, pp. 1106–
1122, March, 2007..
[2] Zhixiong, L. and Guiming, A., A Vehicle Anti-theft and
Alarm System Based on Computer Vision, IEEE
International Conference, Vol. 1, Issue 14-16, pp. 126-
130, 2005.
[3] Moghaddam, B. Principal Manifolds and Bayesian
Subspaces forVisual Recognition,IEEEComputerVision,
Vol. 5, Issue 16, pp. 1131-1135, 1999.
[4] Sanjay, Kr., A Robust Skin Colour Based Face Detection
Algorithm, Ph.D. Thesis, Department of Computer
Science and Engineering, Institute of Engineering and
Technology, Jaunpur, 2007..
BIOGRAPHIES
Mr. B. Madhu, Assistantprofessor,
Dept of EEE from ACE Engineering
college. He did his B.Tech from
Vidya Jyothi Institute of
Technology and M.Tech from JB
institute and Engineering
technology.
Ms. I. Caroline student of EEE
Department. She did her diploma
from Jawaharlal Nehru Govt
Polytechnic Ramanthapur,
Telangana, pursuing B.tech from
ACE Engineering College
Hyderabad.
Ms. D. Manasa student of EEE
Department. She did her diploma
from Aurora’s polytechnic
institute, Telangana, pursuing
B.Tech from ACE Engineering
College Hyderabad.
Mr. A. Raghu student of EEE
Department. He did his
intermediate from Sree Veda
Junior college, Medipally,
Telangana, pursuing B.Tech from
ACE Engineering College
Hyderabad.

VEHICLE ANTI THEFT DETECTION AND PROTECTION WITH IMAGE CAPTURE USING IOT

More Related Content

Similar to VEHICLE ANTI THEFT DETECTION AND PROTECTION WITH IMAGE CAPTURE USING IOT (20)

More from IRJET Journal (20)

Recently uploaded (20)

VEHICLE ANTI THEFT DETECTION AND PROTECTION WITH IMAGE CAPTURE USING IOT