VEHICLE THEFT DETECTION WITH ALCOHOL DETECTION,SMOKE DETECTION AND FINGERPRINT IGNITION

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056
Volume: 09 Issue: 03 | Mar 2022 www.irjet.net p-ISSN: 2395-0072
© 2022, IRJET | Impact Factor value: 7.529 | ISO 9001:2008 Certified Journal | Page 1487
VEHICLE THEFT DETECTION WITH ALCOHOL DETECTION,SMOKE
DETECTION AND FINGERPRINT IGNITION
Prof. Pathak Neeru1, Rohit Matwaani2, Avinash Kukreja3 , Trideep Jalui4
1Assistant Professor, Department of Electronics and Telecommunication Engineering.
2,3,4B.E. Students, Department of Electronics and Telecommunication Engineering, Thadomal Shahani Engineering
College, Bandra (W), Mumbai, Maharashtra, India.
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Abstract - In this project we introduce the acquisition of
Vehicle Theft, warning and control systems using IoT and
GSM modules. The main project control device is the PIC
microcontroller. For this use the vehicle fingerprint access
module. GPS is a summary of the Global positioning system.
This GPS receiver is able to determine the location where we
are in terms of latitude and longitudes. GPS provides data
obtained from satellites. With this information GPS
communicates with at least three satellites in space. The
GPS module also measures the speed of the vehicle. The
esp8266 module provides a method of communication
between the user and the microcontroller system with
notification and alerts.
Key Words: IOT, GPS, Theft detection, Smoke detection
sensor, Alcohol sensor.
1.INTRODUCTION
In this project we are introducing Car Vehicle
Acquisition, a warning and control system using IoT and
GSM modules. The main control device of the project is the
PIC microcontroller. For this use the fingerprint module to
access the vehicle. GPS is a summary of the Global
positioning system. This GPS receiver is able to determine
the location where we are in terms of latitude and
longitudes. GPS provides data obtained from satellites.
With this information GPS communicates with at least
three satellites in space. The GPS module also measures
the car's speed. The esp8266 module provides a method of
communication between the user and the microcontroller
system with notification and alerts.
This project uses an alcohol sensor to detect alcohol, a
smoke sensor is used to detect smoke. In this DC car like a
car. And this program contains an emergency button used
for an emergency.The Esp8266 Wi-Fi module is used to
send warning and location information to the blynk app.
GPS module is used to track the location of a vehicle. The
GSM module is used to send a notification and location
message via SMS. And this program gives sound warnings
about buzzers. The status of the project will be displayed
on the LCD. The main control device of the project is the
PIC microcontroller which is connected to the input and
output modules and takes the necessary action over the
situation. Microcontroller is loaded with the program
written in embedded language ‘C’ to perform the function.
2. LITERATURE OVERVIEW
Vehicle safety (VST) technology in the automotive
industry refers to specialized technologies developed to
ensure the safety and security of vehicles and their
passengers. The name includes a wide range of projects
and devices in the automotive world. Notable examples of
VST include geo-fence capabilities, remote speed sensor,
theft prevention, damage reduction, car-to-car
communication, and automotive communication
equipment using GPS tracking.
VST models were first used in the 20th century, when they
were introduced to the automotive industry in response to
legislative efforts to reduce the number of road accidents.
Early examples of VST included safety glass, four-wheeled
hydraulic brakes, seat belts, and padded dashboards. In
1934, General Motors embarked on a scientific approach
to automotive safety by conducting an initial crash test.
Gradually, the existing systems are stabilized, followed by
the introduction of disk brakes and locking systems.
Advanced security systems were first introduced in 1995
with Electronic Stability Control (ESC). Route warning
systems were introduced in 1999, and radar assisted
adaptive cruise control was introduced in 2005. However,
this technology is not a standard installation for all
vehicles.
Two types of vehicle safety systems
1.Active vehicle safety system.
2.Passive vehicle safety system.
2.1 ACTIVE VEHICLE SAFETY SYSTEM
An effective safety plan works to prevent accidents. These
systems always work while driving, and they work
continuously to prevent you from getting into an accident.
Many functional security features are electronic and
computer-controlled. Includes mobility control, electronic
stability control, and braking systems. These include
advanced driver assistance systems that use sensors such

as a collision warning and departure warning, as well as
adaptive cruise control.
2.1.1 ELECTRONIC STABILITY CONTROL(ESC)
Electronic stability control (also known as roll over
protection) is a technology that helps keep a car balanced.
In severe weather or severe road conditions that could
cause the steering wheel to overheat, this technology
allows drivers to re-control and prevent potential crashes,
roll overs, and fish tails. This is a system that allows
drivers to safely get out of a hydroplane. In conjunction
with the automatic emergency braking technology (see
below), the ESC controls each wheel so that the driver
directs his or her direction. To do this, ESC technology
uses one break on each wheel, slowing each of the target's
speed. Electronic tightness control does not provide drag
on the car; instead, it provides balance and temporary
control control.
Electronic stability and control(ESC)[1]
2.1.2 AUTOMATIC EMERGENCY AND BRAKING
There are four different automatic transmission and
emergency braking technologies. It includes Automatic
Emergency Braking (AEB), Crash Imminent Braking,
Dynamic Brake Support, and Pedestrian Emergency
Braking. This technology to avoid collisions detects
vehicles in front of the vehicle and then breaks them in
case of danger. Before making any decisions on their own,
AEB systems warn the driver of a suspected crash and
provide the driver with an opportunity to take action. If
the driver does not heed the warning, AEB technology will
then apply the brakes in hopes of preventing or reducing
the severity of the crash. Dynamic brake support is a
technology that supports the brake driver when it is not
strong enough. For crash imminent braking, this system
automatically applies the brakes to avoid a crash. Drivers
do not need to apply the brakes to make a near-crash
system work. Emergency braking systems hear
pedestrians in front of or near the vehicle and will apply
the brakes if drivers do not move to do so. This technology
uses radar sensors and front-facing cameras to detect
pedestrians, and then apply the brakes in hopes of
avoiding collisions. These programs have been available
on most vehicles since 2006. Due to the growing
popularity, the costs of installing these systems in new
cars have dropped and are not expensive to install.
However it is more expensive to fix due to the resolution
and distance of the cameras and sensors.
Automatic emergency and braking[2]
2.1.3 BLIND SPOT MONITORING
A blind spot is an area outside a car that cannot be seen by
the driver sitting in the driver's seat. Each person will
have a different viewpoint, and will not be able to see
other vehicles in that area. To reduce the risk of conflict-
related accidents, many companies have developed
technology that alerts drivers to other vehicles near their
vehicles. This technology also allows you to see where
other vehicles are coming from. Vision-monitoring
vehicles use radar sensors and outdoor cameras that alert
motorists to the movement and presence of other vehicles
in the vicinity.
To alert the driver, blind spot monitoring systems will use
one or more warning sounds, seat vibrations, and
illuminated warning signs, usually located outside the
car's side mirrors on the side where the vehicle is located.
Sounds can also be heard when a driver places a turn
signal when the vehicle is in a blind spot. Blind
surveillance technology has been installed in many luxury
cars and newly manufactured vehicles. There are packages
available to add blind spot monitoring to vehicles at the
time of purchase. One of the natural weaknesses of most of
these systems is that they struggle to find fast cars,
motorcycles, or slow-moving vehicles.
The Blind Spot Detection (BSD) system can monitor the
area and remove heavy load from the driver and avoid
dangerous situations. Sensors monitor the road surface in
the back and near your car and warn you if you are trying
to get out without a gap.

Blind spot monitoring[3]
2.1.4 LANE DEPARTURE WARNINGS
Route warning systems are technologies that use
underground and wheel-mounted cameras to detect when
a tire has crossed a straight line without turning the
turning signal. These systems are designed to avoid
deviations and the potential dangers of drowsiness. To
notify the driver of a route departure, systems may use
one or more seat vibrations, warning signal light, and
warning sounds (either a small noise or verbal warning
from system technology. These systems do not notify the
driver. These are times when a change of route occurs
without the use of a turn signal, but it is recommended
that the seller make this change to prevent damage to the
system. Some vehicles are equipped with lane keeping
assist, which is the most advanced type of departure
warning. If the system detects a potential departure from
the route and you do not respond in time, the route
maintenance assistant will patiently return you to the
route.
Lane departure warnings[4]
2.2 PASSIVE VEHICLE SAFETY SYSTEMS
An idle security feature is a system that does not do any
work until it is called to action. These features work in an
emergency, and they work to reduce damage and reduce
the risk of injury during an impact. These systems include
seat belts, airbags, and car construction. These devices
work automatically when a car crashes.
Passive vehicle safety systems[5]
3. PROPOSED METHOD
Embedded system is a combination of software and
hardware to perform a dedicated function. Other key
devices used in embedded products are Microprocessors
and Microcontrollers. Microprocessors are commonly
referred to as standard purpose processors as they simply
accept input, process it and deliver output. In contrast, the
microcontroller not only accepts data as input but also
manipulates, connects data to various devices, controls the
data and thus gives the end result. The “Stealing
Carjacking and IoT and GPS warning system” project can
be implemented using Fingerprint Module, GPS, GSM,
ESP8266 WI-FI and sensors according to the instructions
provided by the PIC sub-controller.
This project uses an alcohol sensor to detect alcohol, the
smoke sensor is used to detect smoke. In this DC car like a
car. This program contains an emergency button used for
emergencies. The Esp8266 Wi-Fi module is used to send
notification and location to blynk applications. The GPS
module is used to track car location. The GSM module is
used to send a notification and location message via SMS.
And this program gives sound warnings about buzzers.
The status of the project will be displayed on the LCD. The
main control device of the project is the PIC
microcontroller which is connected to the input and
4. EXPERIMENTAL SETUP
From the below diagram it can be seen how different
components are connected together to form a safety
system for a vehicle henceforth to make it more safe for
the users to drive following components which are listed
below are the ones which helps to make the system a real
thing.

4.1 ESP2866 MICROCONTROLLER
One of the major components of this project is ESP2866
which is why it’s explained here.
The ESP8266 is a low-cost Wi-Fi microchip, with built-in
TCP / IP communication software, and minimal control
power, manufactured by Espressif Systems in Shanghai,
China. [5]
The chip first came to the attention of Western builders in
August 2014 with the ESP-01 module, developed by third-
party manufacturer Ai-Thinker. This small module allows
microcontrollers to connect to a Wi-Fi network and make
easy TCP / IP communication using Hayes style
commands. However, in the beginning, there were almost
no English language texts on the chip and the commands
were accepted. The very low price and the fact that there
were very few external components in the module,
suggesting that it could ultimately cost more, attracting
more hackers to explore the module, chip, and software in
it, as well as translate Chinese texts. [5]
This module has enough on-board processing power and
storage capability that allows it to be integrated with other
sensors and other device devices with its GPIOs with
minimal advanced upgrades and minimal loading during
operation. Its high level of on-chip integration allows for
small external circuits, including end modules, designed to
replace small PCBs.
ESP-01 module by Ai-Thinker with ESP8266EX SoC[6]
5. WORKING
The main control device of the project is the PIC
microcontroller which is connected to the input and
Alcohol sensor, smoke sensor, esp8266 Wi-Fi module,
GSM, GPS, LCD display, Buzzer, DC motor and transistor
driver and fingerprint module meets PIC Microcontroller.
In order to access the car the user needs to place a finger
on the fingerprint module. When the smoke sensor
receives smoke or the alcohol sensor receives alcohol or
when a person presses an emergency button this data is
processed in a small control. Then the microcontroller
opens the buzzer and sends blynk notifications and
location and also sends SMS alerts with latitude and
longitude values to the user.
The program offers a view mode option; users can activate
this mode by sending a simple SMS command. In this
mode the speed of the car should be zero. If there is a
speed increase the system alerts use GSM and a
notification is sent to the browser application. This speed
check will continue until the mode is disabled. This mode
can be turned off using the GSM command only. The
system notifies the user when the vehicle speed exceeds
the maximum speed (2Kmph) via SMS messaging using
GSM. (Normal speed 20Kmph). So whenever a user finds a
car theft, by sending a simple message to the system the
user controls the ignition of the car. Any process that
occurs in the microcontroller will be displayed on the LCD.
6. CONCLUSION
The availability of each module has been considered and
placed with great care. Therefore contributing to the best
performance component of vehicle inspection and vehicle
tracking as well as pollution control and safety system is
fully designed. Second, using highly developed integrated
circuits such as ESP8266, GPS module, with the help of
growing technology, the project has been successfully

implemented with a unique perspective. if the sensor data
exceeds the threshold value the system sends a warning
notification. So the project was successfully designed and
tested.
7. FUTURE SCOPE
1. In this project we can add an automatic emergency
braking system to avoid road accidents.
2. In this project we can also add drowsiness detection in
future extension; so we can reduce vehicle accidents.
3. With automation and improved technology more use
cases can be generated which will result in creating
accidental patterns using machine learning vehicles in
future can predict with the help of Artificial Intelligence
and pre-warn users in unavoidable times.
4. Adding modernized components might gradually reduce
the size of the module more and more which will help it to
easily install in old vehicles as well.
5. This can also be implemented in future in such a way
that if there is a pattern of a user’s intoxication history
vehicles might send the alert to concerned authorities
already so a huge gap of drink and drive cases can be
bridged.
8. References
[1]https://bestride.com/wp-
content/uploads/2016/08/ESC-c-o-IIHS.png
[2]https://mycardoeswhat.org/safety-
features/automatic-braking/
[3]https://www.carmax.com/articles/features-blind-
spot-monitoring
[4]https://www.continental-automotive.com/en-
gl/Passenger-Cars/Safety-and-Motion/Functions/Passive-
Safety
[5] https://en.wikipedia.org/wiki/ESP8266
[6]https://upload.wikimedia.org/wikipedia/commons/8/
84/ESP-01.jpg

VEHICLE THEFT DETECTION WITH ALCOHOL DETECTION,SMOKE DETECTION AND FINGERPRINT IGNITION

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