Final year Btech Project Presentation.pptx

UNITED COLLEGE OF ENGG & RESEARCH, PRAYAGRAJ (010)
B.Tech Project Presentation Department of EN/EE
“ANTI THEFT SECURITY SYSTEM”
SUPERVISOR
MR. CHANDAN BANERJEE
(Asst. Prof. EED UCER)
PRESENTED BY
Anupam Singh(2100100200004)
Devi Shankar Pandey(2100100200006)
Harsh Jaiswal(2100100200008)
Shriyanshu Shrivastava(2100100200015)

B.Tech Project Presentation Department of EN/EE 2
INTRODUCTION
Security and safety have always become a basic necessity for the urban population.
With the rapid urbanization and development of big cities and towns, the graph of
crimes is also on the rise. with that in modern day society theft (stealing) is the
major problem which each and every individual are facing apart from what
background they are from for example in office work, household premises, hostel
rooms, bank, agencies, companies etc. and each individual or particular
organization is not financially stable to implant a bunch of cameras in each and
every direction so that covering the entire angle is possible so we come up with
idea of (Anti theft floor system).

INTRODUCTION(Contd.)
• The IOT based Anti theft floor system is designed to enhance security by using
Arduino, piezoelectric sensor, and esp32 cam model. This system is secure flooring
tile connected with IOT.
• The piezoelectric sensor is implemented inside the floor. when we go out of house,
the system is on, then whoever comes inside the house Then this is captured by
esp32 cam and an alarm is generated on user's smartphone or computer.
• Creating an anti-theft system using biometric sensors, piezoelectric sensors, and a
code lock involves integrating multiple technologies to secure an area. Like we
implement a scanner on gate which scan the face who is on the front of gate and
send the picture to the owner’s phone.
3

FEATURES
• Finger print door lock
• Door lock using password
• Door lock using mobile phone
• System activation using PIR Motion Sensor on weak entry point
4

COMPONENTS
• Biometric Sensor: For user authentication (e.g., fingerprint scanner).
• Motion Sensor: To detect motion changes on weak points
• Microcontroller: (e.g., Arduino, Raspberry Pi) to process sensor data and control
the system.
• Code Lock: For additional security with a keypad or digital code entry.
• Alarm System: To alert if unauthorized access is detected.
• Solenoid Lock: To operate the lock unlock
• Keypad :To open the lock by number display
• Sim900l GSM module: To give the alert call / sms on mobile phone
5

COMPONENTS(Contd.)
Fingerprint Sensor
• R307 fingerprint module is a finger print sensor with TTL UART interface. The
user or owner can store the fingerprint data template in the module and can
configure it in 1:1or 1: N mode to identify the authorized or registered person
6

COMPONENTS(Contd.)
Solenoidal Lock
This DC 12V strong and rigid door lock, Electric Lock Assembly for Solenoid which is
used for locking the sell-machine, storage shelves, file cabinets etc. The hidden way of
unlocking it is used for an emergency purpose.
7

COMPONENTS(Contd.)
4x4Keypad:
This component's 4*4 matrix is used to insert input values into the project. The
component has a total of 8 terminals, which are controlled by the module's 16 buttons.
8

COMPONENTS(Contd.)
Arduino Uno:
Arduino boards can read analog or digital input signals from different sensors and
convert them into outputs, such as turning on or off a motor, switching LEDs on and
off, connecting to the cloud, and many other actions
9

COMPONENTS(Contd.)
PIR Motion Sensor:
A PIR is a passive infrared sensor used to detect motion, so a PIR is a passive motion
detector that waits for infrared temperature from body heat to trigger an activity. In
other words, it can sense motion through changes in temperature
1
0

COMPONENTS(contd.)
• SIM900l GSM Module
• The GSM SIM900 module is a versatile cellular modem that enables
GSM/GPRS communication for embedded projects. It allows devices to
connect to the internet, make or receive voice calls, and send or receive SMS
messages using a mobile network. This module is widely used in IoT
applications, remote data logging, security systems, and mobile communication
solutions.
1
1

WORKING
• Fingerprint based locking System
• Fingerprint recognition technology allows access to only those whose fingerprints
that are pre stored in the memory.
• Stored fingerprints are retained even in the event of complete power failure or
battery drain. These eliminates the need for keeping track of keys or remembering a
combination password, or PIN.
• It can only be opened when an authorize user is present since there are no keys or
combinations to be copied or stolen, or locks that can be picked.
• The fingerprint based lock therefore provides a wonderful solution to
conventionally encountered inconveniences.
• This report focuses on the use of fingerprints to unlock locks, as opposed to the
established method of using keys.
12

WORKING(contd.)
• The brain of the circuit is Arduino Uno MCU board (BOARD1). It is based on
Arduino UNO R3
• V1.0 and has 14 digital input/output (I/O) pins, six analogue inputs, Fingerprint
sensor , a USB
• connection, power jack, Battery, Charger among others. It can be programmed
using Arduino IDE
• software. Fingerprint sensor module R305 (connected across CON2) has UART
interface with
• direct connections to the MCU or to the PC through max232/USB serial adaptor.
The user can
• store fingerprint data in the module and con t in 1:1 or 1: N mode for identification.
Pins TX and
13

WORKING(Contd.)
14

WORKING(Contd.)
15

WORKING(contd.)
1

MODEL PICTURE
17

SOFTWARE USED
• Arduino ide programming
• Embedded Ckt.
• Python programming
18

HARDWARE USED
19
• Arduino microcontroller
• PIR Motion sensor
• Battery
• Wi fi module
• Jumper wire
• Esp32 cam module
• Voltage regulator ckt
• Bluetooth module
• Servo motor
• Buzzer
• Register
• Solenoid lock
• SIM900l GSM Module

ADVANTAGES
• Cost effective
• Easy to equip and understand even for a laymen
• Quick and precise action can be taken in short duration of time
• Human involvement is less so that chances of human error are greatly minimised
• Additional layer of security
• Real time alerts
• This IOT device is energy efficient and reducing long term operation cost
• User friendly interface
20

IN FUTURE ENHANCEMENT
• More cost effective can be made by introduction of artificial intelligence in future
• In future with help of network technology it can be made more versatile
• With the upgradation of smart phone technologies day by day more range and
accuracy can be increased along with precision
• Connectivity or accessibility from large number of devices can be done in future
with the advancement of Bluetooth technology
• Combination with modern cameras can be done with help of computer
programming to unlock this project uttermost potential in future
21

Reference
• P.Vamsikrishna, SR Hussain, NRamu, P. M Rao, G. Rohan and B. D. S. Teja, “Advanced
Raspberry Pi Surveillance (ARS) system”, 2015 Global Conference on Communication
Technologies (GCCT),Thuckalay, India, 2015, pp. 860-862, DOI: 10.1109/GCCT.2015.7342784.
• D.Pavithra,Ranjith Balakrishnan, “IOT based monitoring and control system for home
automation”, IEEE Explore, Communication Technologies (GCCT), 2015 Global
Conference on Communication Technologies (GCCT), Thuckalay, India, 2015, pp. 169-
173, DOI: 10.1109/GCCT.2015.7342646.
• K Rajesh, ASST. PROFESSOR, Bvenkata Rao, P.AVS.K.Chaitanya, A.Ruchitha Reddy,
“SMART DOOR UNLOCK SYSTEM USING FINGERPRINT” Pramana SL. NO.
COMPONENTS QUANTITY
23
.

B.Tech Project Presentation Department of EN/EE 23
THANK YOU

Final year Btech Project Presentation.pptx

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