ANNAMACHARYA INSTITUTE OF TECHNOLOGY AND SCIENCIES, KADAPA
Department of Electronics and Communication Engineering
Review On
INTELLIGENT BORDER SECURITY
INTRUSION DETECTION USING IOT
Presented By :
1. SMD Abul Nadeem 19HM1A0451 Under the guidance of:
2. S. Shoukath Ali 19HM1A0446 O. Homa Kesav
3. B. Mehataz 20HM5A0403 Assistant Professor
4. S. Guru Sekhar 20HM5A0420 Department of E.C.E.
OBJECTIVE:-
The objective of the proposed system is to enhance the monitoring
and surveillance capabilities of border control.
ABSTRACT:
Terrorists cross our borders unknowingly. It is not possible for
our soldiers to watch the borders at each and every moment.
An essential requirement in security is the capability to
automatically detect terrorist in borders .
In this paper we propose an LASER which identifies terrorist
using IR sensor and capture image of terrorist using pi camera
and sends notification to respective admin.
If admin accept to shootout that terrorist then that notification is
sent back to DEVICE(Laser) through server to kill that person,
if admin decline to shootout then the process will stop their
itself. This development enables security personnel to effectively
detect terrorist at low cost.
INTRODUCTION:
-
• This proposed System enhances the border security and protect
national borders from threats.
• IoT technology involves the use of interconnected devices that can collect
and transmit data over a network.
• In border security, IoT devices such as sensors, cameras, and drones can be
used to monitor and detect potential intrusions in real-time.
• The data collected from these devices can then be analyzed and
processed using artificial intelligence (AI).
• This can lead to more effective and efficient border security.
• This proposed System provides an advanced level of security that can
enhance the ability of security personnel to detect and respond to potential
intrusions.
Existing System:
Fig: Block diagram of Existing System
1 .8051 Controller :
It is 8 bit Micro Controller and it is first
introduced by Intel in 1980.
Specifications:
Architecture: 8-bit Harvard Architecture
Program Memory: 64 KB on-chip flash memory
Data Memory: 256 bytes on-chip RAM
Input/Output (I/O) ports: 4 8-bit Ports
Timers: Two 16-bit timers/counters
Operating Voltage: 2.7V to 5.5VPackage
Type: 40-pin dual in-line package (DIP)
2. ULTRA: -
An ultrasonic sensor emits sound
waves towards an object and determines
its distance by detecting reflected
waves
Specifications:-
The sensing range lies between 40 cm
to 300 cm.
The response time is between 50
milliseconds to 200 milliseconds.
The Beam angle is around 50.
3.LCD Display
LCD (Liquid Crystal Display) is used to
display the data collected by the monitoring
equipment.
Specifications:
Screen Ratio : 16 X 2
The operating voltage of this display ranges
from 4.7V to 5.3V
4. LASER: -
• A laser is a device that emits light through a process of optical amplification
based
on the stimulated emission of electromagnetic radiation.
SPECIFICATIONS:-
1. Wave length range: At least nm. µm
2. Beam Area: At least. mm² ft² cm² .
3. Beam Divergence: At least. degrees. radians.
turns. ...
4. Laser Power: At least. kilowatts. watts. milliwatts. ...
5. BUZZER:-
A buzzer is used as an audible to alert disaster management
alarm personnel in the event of
emergency.
Specification:
Frequency range : 3,300Hz
Operating voltage : 1.5 to 12V
DISADVANTAGES:-
Cost
technical Challenges
Data Privacy and Security
Dependence on Technology
Bias
Legal And Ethical Consideration
PROPOSED
SYSTEM :-
Fig: Block diagram of Border Security System
ADVANTAGES :-
Real-time monitoring
Improved efficiency
Better decision making
Enhanced mobility
Increased collaboration
Hardware & Software
Requirements:-
Hardware Components Software Required
1. RPS 1. Arduino IDE
2. ULTRA
3. METAL
4. SOUND
5. LCD
6. LASER
7. WIFI
8. BUZZER
APPLICATIONS:
-
• Defence security systems
• Remote Monitoring and control
• Predictive Analytics
