This document presents a smart shop security system project. It includes an introduction describing the motivation to develop a more advanced security system than typical alarm systems. It then provides an outline of the topics to be covered, including objectives, components, diagrams, cost analysis, advantages and applications. The system uses various sensors to detect theft, a GSM modem and WiFi to alert owners and police via message, and is controlled with an Arduino Nano microcontroller. It aims to provide real-time surveillance and notification in the event of a break-in attempt.
1. Welcome To Our Presentation
Department of Electrical & Electronic Engineering
City University
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2. Smart Shop Security System
Presented by
ID: 1
Batch:
B.Sc in CSE
Supervised By
XXXXXXX
Lecturer
Department Of CSE
City University
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ID: 1
Batch:
B.Sc in CSE
ID: 1
Batch:
B.Sc in CSE
4. INTRODUCTION
Technology have gifted many security system to society of which GSM based security system
are more corpulent. In many security systems, Sensors are the backbone of the system which
look no more than an alarming system detecting movement. This sort of technology has now
become insignificant and inefficient as many times the alarm goes off unwarranted. In this
paper we have proposed and implemented a theft control system for any shop, providing a
handshaking surveillance with CCTV footages, which in its own essence is a security system
by itself, and is being currently used to control attempts to theft or robbery. The proposed
security system is an advanced security system that makes use of an embedded system
(comprises an open hardware microcontroller and a GSM modem and IoT) working on the
principles of Global System for Mobile communication (GSM) technology, motion sensors, a
specially designed floor mat consisting of series of push buttons, LASER high beam lights. It
informs the owner as well as the nearest police station about the intruder through SMS or call
and it turns on a high intensity halogen lamp that prevents the robber from absconding the
crime scene.
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5. OVERVIEW
1. A LASER sensor, a PIR sensor, a Gas sensor, a flame sensor, a limit
switch are for the theft detection system.
2. GSM modem and Wi-Fi module to sends message to the
predefined mobile number and server and mobile app.
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3. Arduino Nano as a mother board for controlling the whole
system.
4. A Wi-Fi based ip camera for cctv.
13. Market Analysis
Other Device Our Device
★ Can Not Detect Accident
★ Bad Accuracy
★ Can Detect Accident
★ Good Accuracy
★ No Have Internal Battery
★ No Call Option
★ Have Internal Battery
★ Call Option
★ Need Internet ★ No Need Internet
Price – 4300 BDT
Price – 4000 BDT
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14. ADVANTAGES
1. The immediate medication will be provided to the accident victims in the
remote areas.
2. Mobile number can be changed at any time.
3. We can use more than two receivers phone number.
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15. APPLICATIONS
1. Automotive Security System.
2. This system can be interfaced with Vehicle Airbag System.
3. It can be use in all vehicles. (Bus, Truck, Minibus)
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16. FUTURESCOPE
★ We can use magnetometer as our addition equipment.
★ We can make use of artificial Intelligence and IoT together for the
safety.
★ This can also be developed by interconnecting a camera to the
controller module that takes the photograph of the accident spot that
makes tracking easier.
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17. CONCLUSION
The main idea is to notify the concerned authorities about an accident. With the
addition of above discussed functionalities, this system can resolve most of the
accident scenarios by detecting accidents on time.If implemented with proper
planning and resources, this framework could serve to be a great help to the
society. Hence, there is need of such systems that could save the lives involved
with accidents.
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