IOT Based Home Security and monitoring System

The basic assumption is that home security is very important because of the current situation of Pakistan we are Target the main gate of the home and its connect to Raspberry Pi Cameras And its generate the notification to the user mobile and When the camera suspected the Unknown object

Project Title

IOT Based Home Security and monitoring System

Project Area of Specialization

Internet of Things

Project Summary

The basic assumption is that home security is very important because of the current situation of
Pakistan we are Target the main gate of the home and its connect to Raspberry Pi Cameras And
its generate the notification to the user mobile and When the camera suspected the Unknown
object then it will lock the main gate

Basically in which we are using a lot of technologie like (IOT + AI) Software plus hardware. which is
known as the IOT Based Notification System Using Mobile App Home Security System in
which are using the Raspberry Pi, Cloud Computing, PIR motion sensors, Fire Alarm sensor,
controller and Mobile Application which operate the whole project.

System-Level Architecture
The 5 Levels of IOT Based Notification System Using Mobile App Home Security System:

Level 0 – No Notification, No Camera, No Mobile App, No Home Security System.
Level 1 – Activate Notification, No Camera, No Mobile App, No Home Security System.
Level 2 – Activate Notification, Activate Camera, No Mobile App, No Home Security
System.
Level 3 – Activate Notification, Activate Camera, Activate Mobile App, No Home
Security System.

Level 4 – Activate Notification, Activate Camera, Activate Mobile App, Activate
Home Security System.
Level 5 – Activate Notification, Activate Camera, Activate Mobile App, Activate
Home Security System. (Fully Access whole project)

Prior work in IoT-enabled home security system has proposed architectures that focused on the
use of low-cost open-source hardware components like the Arduino and Raspberry Pi MCU
boards and a combination of sensors. Passive Infrared (PIR) sensors are used to detect motion
and can work in sync with a webcam that captures images to alert users of trespassing.

describe a cost-effective Ethernet-based smart home system for monitoring energy consumption,
smoke and temperature levels, and detecting trespassing. This system uses the Arduino-certified
Intel Galileo 2nd generation microcontroller board. Temperature, smoke, and PIR sensors are
connected directly to the microcontroller, while four 220 V devices are connected via a relay
module. An android based mobile app that connects to the Intel Galileo-based server over the
Internet allows users to toggle switching devices by tap-to-touch or voice commands through
Google API speech recognition tools.
present a Bluetooth-based home automation system where an Android cell phone running a
Python script communicates with an Arduino BT board with digital and analog input/output
ports to which sensors and appliances are connected. The smartphone application has a toggle on
and off feature for each device. However, Bluetooth connectivity between the smartphone and
the Arduino BT board required a range of 50 m or less within a concrete building and mobile
platforms other than Symbian do not support the Python application.

In the project, we have an internal database in the controller. Controller Internal Database which
is only used by a user.

Project Objectives

The main purpose of IOT Based Notification System Using Mobile App Home Security System
is to provide the security of the house in which we are targeting the doors, windows, Pir Motion,
Gate bell, and Fire Alarm, we can expect the increased use of shared transit and a gradual shift to
a system of the house that is safer and more secure. The goal of this project is to make human
comfort and family security.

IOT Based Notification System Using Mobile App Home Security System will be ubiquitous in
our future home security system. Our focus and target is our security and our adult child security
sometimes the parents do not allow the Son/Daughter to go outside and the parents don’t know
which time the Son/Daughter to go outside so it will also provide the parents have an opportunity
to Eyes on their children’s.

IOT Based Notification System Using Mobile App Home
Security System contains the main 4 blocks which work together to make our Notify to our home

doors and windows activity. Like sensors which give the input and the input is processed by LPC
and the output is a notification to our user and is aware of the current situation.

Home safety has been an issue for as long as it has been in existence. Over millions of accidents
like robberies and kidnapping every year across the globe, most of which are preventable. Ever-
rising life has led to an exponential increase in commute time. In Pakistan, the robbery from
home will be an important step toward the improvement of Security which will ultimately help to
stabilize the Crime rate and economic rate of the country.

The automated system is divided into five parts by task, which are perception, decision,
planning control, and chassis. Perception is the most colorful but difficult task of all, and without
any perception, the Raspberry Pi 2 is attached to an RF Receiver. The RF Receiver has led to
ground, a 5 V power supply, and to pin 13 on the Raspberry Pi (used in OpenDoor.CPP in the
repository). Note that there is a second Data pin that is not to be utilized in this project and an
antenna (not pictured) was formed out of rolled aluminum foil. a magnetic reed switch and RF
433Hz transmitter are attached to the Mega 2560 board.The home security notification system is alert the user to check their gates and windows to
secure the home and life from thief’s and robbers in which human secure their money and life.
We are using the software is Blynk
Reuse of existing software components to implement various parts/features of the system:
Raspberry Pi It was originally planned to equip the Pi with a built-in interpreter for python, just
like the C64 had a built-in Basic interpreter.
Cloud Computing  In the simplest terms, cloud computing means storing and accessing data
and programs over the internet instead of your computer's hard drive.
Notification Alert we send the message to our user to check their objects
Sensors sensing element(noun) any device that receives a signal or stimulus (as heat
or pressure or light or motion etc

Project Implementation Method

Home safety has been an issue for as long as it has been in existence. Over millions of
accidents like robberies and kidnapping every year across the globe, most of which are
preventable. Ever-rising life has led to an exponential increase in commute time. In Pakistan
the robbery from home will be an important step toward the improvement of Security in
Pakistan will ultimately help to stabilize the Crime rate and economic rate of the country.
This design can be used as a reference for further applications to be developed with the
current sensor architecture and it provides a framework using the Raspberry Pi through
which other sensors can be added to the smart home network.

Reuse of existing software components to implement various parts/features of the system:
Raspberry Pi It was originally planned to equip the Pi with a built-in interpreter for
python, just like the C64 had a built-in Basic interpreter.
Cloud Computing  In the simplest terms, cloud computing means storing and accessing
data and programs over the internet instead of your computer's hard drive.
Notification Alert we send the message to our user to check their objects
Sensors sensing element(noun) any device that receives a signal or stimulus (as heat or
pressure or light or motion etc

IOT Based Notification System Using Mobile App Home Security System will be ubiquitous
in our future home security system. Our focus and target is our security and our adult child
security sometimes the parents do not allow the Son/Daughter to go outside and the parents
don’t know which time the Son/Daughter to go outside so it will also provide the parents
have an opportunity to Eyes on their children’s.

The main purpose of IoT Based Notification System Using Mobile App Home Security
System is to provide the security of the house in which we are targeting the doors, windows,
Pir Motion, Gate bell, and Fire Alarm, we can expect the increased use of shared transit and a
gradual shift to a system of the house that is safer and more secure. The goal of this project is
to make human comfort and family security.

Presented here are a smart notification system for a door sensor, motion detector, fire alarm,
and doorbell using Raspberry Pi (RPi) and Pushover app. The project triggers an event
through various sensors and sends notifications to your smartphone. Sensors used in this
project include a magnetic reed switch for a door or window, a PIR sensor for motion
detection, and an NTC thermistor for fire alarm.
Here we have added a new feature in which we have added a camera and created an
algorithm to train our machine to catch the suspected person who was coming into the house
then the doors and windows are automatically lockSince the project is generally as learn from the environment based, so it is dependent on the
environment where the server is kept on radar and behavior visualization

Benefits of the Project

The purpose of this paper is to present a low-cost architecture using RF-based
communication in a household to create an IoT-enabled smart home security system [17].
Smart home devices that typically consume low power such as smart bulbs and door or
window sensors use RF transceivers to communicate with each other. In this paper, an
inexpensive architecture is proposed for a smart door sensor that will utilize an Elegoo Mega
2560 microcontroller board, Raspberry Pi 2, a web server, and an Android application.

Since the project is generally as learn from the environment based, so it is dependent on the
environment where the server is kept on LIDAR radar and behavior visualization. Environment-
friendly efficient driving styles of the self-driving car will lead to lower emissions.
? Operating System: Linux distribution
? Processor: 1.2 GHz ARM processor

? Network: 802.11n Wireless LAN
? Memory: 1GB or more
? GPIO Interface
? Ability to interface with a camera
? Ability to interface with a distance sensor
? Ability to generate PWM signals

Presented here are a smart notification system for a door sensor, motion detector, fire alarm,
and doorbell using Raspberry Pi (RPi) and Pushover app. The project triggers an event
through various sensors and sends notifications to your smartphone. Sensors used in this
project include a magnetic reed switch for a door or window, a PIR sensor for motion
detection, and an NTC thermistor for fire alarm.
Here we have added a new feature in which we have added a camera and created an
algorithm to train our machine to catch the suspected person who was coming into the house
then the doors and windows are automatically lock

Potential issues may arise through interference on the 433 Hz RF frequency. Many home
devices use RF signals to communicate and at a given time there may be more than one RF
receiver trying to send signals to the Raspberry Pi or it could be picking up signals that it was
not intended to receive. An interference testing with the RF units can be done as a part of
future work. In the case of multiple transmitters attempting to communicate with the
Raspberry Pi, there would need to be a registration system in place on the Raspberry Pi that
kept track of incoming signals and their sources. However, the architecture proposed here
does not provide that support.

Presented here are a smart notification system for a door sensor, motion detector, fire alarm,
and doorbell using Raspberry Pi (RPi) and Pushover app. The project triggers an event
through various sensors and sends notifications to your smartphone. Sensors used in this
project include a magnetic reed switch for a door or window, a PIR sensor for motion
detection, and an NTC thermistor for fire alarm.

Here we have added a new feature in which we have added a camera and created an
algorithm to train our machine to catch the suspected person who was coming in the house
than the doors and windows is automatically lock

Technical Details of Final Deliverable

The door sensor provides a way of seeing whether or not a door has been opened. The most obvious
way to extend this application is to record the amount of time a door is open. While this may be
useful to individual end-users, there lies a possible business interest in knowing how often the doors
to a store are opened and closed. This information can then be used by businesses to lower their
energy costs.
A second future application for this architecture could include connecting a Bluetooth
module to the Mega 2560 board to identify individuals entering through the door by pairing
with an end-users phone. It could also be used by parents to check on a child that may try to
leave home at an odd hour.

The overall architecture of the smart home security system show in the flow diagram of data
communication.
• Elegoo Mega 2560 board (or Arduino).
• RF receiver-transmitter pair (433 Hz).
• Magnetic reed switch.
• Raspberry Pi 2.
• Female-to-Female–Female-to-Male Jumper Cables
. • Mobile phone Application.

The final step in the communication process is between the web server and the Android
application written in Java. It is possible to send push notifications whenever a new door
open event is detected by the web server, however, for this project, the Android application
makes GET requests to the server. The Android application uses a variety of libraries that are
available through the Android Studio but the library used to make the requests is the Volley
library.

The Mobile application for this project, written in Java, is basic. Future work may
involve adding time zone support from the device so as not to depend solely on Unix
timestamps. Multiple options to view and display the data located in the MongoDB
database can also be added. A calendar feature can be integrated so users can have a morerobust view of the door open events in their household. The system can be enhanced to
display alerts to users in the form of SMS or email in the event of trespassing.

The Raspberry Pi 2 is attached to an RF Receiver. The RF Receiver has led to ground, a 5 V
power supply, and to pin 13 on the Raspberry Pi (used in OpenDoor.CPP in the repository).
Note that there is a second Data pin that is not to be utilized in this project and an antenna
(not pictured) was formed out of rolled aluminum foil.

Basically in which we are using a lot of think like (IOT + AI) Software plus hardware. which
is known as the IOT Based Notification System Using Mobile App Home Security System in
which are using the Raspberry Pi, Cloud Computing, PIR motion sensors, Fire Alarm sensor,
controller and Mobile Application which operate the whole project.

The basic assumption is that home security is very important because of the current situation
of Pakistan we are Target the main gate of the home and its connect to Raspberry Pi Cameras
And its generate the notification to the user mobile and When the camera suspected the
Unknown object then it will lock the main gate

Final Deliverable of the Project

HW/SW integrated system

Core Industry

IT

Other Industries

Security

Core Technology

Internet of Things (IoT)

Other Technologies

Artificial Intelligence(AI)

Sustainable Development Goals

Peace and Justice Strong Institutions

Required Resources

If you need this project, please contact me on contact@adikhanofficial.com