Image Based Processing and Vehicle Tracking Security System

Vehicle Security is the recent trend in the field of embedded systems and plays a major role in designing various smart vehicle hardware and software designs. It,s very interesting to see how Vehicle Security concepts has made the life possible for humans. Here through our project proposal we are pr

Project Title

Image Based Processing and Vehicle Tracking Security System

Project Area of Specialization

Internet of Things

Project Summary

Vehicle Security is the recent trend in the field of embedded systems and plays a major role in designing various smart vehicle hardware and software designs. It,s very interesting to see how Vehicle Security concepts has made the life possible for humans. Here through our project proposal we are proposing a Vehicle Security system which runs on the instructions as input given by the owner through smart phone connected to WIFI  as well it runs on various embedded sensors which constitute our Vehicle Security system and drives the peripherals attached to the microcontroller board. Our proposed system will provide image processing for the user to open the vehicle doors with one touch and can take pictures to see who’s at the vehicle door and once someone arrive at the vehicle door a notification will be generated on his/her smart phone. The user can simply have a control of his vehicle engine on his/her smart phone. All the appliance will be connected to WIFI due to which it doesn’t matter where the user is, he/she just need his/her smart phone to be connected with wifi,

Tasks we will achieve:

1. If someone tries for a theft attempt on the vehicle ot tries to open the door our system will take automatic picture of him and will send with a notification on user’s smart phone.
2. If thief anyway opens the door and starts the engine user will have the control of the engine to turn it off by his smart phone.
3. If anyway thief starts the engine and make his theft attempt successful our system will automatically create the alert of theft on the Police Webportal which we will create with the live tracking of vehicle using GPS.

This system can bring a revolution in Vehicle Security in a smart and easy way.

Project Objectives

Tasks we will achieve:

1. If someone tries for a theft attempt on the vehicle ot tries to open the door our system will take automatic picture of him and will send with a notification on user’s smart phone.
2. If thief anyway opens the door and starts the engine user will have the control of the engine to turn it off by his smart phone.
3. If anyway thief starts the engine and make his theft attempt successful our system will automatically create the alert of theft on the Police Webportal which we will create with the live tracking of vehicle using GPS.

This system can bring a revolution in Vehicle Security in a smart and easy way.

Project Implementation Method

This section describes the methodology adopted and the conceptual framework for this work including the systematically organized different stages of the research in conjunction with the detailed implementation features of the proposed system.In addition, it clarifies the structural components of the proposed system and their integration to achieve the research aim. Firstly, the wiring and hardware implementation is carried out. Then the programming phase of Arduino Software is accomplished. For design enhancement and optimization, any problem that occurs during building the project, is identified and solved during testing phase. Some improvement is also done to avoid the same error. Finally, the complete design of the project is evaluated.
The proposed system is composed of the vehicle tracking and auto door locking of vehicle if theft occur, the cloud IoT platform in the Internet, and the authorities web server. The theft detection device consists of a GPS module, and a microcontroller. For the microcontroller, Arduino Uno is adopted, where Arduino IDE and Android Studio are used in developing software for this device. They are available at very low costs. For the IoT platform, ThingSpeak Server is adopted where the basic function can be used free.

We will come up with the desired project using the following equipments and the following methodology:

Microcontroller
GPS module
WI-FI MODULE ESP8266: 
Relay Board
Thingspeak server
Arduino IDE

The IoT architecture of the proposed system is discussed. The IoT extends the Internet connectivity beyond traditional devices like computers, smartphones, and tablets, to a diverse range of devices and daily things that utilize the embedded technology to communicate and interact with external environments via the Internet.

The perception layer and application layer remain, while the network layer is divided into the transport layer and the processing layer. The business layer is added as the final layer.

The processing layer stores, processes, and analyzes the transferred data. The application layer delivers the specific services to the users. The business layer manages the whole IoT system.
From the perspective of the IoT five-layer architecture, the GPS module works in the perception layer, where it collects the location information of the vehicle. The GSM module sends the alarm message to the owner’s mobile phone by the SMS, and transfers data back and forth between the ThingSpeak server and the microcontroller by using the GPRS. Thus, GPRS module is responsible for the transport layer. The location information detected by the GPS module is analyzed at the microcontroller and is stored in the ThingSpeak server. Thus, the microcontroller and the ThingSpeak server are responsible for the processing layer.
By using the above methods we will try to come up with the desired output, other things can also be used depending on the issues if we counter.

 

Benefits of the Project

By the end of the research results we will be able to implement it in the real life applications and make our vehicles more secure and connected to the authorities all the time to make the environment more secure. By the all time tracking mechanism the user and the authorities the users will stay more secure as there vehicle will be in the supervision of the authorities. Adding the all time tracking and IoT controlled door lock will help in catching the burglar acted the theft. So, This project presented the very low-cost personal, and authority level use vehicle tracking and anti theft system using the cloud IoT platform called ThingSpeak. The anti-theft device for a vehicle is implemented with the Arduino microcontroller and the GPS module. The all time vehicle tracking is represented on the webserver. The correctness of the implemented functions will be confirmed through trial applications. The future works include the extension of Android applications for vehicle owner services, the durability test of the device, and the evaluation through the long term use.

Technical Details of Final Deliverable

• Everyday modern people expect a new device and new technology to simplify their day to day life. The developers and researchers are always trying to find new things to provide comfort to the people. In the past 1990s, Internet usage increased rapidly in enterprise and consumer markets but was still limited in its use because of the low performance of the network interconnects. But in the 2000s Internet connectivity became a part for many applications to provide access to information. However, these devices require more human interaction and monitoring through apps and interface. The Internet of Things is a new era of intelligence computing and it’s providing a privilege to communicate around the world. Cloud computing, rule based event processing and Internet of things are the building blocks of our proposed Vehicle Security system. Each component will contribute its technologies and core attributes to the system. The remote management and internet connection of Vehicle will be contributed by IoT, sensors will be attached to Vehicle. And so, it will embed computer intelligence into street devices to provide ways to monitor functionality of Vehicle and measure Vehicle conditions. Cloud computing will provide storage space, applications and scalable computing power for maintaining, developing, accessing street devices and running Vehicle  services anywhere at any time. The rule-based event processing system will provide the orchestration and control of the entire Vehicle Security system.  
  Smart Vehicle is the residential extension of building automation and involves the automation and control of all its embedded technology. These systems consist of switches and sensors connected to a central hub controlled by the Vehicle owner using wall-mounted terminal or mobile unit connected to internet cloud services and running through the controlled voice.

Final Deliverable of the Project

Hardware System

Core Industry

Health

Other Industries

IT

Core Technology

Internet of Things (IoT)

Other Technologies

Artificial Intelligence(AI)

Sustainable Development Goals

No Poverty, Decent Work and Economic Growth, Industry, Innovation and Infrastructure, Sustainable Cities and Communities, Partnerships to achieve the Goal

Required Resources

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