Vehicle Emergency Response System

It is an IoT based project (Device) name vehicle emergency response system (E-Life Saver). Is a sensor based kit module which detect a collision of vehicle and instant report to nearly located rescue and registered smart phones with emergency alert massage and location of collision. We

Project Title

Vehicle Emergency Response System

Project Area of Specialization

Internet of Things

Project Summary

It is an IoT based project (Device) name vehicle emergency response system (E-Life Saver).

Is a sensor based kit module which detect a collision of vehicle and instant report to nearly located rescue and registered smart phones with emergency alert massage and location of collision.

We will make it manual response system by installing a simple push button located on user's specific location. Ven driver push that button it will generate a different emergency alert msg with current location, like harassment, robbery or any any other dangerous situation.

Project Objectives

• To save lifes in vehicle collision.
• It will make smart traffic system more efficient.
• It will improve facilities in smart city.
• It will provide parental controls to vehicle.
• Push button use to make alert massage by pushing it.

Project Implementation Method

Implantation of project (Device) is separated in few phases:

1. Buy a couple of iot based sensors and modules.
2. Test them, are they doing good?
3. Connect them to arduino and again test their working.
4. Smart phone application developing process start.
5. Test arduino and sensors on demo car toy.
6. Test mobile application.
7. Integrate arduino and mobile application.
8. Test them with demo car toy.
9. Update, modify and remove bugs.
10. Again test them with demo car toy.
11. If device work 90% ok, then we test device on practical real car.
12. It will work as same as we want (????? ????)  we do finalize it. And some some finishing touch.

Benefits of the Project

• Save lives at the time of collision.
• Push button is useful in the situation of fuel running out, robbery, harassment and some other dangerous situations.
• It will provide a quick automatic response at the time of collision and generate alert massage.
• It will prevent further collisions.
• Make our vehicles more advance and smart phones connected.
• This device is much cheaper then other available devices in other countries.
• This device will be more reliable and trustworthy. Due to it's precision and accurate detection.
• It can be instal even in motorcycle.

Technical Details of Final Deliverable

The structure of device is like:

• An arduino with power supply and different modules kits.
• Wire based and wireless sensors connected to arduino.
• We'll use accelerometer sensors to detect the sudden change in vehicle speed.
• We'll use pressure sensor to detect the impact of collision.
• We'll use gravity sensors to detect the rolling the vehicle.
• We'll use fire and heat sensors to detect the fire situation and inform firebrick.
• We use high quality mic to detect sound of collision.
• We'll use wifi module, gsm module and radio frequency module for live location and live updates of sensors information.

We'll integrate them with each other for 99% precious and detection of collision.

Mobile application needs to integrate with device through bluetooth or wifi to provide functions.

Mobile application use to:

• Track the location of device installed in vehicle.
• Push function control.
• History of previous collisions.
• Stop the vehicle.

Final Deliverable of the Project

HW/SW integrated system

Core Industry

Security

Other Industries

Transportation , Health

Core Technology

Internet of Things (IoT)

Other Technologies

Artificial Intelligence(AI), Robotics

Sustainable Development Goals

Decent Work and Economic Growth, Industry, Innovation and Infrastructure, Sustainable Cities and Communities

Required Resources

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