Software apps and online services
Hand tools and fabrication machines
AIM : We found some news published in various newspapers about the current scenario and problems of vehicles being stolen even in this era of technology. So are going through some of them I through of an idea.
Here are some newspaper cutting found in the Internet.
After seeing these I thought that what is the only thing that we humans do not have in common. So I came across this data below which clearly addressed my question. This is a data being published by Washington State Twin Registry. The published information is below.
DO IDENTICAL TWINS HAVE IDENTICAL FINGERPRINTS?
No! Studies have concluded that, even though the fingerprints of identical (MZ) twins may be very similar, they are not identical. MZ twins have a very high correlation of loops, whorls and ridges. But the details (for example, where skin ridges meet, divide into branches, or end) differ between MZ twins.
Development details : In our project we are preparing a new security system by using the application of fingerprints. We know that even in an identical twin the difference is that of only fingerprints i.e. fingerprints are unique to every living being. In our project we place the fingerprint scanner near the ignition button and the button is covered by the servo motor blade on top of it. Whenever the fingerprint scanner reads the fingerprint and if it realizes that it is the owner then the blade moves and the ignition button pops up. This system can prove to be very essential. In this system we are also connecting an mobile app to the GPRS and GPS module so that in case of unknown fingerprint it will give us notification in our mobile phone and can also locate the vehicle if it gets stolen or lost by using GPS system.Step-by-Step Configuration of the device :
Step 1 - Reading data from fingerprint sensor and matching it with the fingerprint stored previously in the system.
Step 2 - If the fingerprints get matched then the servo will slide up and the ignition button will pop up.
Step 3 - Then when the vehicle is started then it send the location data to our mobile phones via a message.
Step 4 - If the fingerprint becomes wrong then a message will be sent to the registered mobile number and the person will also receive a automated AI based call and the phone will start vibrating.
Step 5 - At the same time a red light will be switched on in the device in the car and even if somehow the thieves get the car the GPRS and GSM modules will be continuously sending data.
Demonstration Video - Coming Soon. Stay Tuned!
1) Low In Cost
2) Easily accessible
3) Easily used by people of any background
4) High efficiency and security
Thank you for viewing my project. If you have any queries post it in the comments below.