The document describes a proposed idea called Track-O-Shoes, which uses sensors in shoes to track fitness metrics and location of the user. The shoes would contain a GPS sensor to track location in real-time, as well as proximity, accelerometer, gyroscope, and LED sensors to calculate step count, distance, activity time, calories burned, and provide light in dark conditions. The data would be sent to a mobile app via microcontroller. The app could then be used for fitness tracking and live location tracking of the user. Key components proposed include the sensors, microcontroller, and a mobile app compatible with Android devices.

1. ABSTRACT
IDEA CATEGORY : HEALTH CARE AND OTHERS
IDEA NAME : TRACK-O-SHOES
IDEA INTRODUCTION :
This Idea is helpful in maintaining the physical health of the users and also it will act as the
security feature which will be helpful in tracking the location of the user by using the
application which designed to know the real time data of the user.
IDEA DESCRIPTION:
So we will be using a GPS device used to determine the location of the user and when he
changes the location, sensors are used to calculate the distance travelled and then the data is
sent to the mobile app which is compatible with Android operating system.
The Shoe which we are making, will have a light which will light up in dark condition and when
user is using it.
Now the data we will acquiring using this module is:
1) Step Count
2) Distance travelled
3) Activity time.
4) Calories Burned.
5) The real time tracking feature.
The application program which we are going to make is capable of sending the data of your
location and will be helpful in tracking the person effectively only for the people.
USE CASES:
1) Fitness tracking.
2) LIVE tracking.

2. TECH STACK :
1)Proximity sensor
2)Accelerometer
3)Microcontroller
4)GPS receiver
5)Gyro sensor
6)LED
DESCRIPTION:
1)PROXIMITY SENSOR :
A proximity sensor is a sensor able to detect the presenceof nearby objects
without any physicalcontact.
A proximity sensor often emits an electromagnetic field or a beam of
electromagnetic radiation (infrared, for instance), and looks for changes in the
field or return signal. The object being sensed is often referred to as the proximity
sensor's target.
2)ACCELEROMETER:
An accelerometer is an electromechanical device that will measureacceleration
forces. These forces may be static, like the constantforce of gravity pulling at your
feet, or they could be dynamic - caused by moving or vibrating the accelerometer.
3)MICROCONTROLLER:
Ithas a ICwhich is used to controls the execution statements and it has a very
minute flash memory to storethe data about the instructions.
4)GPS RECEIVER:

3. A GPS navigation device, GPS receiver, or simply GPS is a device that is capable of
receiving information fromGPS satellites and then to calculate the device's
geographicalposition. Using suitable software, the device may display the
position on a map, and it may offer directions.
5)GYRO SENSOR:
Gyro sensor is a device used for measuring or maintaining orientation and angular
velocity. Itis a spinning wheel or disc in which the axis of rotation (spin axis) is
free to assumeany orientation by itself. When rotating, the orientation of this
axis is unaffected by tilting or rotation of the mounting, according to the
conservation of angular momentum.
6)LED :
The LED allows the flow of currentin the forward direction and blocks the current
in the reversedirection.
The light emitting diode simply, we know as a diode. When the diode is forward
biased, then the electrons & holes are moving fastacross the junction and they
are combining constantly, removing one another out.
WORKING:
Proximity sensor, Gyro sensor, LED , Accelerometer , GPS receiver are connected
to micro controller .
Whenever the person lifts the feet and keep back on ground a step is counted.
This is done by proximity sensor.
GPS is used to know the currentlocation of the person and it is used to calculate
the distancetraveled. Italso acts as a security feature.
Led lights up only when the surroundings aredark and the person is in motion, so
that when it is placed in box it doesnotlight up.
By using accelerometer, currentcount is produced as it calculates forward
acceleration and it doesnotcount the tapping of feet.

4. Using gyro sensor moment can be calculated and direction of the motion of the
person.
Coding is done using Arduino IDEand this code is dumped into the micro
controller.