A Mobile application which displays the available parking slots and filled parking slots at a given area. Where the data is accessed from the database and displayed in real time

1. IOT Based Smart Car Parking
System for Smart Cities
PRESENTED
BY: TEAM14

2. PROBLEM
STATEMENT
TO DEVELOP AN INTELLIGENT CAR PARKING
SYSTEM THAT IS MORE COST EFFECTIVE AND
USER FRIENDLY THAN THE ALREADY EXISTING
SYSTEMS.

3. PROBLEMS
FACED PARKING MANAGEMENT INFLUENCES DRIVERS TO SPEND TIME
AND COST FOR PARKING SPACES.
 IT MAY ALSO CAUSE TRAFFIC CONGESTION.
 FINDING A PARKING SPACE IN MOST METROPOLITAN AREAS,
ESPECIALLY DURING THE RUSH HOURS, IS DIFFICULT FOR
DRIVERS.
 DIFFICULTY ARISES FROM NOT KNOWING WHERE THE
AVAILABLE SPACES MAY BE AND AT THAT TIME TRAFFIC
CONGESTION MAY OCCUR.

4. OBJECTIV
E
 PARKING SPACE IDENTIFICATION
 REDUCE THE SEARCH TIME
DRAMATICALLY.
 REDUCE PHYSICAL DIRECTIONING .
 REDUCE OF MAN WORK

5. SOLUTIO
N
The strategy is to switch to an
independent hardware.

6. HARDWARES
USED
Arduino UNO ESP826
6
Ultrasonic Sensor

7. TECHNOLOGIES
USED
Softwares used
MIT App Inventor Firebase Arduino IDE

8. SYSTEM
ARCHITECTU
RE

9. MARKETIN
G• IMPLEMENTING CAR PARKING SYSTEM
AND APP IN ANY ONE OF THE
DEVELOPING SMART CITY.
• BE RELEVANT AND BE PRECISE:
MARKETING, WHICH USES SENSOR
TECHNOLOGY TO PUSH INFORMATION TO
TARGETED DEVICES.

10. CURRENT MARKET
TRENDS• CAR PARKING SYSTEMS ARE INTEGRATED WITH A
NUMBER OF FEATURES WHICH INVOLVES MOST OF
THE USER'S DAY TO DAY ACTIVITIES.
• THE BRIDGE BETWEEN GATHERING DATAAND
SHARING IT SAFELY AND SECURELY WITH THE
PROPER AND SECURE PLATFORMS REMAINS A KEY
CHALLENGE FOR THIS SECTOR.

11. SWOT
ANALYSIS

12. ESTIMATED
COST
THE TOTAL PRODUCTION COST FOR EACH PRODUCT
IS
ABOUT RS 1000 .
WHERE WE ALSO CHARGE AN ANNUAL
MAINTENANCE COST OF RS 300.

13. CONCLUSION
THE PROPOSED PROJECT HAS BEEN DEVELOPED BY
USING MULTIPLE FEATURES OF HARDWARE
COMPONENTS IN IOT
SMART CAR PARKING SYSTEM IS ACHIEVED BY USING
IOT PLATFORM FOR EFFICIENT UTILIZATION BY
ULTRASONIC SENSOR FOR SMART CITIES
SMART CAR PARKING WHICH OPERATES
AUTOMATICALLY
WILL TRANSMIT DATA TO THE MOBILE APPLICATION.

14. TEAM
STRUCTURE
Team Members:
Anjali Divitha- Software Engineer
Krishnendu Banerjee- Application Architect
Lakshmi Narayanan- Embedded Systems Engineer
Manish Kumar K- Solution Specialist

15. THANK
YOU!