To make RTO work automatic. To reduce corruption and save the time of people.

1. Near Field Communication
RTO Automation using NFC
PRESENT BY:
TAYYABA S.
NISHIGANDHA G.
NAMRATA A.
POOJA M.

2. Introduction
 A complete NFC system consists of a
transponder (tag), reader/writer and computer
host. The transponder, better known as the tag.
The microchip contains memory to store a unique
data and to receive and send data back to the
reader.
 Development in technology bring digital world to
be border-less.
 Shopping process using virtual money has even
more supported by existed Near Field
Communication (NFC) device.
 This particular device works using radio
frequency.

3. Objectives
 Simple operation: the app is simple and intuitive. All
necessary actions are displayed graphically.
 The latest technologies: The checks are performed
using NFC (near field communication) technology.
The license must have embedded NFC chips that can
be read by the smartphone app.
 Maximum security: The embedded NFC chips can be
provided with a predetermined breaking point. An
attempt to detach the chip from the licence would
irrevocably destroy the chip.
 Data protection: No personal information would be
stored on the licence's NFC chip.
 Legality: This automated licence check system has
been developed on the basis of German law.

4. Existing system
 Paper based work
 Receipt system
 Bribery

5. Proposed System
 NFC based Licence
 Mobile based Android App
 Automatic balance deduction

6. Working of the modules
 Admin Module
 Traffic Police Module
 User Module

7. Technology Used
• NFC
• Active NFC
• Passive NFC

8. Hardware/Software Requirement
 HARDWARE SPECIFICATION:
 NFC tags
 NFC based Android Mobile
 Intel processor IV and above
 1 GB RAM
 160 GB hard disk
 SOFTWARE REQUIREMENTS:
 Visual Studio 2010
 MS SQL Server 2008
 SDK for Android 4.2
 Windows Operating System
 Eclipse

9. FUTURE SCOPE
 Net banking
 Vehicle tracking system

18. THANK YOU