2. Dairy Smart Card
Farmers Identity
Card
Securely stores
farmers personal
information, milk
procurement,
transaction details
using RFID
technology
It can be further
managed and
exchangedDairy Smart Card NIC WAYANAD
3. Dairy Smart Card
Issues to each Dairy
Farmer
Contains
Farmer ID
Name
Address
Member#
Photo
Dairy Smart Card NIC WAYANAD
4. Dairy Smart Card
Works as digital
passbook at the
time of door step
level Milk
Procurement and
other transactions
Dairy Smart Card NIC WAYANAD
5. Smart Card – Application
Interfacing
Accessed through
USB attached Smart
Card Reader
Proprietary Devices
provides API/SDK
for development
Purpose
Dairy Smart Card NIC WAYANAD
6. Dairy Smart Card
Can be used with
HHT (Handheld
Terminals) POS.
Inbuilt Reader
Module
Helps to read/write
transaction details
Reduces errors /
fraud in transaction
Replace
Conventional
PassbookDairy Smart Card NIC WAYANAD
7. How it Works in Dairy Apps ?
NIC WAYANADDairy Smart Card
8. Implementation Status
NIC WAYANADDairy Smart Card
Pilot Implementation
Pallikkunnu DCS (Wayanad) – 750 Cards
Channothukolly DCS (Wayanad) – 200 Cards
In Progress
Highrange Dairy (Idukki) – Enrolment in Process
9. Implementation Process
NIC WAYANADDairy Smart Card
Collect Farmers Details in Worksheet
Farmer ID, Name, Address, Member# etc
Capture Farmers Passport Size Photos
Scan from existing Records
Collect through scheduled campaign at DCS
Provide Details to Card Printing Vendors
Cost . Approx Rs 40/- per card
Including Card and Printing
10. Smart Card Technology
Contactless smart
cards that employ a
radio frequency
(RFID) between
card and reader
without physical
insertion of the card.
NIC WAYANADDairy Smart Card
11. Smart Card - Technology
NIC WAYANADDairy Smart Card
12. Smart Card - Technology
NIC WAYANADDairy Smart Card
Contactless Smart Card
ISO/IEC 14443A Standard
Communication distance up to 10 cm. (13.56
Mhz)
Data/Power transfer over RF via antenna
inside
Read and write memory capacity of 1k- 4k
14. What happens in RF
communication
NIC WAYANADDairy Smart Card
1. When a contactless smart card or an RFID
tag passes within range, a reader sends out
radio frequency electromagnetic waves.
2. The antenna, tuned to receive these waves,
wakes up the chip in the smart card or tag.
3. A wireless communications channel is set up
between the reader and the smart card or
tag.