This document provides an overview of a student presentation on smart card technology. It includes: 1. A list of 5 student presenters and the topic of their presentation on smart card technology and its advancement. 2. An outline of the presentation contents which will cover what smart cards are, their dimensions, types, standards like ISO 7816 and ISO 14443, uses, advantages, disadvantages and future applications. 3. A definition of smart cards as plastic cards with embedded integrated circuits that can store and process data.

1. SYSTEM
ANALYSIS PRESENTATION
Course Instructor- RETHWAN
FAIZ

2. NAME ID
1. Alam iftekhar ul 12-22225-3
2. Hasan,Md.Nazmul Anas Bin 13-24437-2
3. Shiblu Nazmul Huda 12-22183-3
4.Rahman,MD.Sadiqur 13-24415-2
5.Delowar,Chowdhury Salahuddin 13-23737-1

3. SMART CARD TECHNOLOGY.

4. Aim of our presentation is to just
give you a brief idea about the
smart card technology being one of
the best steps towards the
advancement of science and
technology , making our life faster
and obviously easier.

5. CONTENTS.
 What is smart card?
 The dimensions.
 Types.
 What is ISO 7816,and ISO 14443.
 Why use smart card ?
 Uses of smart card.
 Advantages.
 Disadvantages.
 Use of smart Card.
 Future.
 Conclusion.

6. 1. What is a smart card?
 The standard definition of a a smart card, or
integrated circuit card (ICC), is any pocket
sized card with embedded integrated circuits.
OR
 A smart card is a plastic card with a
small, built in microcomputer chip and
integrated circuit that can store and
process a lot of data

7. Dimensions of smart card.
85.6mm x 53.98mm x 0.76mm(defined by ISO 7816

8. Chips being used:-
Vcc
RST
CLK
AUX1
GND
SWP
I/O
AUX2

9.  Vcc - gives the biasing voltage to the smart card.
 RST- resets the data stored in the smart card.
 CLK- provides the clock signals for the
operations.
 GND – provides ground as usual.
 Vpp –provides the programming voltage to the
EEPROM.But now it is not used,because the
modern cards are capable of generating
programmin voltage by itself when comes in
contact with a reader.
 I/P,O/P- is the input output port.
 AUX1/2- are auxilliary contacts,used by USB

10. Types of smart card.
 Contact smart cards.
 Contactless smart cards.
 Dual interface smart cards.
 Hybrid smart cards.
 Integrated circuit microprocessor smart
card.

11. 1. Contact smart card.
 Contact smart cards have a contact area
comprised of several gold plated contact
pads(chip)
 A contact smart card must be inserted in to a
smart card reader with a direct connection to the
conductive plates of the surface of the smart
card.

12. 2. Contactless smart card.
 Uses an inbuilt internal antenna for communication with
the card reader.
 It just requires a close proximity (10 cm.)to the
reader.The readers also have an inbuilt internal antenna
to identify the smart card and communicate with it.
 The antenna used in these use radio frequency to
communicate.

13. Contactless smart card:-

14. 3.Dual interface smart cards.
 Also called Combi card.
 Has a single chip over it.
 Has both contact as well as contactless
interfaces.
 We can use the same chip using either
contact or contactless interface with a

15. Dual interface smart card.

16. 4.Hybrid smart card.
 Two chips.
 One with contact interface.
 Other with contactless interface.
 No connection between the two
chips.

17. Hybrid smart cards.

18. 5.Integrated circuit (ic) microprocessor
card.
 Microprocessor cards , also called as
chip cards offer greater range of
memory storage of data than a
traditional smart card.
 Chips used are also called as
microprocessors with internal memory.

19. What is iso 7816, iso 14443 .
 1. ISO-7810.
 Internationally accepted standard for smart cards.
 Deals with different aspects of smart card. Like:-
a. Dimensions.
b. Radio frequency range.
c. Mechanical stress.
d. Location of IC in the card.
e. Location of magnetic strip in the card.
Etc…

20. ISO-7816.
 Has 14 divisions.
 Part 1,2,3- deal with contact smart card.(defines
its physical aspects).
 Part 4,5…..9;11,12…..15- deal with both contact
as well as contactless cards.
Define-
a. Card logical structure.
b. Programming.
c. Biometric verification.
 Part 10 defines the chip for memory cards for
applications like telephone or electricity billing.

21. ISO 14443.
 International standard.
 Deals – only contactless smart cards.
 Defines:-
a. Interface.
b. Radio frequency interface.
c. Electrical interface.
d. Operating distance.
Etc…..

22. How it works

23. Uses:-
 Net surfing.
 Electronic purse(debit/credit card).
 Banking(ATM card).
 Employee attendance.
 Medical identification.
 Identity card.
 Driving licence.
 Pan card.
 Passport.
 Payphones.
And many more apps..

24. Advantages:-
 Faster and smarter.
 Portability.
 Flexibility(no need to carry separate
ATM,Debit,Credit card or DL,pan card
etc.).
 Highly secured.(deactivates on illegle
use).
 Gives its own network for internet
suefing.
 Reliability (unaffected by electric and

25. Disadvantages:-
COST AND AVAILABILITY
 Expensive.
 All readers can not read all types of
smart card(depends upon the smart
card brand).

26. Why Smart Cards
 Improve the convenience and security of any
transaction.
 Provide tamper-proof storage of user and account
identity.
 Provide vital components of system security.
 Protect against a full range of security threats

27. Future
• Health Services
• Education
• Transportation
• Tele-communications

28. Conclusio
n.

30. Thank
You