Smart Cards are credit-card sized
devices with an embedded microprocessor and/or memory
chip in it. The chip stores electronic data and programs
that are protected by advanced security features
providing data portability, security and convenience.
The possible uses for Smart Cards are virtually endless:
- Drivers license
- security pass
- storage of personal
health information,
- student ID
- Pay Per View (or Pay Per
Download)
all of these are few of the
applications that come possible using Smart Cards.
The
smart card looks like a normal credit card, instead of
the magnetic strip we used to see on the back of the
card. The information is stored on a chip inside the
card, the connection with an outside reader is made
using flat connections located on top of the chip on the
side of the card.
There are two kinds of
Smart cards: memory cards and microprocessor cards.
Memory cards simply store data like other removable
medias; the addition you get with a Smart Card is
optional security.
A microprocessor card, on the other hand, can add,
delete and manipulate information in its memory on the
card like a computer. A microprocessor card has an
input/output port operating system with built-in
security features.
Smart cards must be
inserted into a smart card reader to access the memory
or the CPU.
They have a small gold plate about ½" (about 10mm
square) in diameter on the front, instead of the a
magnetic strip on the back like a credit card. When the
card is inserted into a smart card reader, it makes
contact with electrical connectors that transfer data to
and from the chip.
As an access-control
device, smart card makes personal and business data
available only to the appropriate users. Another
application provides users with the ability to make a
purchase or exchange value.
Smart cards, unlike magnetic stripe cards, can carry all
necessary functions and information on the card.
Therefore, they do not require access to remote
databases at the time of the transaction.

Sm@rtChip Technology
The
real advantage Sm@rtchip offers lays in the advanced
encryption technology the company embeds in the readers
and software it manufactures. Sm@rtchip's readers and
the Trusty O/S enable a secured method to authenticate
its users, using high security digital signatures and
advanced encryption technology.
This smart technology makes the difference between true
security to a deception. Sm@rtchip's technology makes it
possible to conduct online transactions, e-commerce,
secured data access and the use of e-cash.
All credit card companies have
Smart Card initiatives, and most of them are in the
process of replacing the simple magnetic stripe card
with a Smart Card. American Express is leading the way,
issuing millions units of Smart Card and readers for
secure online financial transactions, online shopping,
etc.
Trusty Features
- Managing secured communication between
the Smart Card & the Internet.
- Managing secured authentication and
Pin Code between the Smart Card, the user and the
computer.
(The information on the Card is Untouchable when you
work on the net, when Sm@rtchip &
Trusty
are installed).
- Managing encrypted communication between
the Smart Card and the application, mainly in RSA
encryption algorithms with digital certificate.
- Managing security passwords with
the Smart Card.
- Managing an Electronic signature and
encrypted communication over the Internet.
- Managing secure library information in
the Smart Card and securing the information with
different
levels of access, including private & public key
encryption and digital certificate.
- Managing Login for computers including
private net - Remote Access, VPN, Database, Web
access,
Internet Service Provider (ISP) and cooperated
network.
- Managing software licensing and
software upgrades by a secure Smart Card.
- Managing system files for
SmartDisk by USB conection.
Trusty works with all kind of Smart
Cards. The system is based on the MS-Windows,
which combines hardware of Sm@rtchip for
secured Readers & Smart Cards.

Sm@rtChip
Smart Cards & Card Readers specifications
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