Smart cards vs. magnetic media in key commercial applications

  • 117 Pages
  • 1.17 MB
  • 2490 Downloads
  • English
by
Decision Resources, Inc. , Burlington, Mass
Smart card industry -- United States., Point-of-sale systems industry -- United States., Market surveys -- United St

Places

United St

StatementDenise C. Jeffreys.
SeriesDR reports
ContributionsDecision Resources, Inc.
Classifications
LC ClassificationsHD9696.S583 U64 1990
The Physical Object
Pagination117 p. :
ID Numbers
Open LibraryOL1515833M
LC Control Number93200697

Smart cards have significant benefits versus magnetic stripe (“mag stripe”) cards for healthcare applications. First, smart cards are highly secure and are used worldwide in applications where the security and privacy of information are critical requirements.

Underneath the protective layers of a smart card contains an embedded microprocessor. The microprocessor is under a durable gold contact protection pad on one side of the card.

Think of the microprocessor as replacing the usual magnetic stripe on a credit card or debit card. A few more pennies for this card means a lot less problems. Summary: Difference Between Magnetic Stripe Card and Smart Card is that magnetic stripe card is a credit card, entertainment card, bank card, or other similar card, with a stripe that contains information identifying you and the card.

Summary: Difference Between Magnetic Stripe Card and Smart Card is that magnetic stripe card is a credit card, entertainment card, bank card, or other similar card, with a stripe that contains information identifying you and the card. For a magnetic stripe card to work, the service provider is required to swipe the card, the card then processes the information via an on-line system and will then authorise the card.

A smart card works off-line and does not need to be processed on-line. This saves time and it saves on employment costs. When it comes to ID card security options, magnetic encoding offers a different level of security than proximity card or smart card encoding.

Learn about the differences between magnetic stripe card and proximity card encoding – and find out which card style works best for your needs.

Keep in mind that these three encoding styles can be used separately – or combined – to create the. The banking industry enjoyed the benefits of magnetic stripe card technology for a long time.

However, over the last decade, fraud levels were on the increase and the magnetic stripe card technology, at least for the banking sector, appeared to have reached the end of its life time. Barcodes are the most widely used machine-readable technology in the world; it already exists at almost every point-of-sale.

The advantages over a smart card include: Barcoded media is at least one-quarter the cost of smart cards. A barcode ID can also be delivered in different media formats such as key fobs. Commercial Applications. Smart cards also provide benefits for a host of business applications in both B2B and B2C environments.

The smart card's portability and ability to be updated make it a technology well suited for connecting the virtual and physical worlds, as well as multi-partner card. Or one company has built a card that generates a one-time password and displays the data for use with an online banking application.

Vault cards have rewriteable magnetic stripes. Each of these technologies is specific to a particular vendor and is typically patented. Smart Card Form Factors.

The expected shape for cards is often referred to as. Reader Cost – Dual function smart card and magnetic-stripe readers are $ to $ Key chain style value checkers available; home-based ticketing readers $ to $ for card present transactions.

Details Smart cards vs. magnetic media in key commercial applications EPUB

Card Cost* – Low Volume $ to High Volume $ Smart cards require special readers, but bank-issued debit cards or credit cards also contain a magnetic strip so you can use your card at locations without the reader as well.

Instead of swiping your card, you'll need to insert the chip side of the card into the reader. "Contactless" smart cards don't require actual contact with a reader.

Microprocessor Based Smart Card. 4 Steps to Construct a Smart Card. The first step involves designing involves specifying the chip for the memory size, clock speed, volatile memory types, type of operating system and specifying the application software, specifying the card type, size and functioning and additional features.

The computational power of smart cards allows running mutual authentication and public-key encryption software in order to reliably identify the bearer of the card. For higher security needs, a smart card is a tamper-proof device to store such information as a user's picture or fingerprints.

Smart cards can be used also for network access: in. A Smart-Card is similar to Integrated Circuit Cards except that it may not necessarily have magnetic stripe.

The other Smart-Card related standards include ISO and ISO where the range of operation is defined. Smart Cards operate at MHz and the distance ranges between 10 centimeters ( inches) to 1 meter respectively.

Smart cards can be electronic key rings, giving the bearer ability to access information and physical places without need for online connections. They are encryption devices, so that the user can encrypt and decrypt information without relying on unknown, and therefore.

Since then the number and variety of smart card-based applications have increased around the world. Some factors driving the growing interest in smart cards include the declining cost of smart cards and the growing concern that magnetic stripe cards cannot provide the protections necessary to thwart fraud and security breaches.

Introduction Smart Cards used as credit/debit cards have evolved over the years and revolutionized the banking industry since the late ’s and have now found widespread applications in other areas like security systems, transport systems, retail, healthcare and most recently in IoT technology.

Different types of smart cards are available for different applications. The essential [ ]. Smart Cards in Access Control - Overview.

A smart card is a typical plastic card that contains an embedded computer chip which is either a memory or a microprocessor data that the chip is responsible for storing and transmitting pertains to either value, information or a combination of both.

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HID Global delivers a complete solution of secure smart card IDs and credentials in a variety of form factors for physical and logical access control as well as converged solutions for building and computer access, transit payment, cashless vending, biometrics and other applications.

MB SmartMedia Card SM Memory M SMC Smart Media Cards MB. out of 5 stars 4. Personal Computers $ $ Sell apps on Amazon; Book Depository Books With Free Delivery Worldwide. Further, contactless smart cards can be encrypted, as can communication between the card and the reader.

Both contact and contactless smart cards have built-in security features. “Smart card chips include a variety of hardware and software capabilities that detect and react to tampering attempts and help counter possible attacks,” STA notes. Smart cards can used in different application and occupies large data compare to magnetic stripe.

Smart cards which are programmed and contain data are used for different applications. Some smart cards are updated later to include new applications. Smart cards develop the expediency and security of any transaction. A smart card, chip card, or integrated circuit card (ICC or IC card) is a physical electronic authorization device, used to control access to a is typically a plastic credit card-sized card with an embedded integrated circuit (IC) chip.

Many smart cards include a pattern of metal contacts to electrically connect to the internal chip.

Description Smart cards vs. magnetic media in key commercial applications FB2

Others are contactless, and some are both. Magnetic stripe cards are just classic credit cards (also known as magstripe or swipe cards), the ones we’re all familiar with. The actual stripe is on the backside of the card, and it uses modified iron-based magnetic particles to communicate data between the strip and the receiving credit card.

A personal digital assistant (PDA), also known as a handheld PC, is a variety mobile device which functions as a personal information have been mostly displaced by the widespread adoption of highly capable smartphones, in particular those based on iOS and Android. Nearly all modern PDAs have the ability to connect to the Internet.A PDA has an electronic visual display, letting.

Smart Card readers provide a much higher level of security than standard proximity or magnetic stripe readers. Kantech offers a full suite of smart card readers to fit your unique needs.

Similar in size and appearance, both credit cards and smart cards allow a consumer to pay for a purchase at the point of sale. Credit cards frequently have only a magnetic strip that must be.

China Magnetic/Key Card, Find details about China Magnetic Card, Plain Card from Magnetic/Key Card - Zhejiang Wangu Technology Co., Ltd.

Smart cards are next generation technology for credit cards, debit cards and other types of cards that rely on magnetic stripes to hold identification information.

A smart card looks like any credit card and may still have a magnetic stripe, but it also has a small embedded microchip that contains a tiny computer with the ability to process and.

Interest in smart card technology soared in Europe in the s, and since then the number and variety of smart card-based applications have increased around the world. Some factors driving the growing interest in smart cards include the declining cost of smart cards and the growing concern that magnetic stripe cards cannot provide the.of over 4, results for "smart media card" Amazon's Choice for smart media card SmartMedia Card Reader Writer All-in-1 USB Universal Multi Card Adapter Slim Hub Read Smart Media, xD, SD, SDHC, SDXC, UHS-I, MMC, MS Pro Duo, CF, MD, Camera Flash Memory Cards For .The Application of Smart Card Now this next bit is quite interesting because you will be amazed at how many different applications there are for the smart card today.

From the earliest, prepaid telephone cards of the ’s that just contained some memory through to the latest, state-of-the-art multi-function smart cards of today, the.