QTiME
 

Magnetic Stripe

Magnetic Stripe cards (commonly known as “magstripe”) typically come in a ‘credit card’ size. An emulsion is bonded to the card and this may be encoded with data. Magstripes are inherently secure, inexpensive, and familiar. However the data is susceptible to corruption from magnetic fields. The reading mechanism requires contact with the card therefore abrasion may also prematurely render a card unusable.

  • Media cost: Inexpensive
  • Normal minimum life: 2 years
  • Recommended environment: clean, non-dusty





    • Barcode

    Barcode technology has been around for many years. Barcodes are a versatile and reliable medium. Reading mechanisms are non-contact, making barcodes ideal for dusty environments. On the down side, they are basically insecure, ie; it is not hard to produce a barcode using a PC and barcode software.

  • Media cost: Inexpensive
  • Normal minimum life: 2 years
  • Recommended environment: any





    • Proximity Cards

    Proximity Cards use radio techniques to communicate with a transciever reader unit. Each card has a unique I.D. number which is encoded. The card is simply passed or waved near the reader. They are often used for access control.

  • Media cost: More expensive
  • Security: Very secure
  • Through put: Very fast
  • Normal minimum life: 10 years
  • Recommended environment: all – depends on specific card design




    • Touch Memory

    Touch Memory I.D. buttons are like smart cards – in that they use an embedded silicon chip with a unique I.D. The button is no bigger than four 5 cent pieces stacked together, and they are very secure and robust. The buttons are fitted to key fobs making them highly portable.

  • Media cost: more expensive
  • Through put: fast
  • Normal minimum life: 10 years
  • Environment: any



    • Biometrics

    Simply put, Biometrics is the science of using body parts as the I.D. media. For instance, a persons iris, fingerprints, voice, or hand could be used to identify that individual. We believe hand recognition to be the most reliable and effective. The hand reader takes three digital images of your hand and stores this with a pin number. Subsequent readings require entry of the pin number followed by hand placement. The new image is compared to the stored images and a match records a transaction.

  • Media cost: nil
  • Security: most secure
  • Through put: slowest
  • Environment: clean



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