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Zwipe introduces HID Technology biometric<br />

cards for iCLASS® and ProxCard® Readers<br />

Continued from page 31<br />

these organizations can now benefit from the leading<br />

edge biometric authorization technology by<br />

simply incorporating the card into their existing<br />

systems in the same way they already incorporate<br />

proximity or HID Global smart cards. The Zwipe<br />

solution enables customers to extend the life of<br />

their existing infrastructure while simultaneously<br />

increasing its security.<br />

With Zwipe’s patented on-card authentication<br />

technology, only the authorized cardholder<br />

can activate card communication with the reader.<br />

This means no more lending or borrowing of ID<br />

badges to access buildings, university labs, hospital<br />

pharmacies, data centers or networks. By upgrading<br />

the authentication from something they carry<br />

(a card) to something they are (a fingerprint), the<br />

issues associated with a lost or stolen credential<br />

are dramatically reduced.<br />

The problems associated with PINs and passwords<br />

are eliminated through the use of Zwipe’s<br />

biometric authentication technology. The on-card<br />

fingerprint scanner with 3D capacitive technology<br />

resides on the contactless smart card that utilizes<br />

an embedded HID Global 13.56MHz iCLASS or<br />

125kHz Proximity transponder. The Zwipe biometric<br />

card is also compatible with MIFARE Classic<br />

and DESFIRE EV1.<br />

By incorporating Zwipe’s biometric solution<br />

to access control, organizations can increase<br />

the security of their systems, their employees and<br />

their assets by changing the authentication from<br />

something you carry to something you are without<br />

any modification to their existing infrastructure.<br />

About Zwipe<br />

Starting in 2009, Zwipe challenged the status quo<br />

of identity verification by replacing PINs and<br />

passwords with fingerprint authentication. After<br />

developing the leanest, fastest, and most power efficient<br />

fingerprint algorithm in the world, Zwipe<br />

continued disrupting the industry through its patented<br />

energy harvesting technology. No longer<br />

dependent on batteries, Zwipe fingerprint readers<br />

harvest the energy needed from already existing<br />

access, transport, border control and financial infrastructures.<br />

With its already strong portfolio of<br />

patent applications, Zwipe continues to develop<br />

and refine its innovative technology. For more information,<br />

visit www.zwipe.com or follow them on<br />

Twitter@Zwipe.<br />

to encourage responsible actions and investments<br />

by the electric power plant operators?<br />

Brooks: With the Critical Infrastructure<br />

Protection Act of Representative Trent Franks<br />

HR3410, Congress is now establishing standards<br />

that business has to follow. The needs are for:<br />

• Collecting and sharing information<br />

39<br />

• Hardening of targets to provide grid protection<br />

by protecting against surges and voltage<br />

• Storage and automated self-healing<br />

• Mandatory security standards<br />

• Training and contingency planning<br />

It would not be too expensive to harden the facilities.<br />

It’s an $860 billion industry.

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