SecurityWorldMarket

18/01/2011

Biometric fingerprint solution works even with gloves!

Albuquerque, NM (USA)

The latest biometric products from Lumidigm allow fingerprint access control even when wearing clear surgical gloves, and so provide a solution for hospitals that spend $100 to $200 per employee per year supporting password-based systems - and even more for token- or card-based systems - while trying to ensure the protection and safety of patient information. The Lumidigm fingerprint solution will be featured at the HIMSS11 Exhibition to be held February 21-23 at the Orange County Convention Center in Orlando, Florida.
Lumidigm Mercury multispectral imaging sensors capture fingerprint data beneath the surface of the skin so that dryness or gloves create no problems for reliable reads. Using multiple wavelengths of light and advanced polarisation techniques to extract unique fingerprint characteristics from both the surface and subsurface of the skin, Lumidigm’s sensors provide results that are more consistent, more inclusive and more tamper resistant than conventional biometric readers.

As a result, healthcare practitioners can more efficiently meet the new demands of secure healthcare IT as they navigate the world of electronic medical records and multiple systems, attempting to protect information for both patients and clinicians. Instead of each employee being issued a password, card or token, the Lumidigm biometric solution lets multiple users access the same workstation or medical device with nothing more than their finger. In most cases, the Lumidigm Mercury fingerprint sensors can be deployed simply as the necessary infrastructure is typically already in place.

The research firm of Frost & Sullivan recently awarded the New Product Innovation of the Year Award, Fingerprint Biometrics, North America, 2010, to Lumidigm. According to Frost & Sullivan, Lumidigm’s “innovative technology allows Lumidigm fingerprint sensors to provide highly accurate biometric data even in adverse conditions where traditional fingerprint sensors fail.”


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