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| IFSEC 2011 attendees will see fingerprints being verified under water and even through latex |
i-Evo recently announced that it will show attendees at IFSEC, May 16-19, in Birmingham (UK) at Stand B165 why fingerprint biometrics are now being used on construction sites by UK contractor Willmott Dixon, in medical labs, on heavy equipment and many other places heretofore considered not appropriate for the technology. Attendees will see fingerprints being verified under water and even wearing latex gloves.
"Not that long ago, security designers had to be very careful about deploying fingerprint biometrics," explains Shaun Oakes, managing director of i-Evo. "If the environment wasn't exactly right, it was difficult to enroll people and, later, get their reads satisfactorily. Thus, they have not been able to get rid of their cards, which are costly to replace and not very secure, until now. Lumidigm's multispectral imaging technology sensors make this all possible."
That is because Lumidigm multispectral fingerprint sensors capture fingerprint data beneath the surface of the skin so that dryness or even damaged or worn fingers 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 in all types of environments.
i-Evo biometric readers are employed by a variety of customers, including schools, corporate buildings, universities, hospitals, apartments, perimeter control, construction sites and office blocks |
As a result, i-Evo biometric readers can scan through dirt, dust, high ambient light, water and even some latex gloves. According to Oakes, they are ideal for contractors on site who sometimes must obtain worker fingerprints through damage or dirt. For instance, major UK contractor Willmott Dixon decided last January 2010 to specify a new biometric turnstile access control system to join existing CCTV and manned guard security on their construction sites. Willmott Dixon, which employs over 2500 people, wanted to use a biometric system because of previous problems with proximity card and pin code systems which can easily be lost, stolen or passed from person to person.
Using i-Evo biometric readers leveraging Lumidigm's multispectral fingerprint sensors, Willmott Dixon can now see which company (sub-contractor) has been on site and how many staff and of which trades. This ensures correct pay rates are used and that any disputes with timekeeping on site are quickly resolved because the biometric evidence is irrefutable. They can also use the anti-passback facility on the software which means the system will not let personnel scan off site unless they have scanned on and vice versa. This is critical for health and safety because Willmott Dixon knows exactly who is on site. When they run a fire drill, they can compare the software report to actual people on site. They have run a number of these reports and been 100 percent accurate.
When one project is completed, Willmott Dixon moves the readers to their next site.
The i-Evo team has kept the design of its biometric fingerprint readers simple, resulting in units that are small, require minimal training, are easy to install and cost less. They are aesthetically pleasing, easy to use, vandal-resistant and available in a range of colours. Also "plug-and-play" installable, i-Evo readers integrate easily with existing card and fob systems. i-Evo biometric readers are employed by a variety of customers, including schools, corporate buildings, universities, hospitals, apartments, perimeter control, construction sites, office blocks and others throughout Europe and beyond.
