Facility managers across the country know only too well that people tend to lose security cards on a regular basis. They are already aware of the potential benefits of fingerprint readers.
After all, it’s much harder to leave your fingerprints on a bus, and someone’s less likely to copy or steal your prints than your pass card. However, it’s a system that’s not without its problems, as biometric businessman Shaun Oakes will tell you.
“A lot of the access control systems are made in the Far East, where a lot of the offices are inside high rises and therefore inside,” he said. “In the West, the entrances are often gates or even the front door so they are exposed to the elements.
“At the moment, around 47% of biometric machines globally are fingerprint. But there is a percentage of the population that can’t use the product. This is why people tend to look at other solutions such as iris, ear and walking identification.”
Oakes started developing the iEvo Reader to deal with problems such as these that affect fingerprint recognition, and developed a system last year with support from the Design Network North design expert pairing scheme.
The Newcastle firm now has its reader installed on buildings such as construction sites, offices, schools and the German Embassy and its multi-spectral imaging technology will also be used to secure the shooting range as part of the London Olympics.
The reader was chosen to provide security to the construction site of Middlesbrough’s Beverley Tollesby School, a project being constructed by Willmot Dixon. It was also installed at Blaydon’s Datasafe Storage Facility to upgrade security.
Its multi-spectral imaging technology will also be used to secure the shooting range as part of the London Olympics.
Oakes said: “We’ve got readers installed in the Middle East, and in Australia. Instead of using a pin-code or a card system, people are waking up to the potential of biometrics.”
The iEvo system is derived from technology used to painlessly scan blood sugar levels without a needle, and can get a reading through obstacles such as dust, dirt, water and even some latex gloves. It is operational in a range of temperatures from -20C to 70C, and can be integrated into existing systems.
It works by scanning the finger 4mm below the surface of the skin itself using nine different formats of polarised and non-polarised light.
This allows the reader to identify the unique network of patterns on the human hand, below the top layer which can be affected by dirt or wear.
While the system can identify up to 8,000 different patterns, it does not store any of the prints itself. Instead, it stores the certain features located around the print called minutia points, transfers them through an algorithm in an encrypted form and stores them as a binary code.
Oakes said: “We extract a pattern from a print so you can’t merely re-engineer the fingerprint from any of the information stored on the system.”
Iveo products are also able to integrate into existing card and fob systems and they also are available in a range of custom colours to matche with existing fixtures and fittings.
