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Home > Technology >
Biometrics
Biometrics
Human Recognition Systems has extensive experience of developing and delivering a range of technology led biometric solutions across different industry sectors. Recognised by industry experts as the market leader in biometric system integration within UK we are amongst the few exclusive solution providers that works across the complete range of biometric technology:
Leveraging our extensive knowledge of biometric technology and products, we integrate and deploy a range of biometric solutions across different applications and operating environments.
TECHNOLOGY, PEOPLE, PROCESS AND POLICY
We at HRS firmly believe that developing biometric solutions involves a combination of technology, people, policy and processes. Therefore before recommending any solution our team of experienced biometric consultants evaluates client requirements and existing infrastructures including policy and process issues utilising our Identity Management framework. This allows us to develop bespoke solutions around client requirements first time every time.
With a strong focus on technology our in-house team of developers and engineers allow us to seamlessly integrate biometric hardware and software with other applications. Quality is of absolute essence to us and where necessary our delivery team will develop required applications to ensure that the client requirements are met.
Technologies in Biometrics
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Facial recognition has received significant attention in the last few years and is increasingly being used for both identification (1:n) and verification (1:1) on large identity projects across the public and private sector.
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Fingerprint recognition identifies people by using the impressions made by the minute ridge formations or patterns found on the fingertips. Finger printing takes an image of a person's fingertips and records its characteristics - whorls, arches, and loops are recorded along with patterns of ridges, furrows, and minutiae. Information is processed as an image and further encoded as a computer algorithm.
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Hand geometry as the name suggests uses the shape of the hand to identify/verify the person. Unlike iris, face or fingerprints, the human hand isn't unique. The existing systems use finger length, thickness, and curvature for the purposes of verification but not for identification. Hand geometry is very reliable when combined with other forms of identification, such as or personal identification numbers. In large populations, hand geometry is not suitable for so-called one-to-many applications, in which a user is identified from his biometric without any other identification.
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Iris recognition is amongst the most robust and accurate biometric technologies available in the market today with existing large scale applications supporting databases in excess of millions of people. The Iris is a protected internal organ whose random texture is stable throughout life (from the 1st year onwards) and can be used as an identity document or a password offering a very high degree of identity assurance. The randomness of Iris patterns has very high dimensionality; recognition decisions are made with very high confidence levels supporting rapid and reliable exhaustive searches through national - sized databases in both 1:1 (verification) and 1:n (identification) mode with no human intervention.
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Vein recognition systems are amongst the newest biometric technologies to have emerged in the recent past. Vein authentication uses the vascular patterns of an individual's palm/finger/back of the hand as personal identification data. Veins and other subcutaneous features in the human hand present large, robust, stable and largely hidden patterns.
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