This is crucial to bear in mind for situations where many people need to gain access in a short timeframe or pass through several times a day. Touching a biometric fingerprint reader typically takes longer than, for example, walking past a facial recognition sensor. Some biometric systems overcome such issues by automatically storing updated templates so they’re always comparing the finger presented with a recent scan. And damage or illness can alter fingerprints, even though they’re typically more stable than some other forms of biometric identification such as facial recognition. Fingers can, for example, change due to fluctuations in the person’s weight.
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Address stability concernsīiometric features can change over time and this can cause problems with recognition.
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There is an option to add liveness detection on many biometric identification systems though, which usually detect the warmth, texture and blood flow of the finger presented. And presenting a photo of a fingerprint is enough to fool some systems. So, for example, it’s more difficult to copy an iris scan than a fingerprint. The level of vulnerability varies with each technology. Protect against fraudįraud is always a key concern when it comes to access control and biometric systems are no different. Using 3D rather than 2D fingerprint recognition also increases reliability.Īnother option for increasing accuracy using biometric fingerprint access control is to opt for a multi-finger solution – something that’s often used in hospitals. This has been addressed, however, by the introduction of contactless or multispectral fingerprint technologies. Problems can also arise when the fingers presented are wet or dirty. Iris recognition is the most accurate, followed by vein, fingerprint and then face recognition.Ī damaged finger can affect the accuracy of fingerprint recognition, so it’s wise to enrol at least two or three fingers per person. Improve accuracyĪlthough fingerprint recognition adds a higher level of security than using access cards alone, it’s not the most accurate type of biometric identification.
Fingerprint capture challenges and opportunities how to#
Here’s how to address some of the most common concerns so you can gain the full potential of fingerprint identification or verification.
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Overcome potential issues with biometric fingerprint access controlįor all its benefits, there are some downsides to choosing biometric fingerprint recognition for your access control system. When the finger is presented at a biometric fingerprint reader, it’s compared with the stored template in your database and recognition rates are usually good. The characteristics are then computed to created the template, including ridge endings, bifurcations, position and direction. This is created from an enhanced picture of grid lines taken with a fingerprint scanner. How biometric fingerprint readers workįor each person enrolled on your system, a template is generated. And the combination of a low price point and high accuracy levels make it a good choice for many access control applications, especially those where fewer people need access. Enrolling and presenting a fingerprint is relatively easy. It makes sense – people are already used to using fingerprints to verify themselves on their smartphone and there are many benefits to fingerprint recognition. Biometric recognition technology is being used increasingly more in security, and fingerprint recognition (biometric fingerprint) is currently the most commonly used biometric technology for physical access control.