Face, Eye, Retina, Fingerprint, And Hand Scanning Devices
Here users are provided the opportunity to identify or verify themselves either by biometric identification, ID card or PIN/password.
These units use state of the art 3D imaging technology providing for a secure biometric recognition authentication.
All of the operations of these biometric devices can be accessed from the menu on the touchscreen or keypad.
These devices feature a high definition infrared (IR) camera that enables user identification even in dimly lit environments.
When using a biometric face reader the person looks into the camera, it captures the relative position, size, and shape of the user’s eyes, nose, cheekbones, and jaw which is then used to subsequently verify or identify the user.
These biometric face readers offer lightning quick detection.
That's ideal for areas where a large flux of people have to pass.
They're also capable of recognizing the same face with up to 15 different facial expressions.
So no matter how you look or feel the reader will know that it's you!
In biometric applications, physiological characteristics are extensively used for personal identification. Some of these characteristics have also served forensics and law enforcement. Facial features, friction ridges on fingertips, ear geometry, toe print, teeth pattern, etc. have been historically used in court of law to prove an individual’s presence at crime scenes. Physiological characteristics are unique to an individual and have served as a proven way for positively identification. For example, fingerprints have been used extensively for personal identification in civil as well as law enforcement applications. Technological advancement made it possible to identify and map other physiological and behavioral features that could be leveraged to establish an individual’s identity.
Both retina and facial recognition are categorized as physiological characteristic. Retina recognition is more popular in high security applications where reliability aspect is crucial, while face biometrics is used for mass surveillance as well as personal identification. Many mobile banking and finance application use face biometrics, popularly known as ‘selfie banking’, to identify and authenticate its customers. Though application of retina biometrics has been shrinking and gradually getting outnumbered by iris recognition in recent years, it is still one of the most reliable biometrics. Retina scan requires a very close encounter with the scanning device by using a beam of light deep inside the eye which is considered to be invasive, while iris pattern can be captured with near infrared illumination from a distance which is comparatively safer for human eye. Despite their differences, retina and face biometrics share common objectives: identifying and authenticating people.
Here users are provided the opportunity to identify or verify themselves either by biometric identification, ID card or PIN/password.
These units use state of the art 3D imaging technology providing for a secure biometric recognition authentication.
All of the operations of these biometric devices can be accessed from the menu on the touchscreen or keypad.
These devices feature a high definition infrared (IR) camera that enables user identification even in dimly lit environments.
When using a biometric face reader the person looks into the camera, it captures the relative position, size, and shape of the user’s eyes, nose, cheekbones, and jaw which is then used to subsequently verify or identify the user.
These biometric face readers offer lightning quick detection.
That's ideal for areas where a large flux of people have to pass.
They're also capable of recognizing the same face with up to 15 different facial expressions.
So no matter how you look or feel the reader will know that it's you!
In biometric applications, physiological characteristics are extensively used for personal identification. Some of these characteristics have also served forensics and law enforcement. Facial features, friction ridges on fingertips, ear geometry, toe print, teeth pattern, etc. have been historically used in court of law to prove an individual’s presence at crime scenes. Physiological characteristics are unique to an individual and have served as a proven way for positively identification. For example, fingerprints have been used extensively for personal identification in civil as well as law enforcement applications. Technological advancement made it possible to identify and map other physiological and behavioral features that could be leveraged to establish an individual’s identity.
Both retina and facial recognition are categorized as physiological characteristic. Retina recognition is more popular in high security applications where reliability aspect is crucial, while face biometrics is used for mass surveillance as well as personal identification. Many mobile banking and finance application use face biometrics, popularly known as ‘selfie banking’, to identify and authenticate its customers. Though application of retina biometrics has been shrinking and gradually getting outnumbered by iris recognition in recent years, it is still one of the most reliable biometrics. Retina scan requires a very close encounter with the scanning device by using a beam of light deep inside the eye which is considered to be invasive, while iris pattern can be captured with near infrared illumination from a distance which is comparatively safer for human eye. Despite their differences, retina and face biometrics share common objectives: identifying and authenticating people.