You’ve seen it in your favorite crime show or perhaps an action movie in which a character has to enter a secret room, they walk to a machine, look inside, along with their eye is scanned permitting access. The technology being used is called Iris Identification. But does this form of technology really exist? Is this technology reliable? The answer to both of those questions is yes!

Iris identification is a method of biometric authentication which utilizes pattern and image recognition technologies to differentiate characteristics of your individual’s eye. The goal of iris identification software is to supply a near-instant, accurate recognition process of a person’s identity in line with the digitally scanned image retrieved from everyone. While some biometric identification systems will use around 60 unique characteristics, iris identification technology can utilize approximately 266 unique points (including ligaments, furrows, ridges, rings, freckles, and collarets), providing an increased analysis of each one users distinctive traits and identification.

Due to the amount of analytical points in just a sample, iris identification technologies create a recognition result that maintains a higher-level of uniqueness than finger prints, thus providing a rapid odds of user identification.
This form of recognition software uses small, high-definition cameras with near infrared imaging (NIR) to create detailed-rich reproductions with the iris. Once a scan is captured, the iris’ connective tissue (the trabecular meshwork) is processed and generates an “optical impression” that is translated right into a digital code that is unique to every user using the traits from the optical impression. The digital code should be recognized by the application for any user’s identification to get processed.

One of major great things about iris identification technology will be the stabilization and template life of the scanned areas. Excluding significant trauma to your person’s eye, the characteristics and blueprint of each one eye is not going to vary with a point where recognition will probably be compromised, thus providing a lifelong identification marker that may be tough to reproduce. The scanning process could also take place while a person is wearing glasses or contact lenses and is less invasive than other biometric identification systems, making the process simplistic and simple to use.

Because in the uniqueness of each sample, programs much like the Children’s Identification and Location Database (CHILD) are encouraging Optometrists to talk to parents about iris identification and about enrolling their children right into a national database that has been manufactured by the CHILD Project. By having a child’s iris template recognized and enrolled in to a searchable national database, law enforcement officials will have the ability to spot military services weapons child using some seconds and return the kid for their families.