Who is using biometrics

At ievo , efficiency, security and reliability are at the forefront of our inspiration to provide unrivalled biometric solutions. We combine quality and innovation across our range of top-class biometric products to provide a winning security solution suitable for an extensive range of industries.

Get in touch with our team of experts to request a free product demo today. How companies across the globe are using biometric technology. Find out how we can help. Contact Us. What used to be a good password could now be obsolete. Recent situations such as the Cambridge Analytica case have highlighted not only the vulnerability of our data, but also the risks of it being used for unintended purposes. Data is the new currency and we do not even realise how valuable it is. New privacy calls for new rules, new passwords and new levels of security.

In such a complex scenario, our body has become a unique and effective identifier. We may not be aware of this, but we have features that no other person has. Our iris, the geometry of our hands and our body odour could all be used as biometric indicators. Even the shape of your veins could set you apart.

Using biometrics is no longer science fiction. The era of Minority Report is here. And it's not only in the movies - you probably use biometric identifiers every day on your smartphone, for example.

The first mobile phone featuring fingerprint recognition dates from Nowadays, high-end smartphones can be unlocked by reading your face. But there are a great many uses we will see developing over the next few years: monitoring access to critical areas, tracking employee presence, combating fraud in the main banking institutions, fingerprints as a payment method replacing typical PoS, or even for authentication in call centres.

Source: AARP. Fingerprint scanners at border customs have been in use for years. However, fingerprints have a high false acceptance and rejection rate.

Various countries, including Thailand, UK, Canada, and the US, have been exploring iris scans and facial recognition as more reliable methods of identifying travelers. With the increasing popularity of self-serve kiosks in airports, government defense departments are increasingly collecting a database of facial, iris, and fingerprint scans to better identify any terrorists or criminals. Biometrics could also potentially replace lost or falsified passports as the next identity verification method.

Biometrics has long been used by law enforcement. DNA and fingerprints are the two most reliably-used types of evidence in a criminal case. Worldwide, a trend of using facial recognition for live video feed identification has been growing.

City-wide facial scanning surveillance systems in London, for example, led to the arrest of 3 violent criminals. TrustStamp is a biometric identification system against human trafficking between the US-Mexico border, aiming to identify victims through facial recognition. It also allows authorities to securely share and confirm that information so that subpoenas and warrants can be issued more efficiently. From neurobiometrics for lie detection to large-scale facial recognition in cities and airports for fast identification of known terrorists and criminals, facial recognition is finding more and more uses in law enforcement.

Facial recognition or fingerprints can be applied to anything requiring authentication, from lunch programs to dorm access. School faculty could use a similar system to access student grades and personal information. Security within school has recently became a growing problem in the United States. Facial recognition can quickly identify any unauthorized presence within school grounds.

With artificial intelligence better able to read body language and facial features, academic integrity can better be preserved. This is particularly useful in a college exam or standardized testing situation, where proctors may not necessarily notice signs of cheating in large groups of test-takers. Students could also benefit from a biometrics identification system that would allow for online test taking identification.

Even so, there are concerns regarding the collection of data and surveillance of minors that could prevent a more widespread adoption of biometric tech in the education sector.

While biometrics may be an appealing technology to adopt from a business perspective, it also comes with some significant challenges and controversies. Another issue to be worked out is errors in biometric authenticators, where a false reject or false accept may occur. Biometric authentication requires its input is present upon authorization.

Biometrics like face patterns, fingerprints, iris scanning, and others are near-impossible to replicate with current technology. There's a one in 64 billion chance that your fingerprint will match up exactly with someone else's[1]. Despite increased security, efficiency, and convenience, biometric authentication and its uses in modern-day tech and digital applications also has disadvantages:.

As the world increases its use of biometric authentication systems like facial recognition technology and other biometric security measures, privacy of users needs to be taken into consideration. When biometrics are converted into data and stored, particularly in places or countries that have large surveillance measures, a user runs the risk of leaving a permanent digital record that can be potentially tracked by nefarious actors.

In many instances, organizations and governments have used facial recognition software to track and identify people with scary accuracy that significantly inhibits privacy[3].