Vascular Recognition Technology: The next biometric security standard

This is an era of digital revolution and with it comes dozens of new security dangers. Every gadget, from our smartphones to our security cameras, need some kind of protection from external hacking. However, how can we assure the safety of our devices, workplaces, etc.? Biometric security is one such security method that has emerged, since it is both efficient and perceived foolproof. It offers an additional layer of security for businesses and personal security systems. Biometric security systems generate unique IDs, which are based on your biology and behaviours, making them exceptionally difficult to breach.

Wide adoption of biometric security

Nonetheless, biometric security has limitations and to resolve this challenge, numerous big businesses have implemented modern biometric techniques, such as Vascular Recognition Technology (VRT), also called vein pattern authentication (VPA), in order to protect their workplace and personal space.

Several advantages of Vascular Recognition Technology (VRT) include the following:

• Increased Security and Privacy - With traditional biometric technologies, such as face scanners, your body parts are visible to the public. This vulnerability enables sophisticated hacking tools to circumvent biometric security, by constructing a duplicate of your physical (fingerprint and facial patterns) data points. While obtaining and utilising such data is not straightforward, the potential of a security breach may be mitigated with Vascular Recognition Technology (VRT). VRT analyses and aggregates the vein pattern on your hands, to produce an authentic identity that is significantly more difficult to steal and recreate. Moreover, this technology detects the live blood flow in your veins. As a result, even if someone has access to your vein structure, they are still unable to employ it.
• Accurate Scanning - While Vascular Recognition Technology (VRT) scanners capture a considerably greater surface area of the entire hand (not just palm vein or finger vein), by reading the whole hand, it acquires a significant number of data points. As more than just a result of this feature, the rate of erroneous acceptance and rejection is significantly lower when compared to ordinary biometrics method (such as fingerprint, voice, palm and facial recognition technology)
• Long-term Stability - Your vein structure remains relatively constant throughout your lifetime. This strengthens the VRT technology’s reliability over time. With other Biometrics, such as fingerprints or eyes, a scar as little as a hairline might result in the user’s authentication being refused. However, since VRT records the sub-dermal or underlying vein anatomy, it is very unusual that enrolled users would need to re-register their Biometrics.
• Contactless Biometric Solution - With the global COVID-19 epidemic still unabated, the necessity for a contactless biometric solution is unavoidable. Due to the fact that Vascular Recognition Technology uses a seamless and non-invasive reader to scan the vein structure, the user just needs to hover their palm over the scanning equipment, without the need to touch it. This is especially advantageous in environments, when numerous people must share a device, such as hospitals, common workplaces, and gyms.
• High Efficiency, Low Overhead - Vascular Recognition Technology (VRT) has the fastest processing time of any biometric authentication mechanism and is undeterred by dirt, moisture, or scars on the hand. Moreover, it reduces the time and effort needed for a) workers to clock in and out manually, and b) managers to validate payroll records.
• Numerous Applications - Essentially, Vascular Recognition Technology can then be used to replace the most pre-existing biometric systems, in a range of varied sectors. Also, it is capable of matching a user’s vascular patterns to personally identifiable information or a massive database. Numerous important applications and fields, such as banks, offices, medical institutions, factories, and warehouses, can use VRT technology effectively.

Vascular Recognition Technology (vein technology)

VRT is a relatively new technology that needs sophisticated gathering devices

While Vascular Recognition Technology (vein technology) is considered the most comprehensive biometric technology today, it does have certain limitations. VRT is a relatively new technology that needs sophisticated gathering devices. Additionally, it requires far more advanced design than facial/finger recognition scanners, resulting in greater manufacturing and production costs.

It’s logical to assume that biometric security systems are the way of the future for secure authorisation in businesses, factories, healthcare facilities, and residences, and that Vascular Recognition Technology (VRT) is raising the standard for efficiency and security.

Future scope of Vascular Recognition Technology (VRT)

Although the high costs associated with it create a significant barrier to adoption for a large number of businesses, institutions, and individual users, future biometric trends indicate that VRT will be used as an enterprise security solution in the fields of medicine, banking, and a variety of other industries that require personal identification.

And, given the rapid pace at which technology is growing globally, it would be unsurprising if you find yourself scanning your hand vien to get admittance to your local gym, in the next few years.