Behavioral Biometric Authentication Solutions
In today’s technologically driven world, we share a large amount of personal data online. Passwords are the standard protection method, but to help better combat identity fraud, new solutions continue to be developed, like multi-factor authentication solutions. One popular solution on the rise is behavioral biometric authentication.
What is Behavioral Biometrics?
Most popular biometrics recognize people by their face, voice or fingerprint, but alternative and less invasive biometrics have recently emerged.
Behavioral biometric authentication identifies a person based on unique patterns exhibited when they interact with a device such as a tablet, smartphone or computer (including mouse and keyboard). The factors considered include everything from finger pressure on the keypad to the angle at which you hold your phone. With behavioral biometrics, it’s about how the person is using the device — the speed of their typing, how they use their mouse and more — instead of whether their password was entered correctly. These patterns allow for a true frictionless authentication that is passive, or less invasive, for the user. It is further simplified by using existing hardware capabilities which avoids additional sensor costs.
Behavioral biometrics first came about in the 1860s because of telegraph operators. People started to notice that each operator sent signals in a particular way, so they were recognized by the way they sent their messages. Today, the practice is much more sophisticated, analyzing everything from finger pressure to hand-eye coordination. The idea is that these more advanced practices will make for better security and accuracy.
Today, companies use behavioral biometrics for payments, online banking, e-commerce and other high-security authentication markets.
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Types of Behavioral Patterns
- The way people walk, known as gait recognition
- The way people hold and interact with a phone/tablet
- The way people use their mouse, known as mouse biometrics
- The way people type on their keyboards, known as typing biometrics or keystroke dynamics