The security of a biometric device can be measured using various metrics that evaluate the accuracy and effectiveness of the device in detecting and verifying an individual's identity. The most common terms are FAR & FRR.
FAR stands for "False Acceptance Rate" in biometrics. It measures the likelihood that an unauthorized person will be mistakenly recognized as an authorized user by a biometric system. In other words, FAR is the rate at which the biometric system incorrectly accepts an impostor as a genuine user. This can happen due to various reasons such as system error, sensor malfunction, or intentional fraud.
FAR is usually expressed as a percentage, an essential metric for evaluating the effectiveness and security of a biometric system. The lower the FAR, the more secure the system is considered to be.
FRR stands for "False Rejection Rate" in biometrics. It measures the likelihood that a genuine user will be wrongly rejected by a biometric system.
In other words, FRR is the rate at which the biometric system fails to recognize an authorized user. This can happen due to various reasons such as poor quality biometric data, changes in the user's biometric characteristics, or errors in the matching algorithm.
FRR is usually expressed as a percentage, an essential metric for evaluating the accuracy and usability of a biometric system. The lower the FRR, the more accurate and user-friendly the system is considered to be.
Measuring the security of a biometric device requires a comprehensive evaluation that includes testing the device's accuracy, reliability, and vulnerability to attacks. Independent testing and evaluation by reputable organizations can help determine the security and effectiveness of a biometric device.
That's why the biometrics devices must obtain the GDPR, VAPT, several ISO certificates, STQC, etc. So in order to keep the biometrics data we must ensure the devices are complying with the security certificates or not.
For example, if you check the Suprema FSF2 device then it's having False Acceptance Rate (FAR) of 1 in 10 billion. Similarly to this to ensure security we must ensure the FAR & FRR in the biometrics device can be finger or face or any other credentials.
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