I you are asking what the false-acceptance rates (FAR) are ... it depends on the type of biometric and how the sensitivity is set. The tighter you set the tolerances, the fewer false acceptances you get, but the more false rejections (FRR) you get.
Typically:
Fingerprint: 1% FAR at 10% FRR, 0.01% FAR at 20% FRR
Hand-print: Better than fingerprints - somewhere in the neighborhood of Retina scans
Iris: more intrusive but more accurate than retina scans
Retina: better than fingerprints, less than Iris. Affected by health - prone to false rejections when health changes
Voice: highly variable - affected by health (ever had a sore throat?)
Facial recognition: 1% FAR at 10% FRR, 0.01% FAR at 30% FRR
... of course there are other biometrics that can be used, there are just some examples and YMMV.
Usually Bio-metrics needs to be combined with another authentication method to achieve strong security - but with another method - even if the other method is a second bio-metric - it is very strong.
If you are asking a bout how secure the database of bio-metric information is... that's just a general question of how secure the computer system is. Improperly secured it would be a tasty target for an attacker seeing PII on individuals.
The inventor of the biometric vomiting machine was Titus Munuse. I hope my answer helped! Anni
Haylo
biometric authentication device digital camera
EAP
Biometric
Retinal scans are considered to be the most secure forms of biometric security.
Retinal scanning
Biometric passwords are authentication methods that use unique biological traits such as fingerprints, facial recognition, or iris scans to verify a person's identity. These biometric data points are difficult to fake or duplicate, making them a secure form of password authentication.
voice recognition
A biometric scanner is a digital scanner used for imaging biological details. The phrase biometric scanner refers to the various fingerprint readers, palm scanners, retina scanners, and voice scanners used to verify identification.
Biometric technology uses unique physical characteristics, such as fingerprints or facial features, to identify individuals. It provides a secure and convenient way to authenticate users for access control, identification, or verification purposes.
A biometric lock is a security device that uses unique biological traits such as fingerprints, retina scans, or facial recognition to grant access. It provides a secure alternative to traditional locks that rely on physical keys or codes for entry.
a biometric sensor
Biometric devices provide stronger security by using unique biological characteristics such as fingerprints or facial features for identification, significantly reducing the risk of unauthorized access. They are difficult to replicate, unlike traditional security measures like passwords or PIN codes, making them more secure against identity theft or fraud. Additionally, biometric data is stored in a secure format which enhances privacy and confidentiality, further improving overall security.
Biometric security measures are used for identifying individuals based on unique biological traits such as fingerprints, facial recognition, iris scans, and voice patterns. These measures provide a more secure authentication method as biometric data is difficult to forge or steal compared to traditional passwords or PINs. Biometric security is commonly used in access control systems, identity verification, and digital payment authentication.
Biometric scans are used to identify or authenticate individuals based on their unique physical or behavioral traits, such as fingerprints, facial features, or voice patterns. These scans provide a secure and efficient method of identification, often replacing traditional passwords or access codes.
Biometric access control is access control where the identification process is made through biometric parameters. Some other researchers refer to it as the identification of humans by their characteristics or traits.