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home about us news contact privacy about biometrics biometric benefits biometric issues biometric types fingerprint hand palm vein retina iris face voice dna signature multimodal technology select page welcome welcome to our website, we are glad that you found us, we are a specialized organization that works with all types of biometrical testing. if you don’t know what biometrical is standing for, then don’t worry because we are here to educate you and everyone else about it. biometrics are easily explained as something that accurately identifies you. that’s why we use these biometric readings to secure very important personal things such as id or passports. without the biometric information, everything would be in chaos because it would be really hard to correctly identify every person. what are biometrics? “biometric” come from the greek words “bio” (life) and “metric” (to measure). biometrics are technologies used for measuring and analyzing a person’s unique characteristics. there are two types of biometrics: behavioral and physical. behavioral biometrics are generally used for verification while physical biometrics can be used for either identification or verification. what are biometric systems used for? biometrics are used for identification and verification: identification is determining who a person is. it involves trying to find a match for a person’s biometric data in a database containing records of people and that characteristic. this method requires time and a large amount of processing power, especially if the database is very large. verification is determining if a person is who they say they are. it involves comparing a user’s biometric data to the previously recorded data for that person to ensure that this is the same person. this method requires less processing power and time, and is used for access control (to buildings or data). what are the main types of biometric systems? the main physical biometric technologies include: fingerprint iris retina hand palm vein face there are also a number of behavioural biometric technologies such as voice recognition (analyzing a speaker’s vocal behavior), keystroke (measuring the time spacing of typed words), gait recognition (manner of walking), or signature (analyzing the way you sign). other biometric techniques, still in exploratory stages would include dna biometrics, ear shape, fingernails or odor. how biometric systems work biometric devices normally consist of 3 elements: a scanner / reader that captures the user’s biometrics characteristics a piece of software that converts this data into digital form and compares it with data previously recorded a database, which stores the biometric data the process comprises 4 main steps: sample capture, feature extraction, template comparison, and matching. at enrolment, a person’s biometrics is captured by the scanner. the software converts the biometric input into a template and identifies specific points of data as “match points”. the match points are processed using an algorithm into a value that can be compared with biometric data in the database. what is the best biometric technology? there is not one signle biometric technology that would be ideal for all applications. each technology has its own benefits and weaknesses in terms of accuracy, cost, ease of use, intrusiveness, , ease of deployment. biometric systems offer many important benefits biometrics is concerned with identifying a person based on his / her physiological or behavioral characteristics. examples of biometrics systems include fingerprint, hand, face, eye (iris or retina), and speech recognition. why are biometrics secure? unique: the various biometrics systems have been developed around unique characteristics of individuals. the probability of 2 people sharing the same biometric data is virtually nil. cannot be shared: because a biometric property is an intrinsic property of an individual, it is extremely difficult to duplicate or share (you cannot give a copy of your face or your hand to someone!). cannot be copied: biometric characteristics are nearly impossible to forge or spoof, especially with new technologies ensuring that the biometric being identified is from a live person. cannot be lost: a biometric property of an individual can be lost only in case of serious accident. what are biometric systems used for? reliable user authentication is essential. the consequences of insecure authentication in a banking or corporate environment can be catastrophic, with loss of confidential information, money, and compromised data integrity. many applications in everyday life also require user authentication, including physical access control to offices or buildings, e-commerce, healthcare, immigration and border control, etc. currently, the prevailing techniques of user authentication are linked to passwords, user ids, identification cards and pins (personal identification numbers). these techniques suffer from several limitations: passwords and pins can be guessed, stolen or illicitly acquired by covert observation. in addition, there is no way to positively link the usage of the system or service to the actual user. a password can be shared, and there is no way for the system to know who the actual user is. a credit card transaction can only validate the credit card number and the pin, not if the transaction is conducted by the rightful owner of the credit card. this is where biometrics systems provide a more accurate and reliable user authentication method, as can be summarised in the table underneath: existing user authentication techniques include: something you know, e.g. password or pin. the issue is that many password are easy to guess, and can also be easily forgotten. something you have, e.g. key or car. they can be lost, stolen or duplicated. something you know and have, e.g. card + pin. something you are, e.g. fingerprint, hand, iris, retina, voice. you cannot lose them, are unique for each individual and are difficult to forge. the issues with biometric systems recognition errors compromised biometric data vulnerable points of a biometric system attacks there are two basic types of recognition errors: the false accept rate (far) and the false reject rate (frr). a false accept is when a nonmatching pair of biometric data is wrongly accepted as a match by the system. a false reject is when a matching pair of biometric data is wrongly rejected by the system. the two errors are complementary: when you try to lower one of the errors by varying the threshold, the other error rate automatically increases. there is therefore a balance to be found, with a decision threshold that can be specified to either reduce the risk of far, or to reduce the risk of frr. in a biometric authentication system, the relative false accept and false reject rates can be set by choosing a particular operating point (i.e., a detection threshold). very low (close to zero) error rates for both errors (far and frr) at the same time are not possible. by setting a high threshold, the far error can be close to zero, and similarly by setting a significantly low threshold, the frr rate can be close to zero. a meaningful operating point for the threshold is decided based on the application requirements, and the far versus frr error rates at that operating point may be quite different. to provide high security, biometric systems operate at a low far instead of the commonly recommended equal error rate (eer) operating point where far = frr. paradoxically, the greatest strength of biometrics is at the same time its greatest liability. it is the fact that an individual’s biometric data does not change over time: the pattern in your iris, retina or palm vein remain the same throughout your life. unfortunately, this means that should a set of biometric data be compromised, it is compromised forever. the user only has a limited number of biometric features (one face, two hands, ten fingers, two eyes). for au

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