Biometrics Collection

Fingerprint types, 17th century
Fingerprint types. 19th-century artwork showing three of the fingerprint types (arch, loop and whorl) identified by British scientist Francis Galton (1822-1911), who wrote on the subject from 1888

Fingerprint scanner. Persons finger being scanned by a fingerprint scanner. This scanner is being used to open a door. The ridges on peoples fingers form a unique identifying pattern

Fingerprint scanner, artwork
Fingerprint scanner, computer artwork

Human fingerprint
Fingerprint. Computer artwork of a human fingerprint. A fingerprint is formed by epidermal ridges, creating a distinct pattern. Each pattern is unique to an individual, even for identical twins

Biometric scans. Computer artwork of a human eye and fingerprint. Biometrics is the identification of individuals by measuring and analysing their physiological characteristics, such as fingerprints

Artificial intelligence, conceptual artwork. Electronic circuitry is seen behind the eye

Thumbprint forensics, 19th century
Thumbprint forensics. Artwork from the tenth volume (second period of 1892) of the French popular science weekly La Science Illustree

Bertillonage, 1850
3478420 Bertillonage, 1850; (add.info.: Illustration depicting 'bertillonage' which was originally, a system for the identification of criminals making use of anthropometric measurements)

Bertillonage, 1850
3478272 Bertillonage, 1850; (add.info.: Illustration depicting 'bertillonage' which was originally, a system for the identification of criminals making use of anthropometric measurements)

Biometric passport chip. This chip is used in passports as an electronic identity document that uses biometrics to authenticate the identity of travellers

beauty, biometric, boot, checking, color image, computer graphic, concept, copy space
Woman using biometric scanners in futuristic corridor

Illustration, index finger being pressed down on chart of fingerprints

Tablet computer with biometric eye scan F006 / 6308
Tablet computer showing conceptual artwork of a biometric eye scan. Biometrics is the identification of individuals by their body parts

Digital fingerprint, conceptual artwork F006 / 8792
Digital fingerprint, conceptual computer artwork

Fingerprint records, 1924 C014 / 0459
Fingerprint records. 1920s application of fingerprinting technology to administer the bonus scheme established in the USA for World War I veterans

Wartime fingerprinting, 1917 C014 / 0460
Wartime fingerprinting. German being fingerprinted in New York City, USA, during the First World War (1914-1918). Research into fingerprinting developed throughout the 19th century

Military fingerprinting, 1930s C014 / 0461
Military fingerprinting. Uniformed man taking fingerprints during the 1930s. The ridges on the skin of human fingertips, a distinct and unique pattern

Fingerprints record, 1912 C014 / 0457
Fingerprints record, early 20th century. The ridges on the skin of human fingertips, a distinct and unique pattern, are an example of biometric data that can be recorded

Fingerprint analysis, 1918 C014 / 0458
Fingerprint analysis. Early 20th-century analysis of fingerprints, with a clerk using a loupe to examine the records. The ridges on the skin of human fingertips, a distinct and unique pattern

Fingerprint C013 / 5598
Fingerprint. Macro photograph of the ridges on a persons finger that make up their unique fingerprint

Fingerprint scan, conceptual image C013 / 5597
Fingerprint scan, conceptual image

Dermal ridges on fingertip C015 / 3467
Dermal ridges on fingertip, close-up. These ridges form a distinct pattern, with each fingerprint being unique to an individual

Ear biometrics, artwork
Ear biometrics. Artwork showing a human ear and data used in biometrics related to ear measurements. Data on the size and shape of an individuals ear is stored in a database or compared to existing

Forensic DNA profiling, conceptual artwor C013 / 4714
Forensic DNA profiling, conceptual artwork

Fingerprint biometrics. Computer artwork of a hand (green), a finger tip (upper left), and symbols of men (blue) and women (pink). Fingerprints are the patterns of ridges on the tips of the fingers

Face biometrics. Computer artwork of lines marking the contours (shape) of a human face. This kind of data could be obtained by scanning faces

Biometric fingerprint scan, artwork
Biometric fingerprint scan. Conceptual artwork of fingerprint scanning, showing a printed circuit board (PCB) overlaid with a human fingerprint

Biometric fingerprint. Computer artwork of a hand and a fingerprint (upper centre). Fingerprints are the patterns of ridges on the tips of the fingers

Biometric identity card, artwork
Biometric identity card. Computer artwork of an identity card containing personal data. Using security in the form of data from a persons body is known as biometrics

Biometric DNA scan, computer artwork
Biometric DNA scanner. Computer artwork of a DNA scanner being used to verify a persons identity. Security technology based on recognising an individuals biological data, such as fingerprints, iris

Identification and surveillance technology, computer artwork. The technology seen here includes satellite imaging, iris scanning and fingerprinting

Eye scanning

Fingerprint, computer artwork
Fingerprint. Computer artwork of a fingerprint residue showing typical patterns for feature identification (whorl, ridge ending and bifurcation)

Personal ID card. Computer artwork of a womans hand holding a personal ID (identification) card. The eye and double helix symbols indicate that the unique personal identifiers on this card include

Biometric fingerprint scan. Computer artwork of a human fingerprint overlaid with a printed circuit board (PCB), representing fingerprint scanning

Fingerprint scanner, computer artwork
Fingerprint scanner. Computer artwork of a scanner confirming the identity of a persons fingerprint. Security technology based on identifying a persons unique biological data such as fingerprints

Female torso body map, computer artwork

Iris scanning. Conceptual computer artwork of the scanning of the iris of a human eye. Iris scanning images the iris (unique to each individual), the coloured area surrounding the pupil of an eye

Head contour map, art
Head contour map, computer artwork

Fingerprint identification. Computer artwork of parts of a fingerprint being analysed. This could represent the scanning of fingerprints as part of a biometric security system

Barcode on a mans head, computer artwork. This could represent the tagging of people for surveillance purposes

Barcode on a womans head
Barcode on a womans forehead, computer artwork. This could represent the tagging of people for surveillance purposes

Identity fraud, artwork
Identity fraud. Conceptual artwork of biometric identity cards and the silhouette of a man (centre). Using security in the form of data from a persons body is known as biometrics

Biometric identity cards, artwork
Biometric identity cards. Computer artwork of identity cards containing personal data. Using security in the form of data from a persons body is known as biometrics

Biometric eye scan. Computer artwork of a human eye overlaid with binary numbers and computer graphics symbolising eye scanning

Biometric identification

Computer crime. Conceptual computer artwork of a hand touching a key on a keyboard. The target pattern could represent efforts to target and prevent internet and computer crime

Global ID card
Biometric ID card. Computer artwork of a personal ID (identification) card carrying biometric data, data on biological measurements

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Biometrics, a fascinating field that traces its roots back to the 17th century, has revolutionized the way we identify individuals. One of the most commonly known biometric identifiers is fingerprints - unique patterns found on human fingertips. With advancements in technology, fingerprint scanners have become an integral part of our lives, from unlocking smartphones to securing sensitive information. Interestingly, even art has embraced this concept. Imagine an exquisite artwork capturing the intricacies of a human fingerprint through biometric scans. This fusion of artificial intelligence and conceptual art creates a mesmerizing experience for viewers. Thumbprint forensics emerged in the 19th century as investigators recognized the value of fingerprints in solving crimes. Historical images depict these pioneers meticulously analyzing fingerprints to crack cases and bring justice. Fast forward to today; biometric passport chips have further enhanced security measures at border controls worldwide. These tiny chips store personal data like facial recognition or iris scans, ensuring seamless travel while safeguarding against identity theft. Beyond security applications, beauty also finds its place within biometrics. A boot checking system utilizing color images and computer graphics can analyze footprints for aesthetic purposes – perhaps suggesting footwear options tailored specifically to individual preferences. Intriguing illustrations showcase an index finger being pressed down on a chart displaying various fingerprint types – highlighting both their diversity and significance in identification processes. As we continue exploring this captivating realm, it's clear that biometrics intertwines science with everyday life seamlessly.