PALM VEIN TECHNOLOGY..ppt
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This document discusses palm vein technology for biometric identification. It begins with an introduction to the need for secure personal identification and an overview of different biometric technologies. It then explains that palm vein technology works by scanning the vein patterns in a person's palm and comparing it to a stored database record. The document outlines how the palm vein recognition system works, its applications, advantages like security and ease of use, and disadvantages like external factors affecting scans. It concludes that palm vein technology provides a convenient and highly secure identification method.
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Palm Vein Technology
This presentation includes introduction, working principle, technology & experimental observation of palm vein technology on the basis of which it is considered as the one of the most secure authentication technology among all other technologies.
BIOMETRICS FINGER PRINT TECHNOLOGY
This document discusses fingerprint technology for biometrics. It covers why biometrics are used for identification and authentication, how fingerprint patterns are analyzed and matched using minutiae points, the difference between identification and authentication, applications of fingerprint biometrics, and how it compares to other biometric technologies.
Palm-Vein Technology
The document discusses palm vein technology, which uses the unique vein patterns in people's palms for personal identification. It has high accuracy, with a false acceptance rate of 0.00008% and false rejection rate of 0.01%. Palm vein patterns are difficult to forge or steal. The technology works by capturing a snapshot of the palm veins, converting it to an algorithm, and comparing it to stored databases. It has various practical applications like ATM access and is gaining popularity due to its contactless, non-invasive nature and high security compared to other biometrics. However, it remains relatively expensive.
Palm vein technology
This document discusses palm vein biometric technology. It begins with an introduction explaining that palm vein recognition uses vein patterns in the palm to identify individuals contactlessly. It then explains that palm veins are protected inside the body, unique, and remain unchanged over a person's lifetime. The document proceeds to describe how palm vein systems work using infrared light to image palm vein patterns. It compares palm vein technology to other biometrics like fingerprints and iris scanning, noting palm vein's relative accuracy and cost. Applications discussed include use in hospitals, computers, ATMs, and door security. The document concludes that palm vein authentication could help solve identification problems.
An eye with an atm
This document proposes enhancing ATM security through iris recognition. It begins with an introduction to ATMs and discusses limitations of current security methods like PINs and fingerprints. Iris recognition is presented as an alternative biometric for identification. The document outlines how iris recognition works, its advantages of being accurate, stable and difficult to forge. Potential disadvantages like cost and small iris target are noted. It concludes iris recognition could provide more reliable security for ATM use by allowing quick, permanent identification without PINs or cards.
Fingerprint base security system
This document describes a fingerprint-based security system that uses a microcontroller and fingerprint module to open a lock only for authorized users. The system scans a fingerprint and verifies it matches one stored on the microcontroller. If so, it activates a relay that opens the locked system. The fingerprint module can store up to 750 fingerprints and is connected to the microcontroller via a serial port. The system provides security for items like medications, jewelry, and documents without needing passwords.
Finger vein technology
The document presents an embedded real-time finger-vein recognition system for mobile devices. The system uses finger vein patterns as a biometric for authentication through image acquisition of the finger veins, processing the images through segmentation, enhancement and feature extraction, and human-machine communication. It was found to have high security, low power consumption, small size, quick response time of 0.8 seconds, and high accuracy with a low equal error rate of 0.07%.
Palm vein technology
The document discusses palm vein biometric authentication technology. It explains that palm vein authentication uses infrared light to scan the unique vein patterns in a person's palm, which are then converted into encrypted data and stored in a database. This provides highly accurate personal identification without physical contact. Palm vein authentication has advantages over other biometric methods in being non-invasive, hygienic, and difficult to fake due to the complexity of palm vein patterns. It is being adopted for uses like ATMs, computers, and hospitals due to its security and contactless features.
Recommended
Palm Vein Technology
This presentation includes introduction, working principle, technology & experimental observation of palm vein technology on the basis of which it is considered as the one of the most secure authentication technology among all other technologies.
BIOMETRICS FINGER PRINT TECHNOLOGY
This document discusses fingerprint technology for biometrics. It covers why biometrics are used for identification and authentication, how fingerprint patterns are analyzed and matched using minutiae points, the difference between identification and authentication, applications of fingerprint biometrics, and how it compares to other biometric technologies.
Palm-Vein Technology
The document discusses palm vein technology, which uses the unique vein patterns in people's palms for personal identification. It has high accuracy, with a false acceptance rate of 0.00008% and false rejection rate of 0.01%. Palm vein patterns are difficult to forge or steal. The technology works by capturing a snapshot of the palm veins, converting it to an algorithm, and comparing it to stored databases. It has various practical applications like ATM access and is gaining popularity due to its contactless, non-invasive nature and high security compared to other biometrics. However, it remains relatively expensive.
Palm vein technology
This document discusses palm vein biometric technology. It begins with an introduction explaining that palm vein recognition uses vein patterns in the palm to identify individuals contactlessly. It then explains that palm veins are protected inside the body, unique, and remain unchanged over a person's lifetime. The document proceeds to describe how palm vein systems work using infrared light to image palm vein patterns. It compares palm vein technology to other biometrics like fingerprints and iris scanning, noting palm vein's relative accuracy and cost. Applications discussed include use in hospitals, computers, ATMs, and door security. The document concludes that palm vein authentication could help solve identification problems.
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Fingerprint base security system
This document describes a fingerprint-based security system that uses a microcontroller and fingerprint module to open a lock only for authorized users. The system scans a fingerprint and verifies it matches one stored on the microcontroller. If so, it activates a relay that opens the locked system. The fingerprint module can store up to 750 fingerprints and is connected to the microcontroller via a serial port. The system provides security for items like medications, jewelry, and documents without needing passwords.
Finger vein technology
The document presents an embedded real-time finger-vein recognition system for mobile devices. The system uses finger vein patterns as a biometric for authentication through image acquisition of the finger veins, processing the images through segmentation, enhancement and feature extraction, and human-machine communication. It was found to have high security, low power consumption, small size, quick response time of 0.8 seconds, and high accuracy with a low equal error rate of 0.07%.
Palm vein technology
The document discusses palm vein biometric authentication technology. It explains that palm vein authentication uses infrared light to scan the unique vein patterns in a person's palm, which are then converted into encrypted data and stored in a database. This provides highly accurate personal identification without physical contact. Palm vein authentication has advantages over other biometric methods in being non-invasive, hygienic, and difficult to fake due to the complexity of palm vein patterns. It is being adopted for uses like ATMs, computers, and hospitals due to its security and contactless features.
Atm with an eye
1. The document proposes adding biometric eye recognition technology to ATMs to improve security over traditional password and card based verification.
2. With eye recognition ATMs, the ATM would capture an image of the user's eye and compare it to a stored biometric template instead of just verifying a PIN.
3. This adds an extra layer of security by ensuring the actual cardholder is present instead of just relying on knowledge of the card details and PIN.
Palm Vein Technology
Palm vein technology uses the unique vein patterns in people's palms as a biometric identifier for authentication. It works by using infrared light to scan and analyze the vein patterns, then comparing them to a stored profile. This contactless method provides hygienic and highly secure identification with a very low false acceptance and rejection rate. Potential applications include security access for buildings, computers, banking, and anywhere else that requires strong user authentication. The key advantages are its accuracy, permanence of vein patterns, and that it does not require physical contact. However, the scanners can be affected by temperature and environmental factors.
24708885 palm-vein-technology-abstract akmal
The document discusses palm vein technology, which uses the unique vein patterns in individuals' palms for biometric identification and authentication. It describes how palm vein scanning works by using infrared light to capture images of the vein patterns. The technology has very low false acceptance and rejection rates. It is highly secure because vein patterns cannot be replicated easily and remain unchanged throughout one's life. The document outlines some key applications of palm vein technology, including use for ATM access, personal computers, hospitals, and other areas requiring strong authentication.
ECG BIOMETRICS
This document discusses biometric recognition based on electrocardiogram (ECG) signals. It outlines the objective to comprehensively study biometrics systems using ECG signals. The document describes the typical components of such systems, including preprocessing raw ECG data, extracting features through symbolic representation, and classifying signals with algorithms like k-nearest neighbors. It also summarizes the results of experimental evaluations testing various feature extraction techniques on two ECG datasets, finding mean identification accuracies above 98%. The document concludes the potential value of ECG-based biometrics for personal identification.
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Now a days Eye tracking technology is applied in many fields like automotive defense and medical industries. The fields of advertising, entertainment, packaging and web design have all benefited significantly from studying the visual behavior of the consumer. Every day, as eye tracking is used in creative new ways, the list of applications grows.
Finger print based door access system
This document proposes a finger print based door access system using biometrics for authentication. It uses a FIM 30N high voltage fingerprint scanner module stored on an ARM7 microcontroller. Employees first register their fingerprints which are stored with a unique ID. When employees attempt to enter, their live fingerprint is scanned and compared to stored prints. If it matches, they must enter a password via keypad. If both authenticate, a stepper motor opens the door which automatically closes after a delay. The system aims to provide secure access for organizations and uses embedded C programming on an ARM microcontroller with various hardware components.
Biometric slideshare
This presentation discusses biometric authentication methods for enhancing security. It covers phases of biometric systems including capture, extraction, comparison and match/no match. Fingerprint recognition is described as the oldest method dating back to 1896 and widely used for criminal identification. The presentation also discusses other biometric techniques like hand geometry recognition, facial recognition analyzing attributes like eye sockets and mouth, voice recognition using formants, iris recognition using unique iris patterns, and emerging biometrics like vein scans, facial thermography, gait recognition, blood pulse, ear shape recognition and odor sensing. Biometric technologies can achieve e-commerce and e-government promises through strong personal authentication and each technique's performance varies by usage and environment.
ATM Security by using Fingerprint Recognition And GSM
This document discusses using biometric authentication in ATMs to address security issues. It outlines environmental and security concerns with conventional ATM systems that rely on PINs. It then describes how biometric authentication could use fingerprints, iris scans, or other biometrics to uniquely identify card holders instead of PINs. The document proposes a system that would collect biometric data, transmit it via GSM for authentication, and provide a more secure alternative to traditional ATMs.
palm vein technology and its applications
This document summarizes palm vein biometric authentication technology. It explains that palm vein patterns are unique and used like passwords to verify identity. An infrared scanner reads the vein pattern and compares it to a registered profile to grant or deny access. Palm vein authentication provides highly accurate identification without physical contact and remains valid throughout one's lifetime. It is a more advantageous biometric technique than fingerprint or iris scanning.
gsk Invisible eye advanced security system ppt
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Fingerprint Based Security System
This document describes a fingerprint-based security system using an Arduino Uno microcontroller and fingerprint sensor module. It provides an introduction to fingerprint biometrics and explains the components of the system, including how fingerprints are captured and matched. The system is capable of enrollment and verification of fingerprints to control access and will trigger different outputs like a buzzer or motor depending on if a match is found or not. Potential applications of this technology include security systems, employee verification, and border control.
biometric technology
Technology that identifies you based on your physical or behavioral traits- for added security to confirm that you are who you claim to be.(this ppt is very dear to me as i have given a talk on this topic twice. this also fetched me and migmar first prize at deen dayal upadhyay college- converging vectors - an inter college presentation competition organized by arya bhata science forum)
Fingerprint Based Biometric ATM Authentication System
Fingerprint Based Biometric ATM Authentication SystemInternational Journal of Engineering Inventions www.ijeijournal.com
This document summarizes a research paper on implementing a fingerprint-based biometric authentication system for ATMs using a PIC microcontroller. It describes how fingerprint identification works by analyzing ridge and valley patterns. The system uses a PIC16F877A microcontroller to collect fingerprint data from a fingerprint sensor module and match it to an enrolled fingerprint template to authenticate users. If a match is found, the ATM cashbox opens, and if not, an alarm sounds. The document discusses the methodology, advantages, limitations and components of the system, including the fingerprint sensor, microcontroller, LCD display, motor driver, and buzzer.Palm vein technology.pptx
This document discusses palm vein recognition technology for biometric authentication. It begins by explaining biometrics and some common biometric techniques like fingerprints, iris scans, and voice recognition. It then introduces palm vein recognition which uses infrared light to scan the unique vein patterns in one's palm. The document details how the palm vein pattern is extracted, encrypted, stored and used for matching during authentication. It notes the advantages of palm vein recognition over other techniques in terms of accuracy, security and inability to forge. Finally, it discusses some applications and challenges of the technology.
Palm vein technology ppt
The document discusses palm vein biometric authentication technology. It provides an overview of biometric technologies including fingerprint, face, iris, and palm vein scans. Palm vein technology uses infrared light to scan the vein patterns in the palm, which are unique to each individual, for identity verification purposes. The technology provides highly accurate authentication with false acceptance and rejection rates of 0.00008% and 0.01%. It has applications in banking, computers, ID cards, hospitals, and industries due to its accuracy, speed, and difficulty to forge.
Palm Vein Technology
Palm vein technology uses the unique vein patterns in people's palms as a contactless biometric identifier for authentication. It captures an infrared image of the palm veins, extracts an algorithm-based representation, and compares it to stored palm vein patterns to verify identity. Palm vein patterns are hidden, difficult to forge, and unaffected by skin or hand conditions. Studies show palm vein technology has a very low false acceptance rate of less than 0.00008% and false rejection rate of 0.01%, outperforming other biometrics like fingerprints, iris scans, and voice recognition. While palm vein authentication is highly secure, non-intrusive, and gaining applications like ATM access, it remains relatively expensive and has not seen global
Invisible Eye
This document describes an invisible eye advanced security system that uses a single camera for security. It consists of sensors to detect intrusion, a camera that turns to the location of intrusion and takes pictures, and a keypad interface. When sensors detect motion, the microcontroller activates the stepper motor to turn the camera and an image is captured and sent via GSM modem to the owner. It provides security at low cost by using a single camera that can view a full room instead of multiple fixed cameras. Potential applications include home, office, and bank security systems.
Biometric security system
The document discusses biometric systems for security. It defines biometrics as measuring biological traits to identify individuals. It then discusses the history of biometrics using fingerprinting in China in the 14th century. It describes the main types of biometric devices as behavioral (e.g. voice, signature) or physical (e.g. fingerprint, face) and lists their common uses including banking, attendance tracking, and data security. Finally, it compares biometric security to other methods and outlines some limitations such as noise in data and variations over time.
Biometrics Technology Seminar Report.
This document is a seminar report on biometrics technology submitted by Pavan Kumar M.T. to fulfill requirements for a Bachelor of Engineering degree. The report provides an introduction to biometrics, which uses human physiological or behavioral characteristics to identify individuals. It discusses the history of biometrics and provides a block diagram of typical biometrics systems. It also classifies and describes various biometric techniques including fingerprints, face recognition, hand geometry, iris recognition, speaker recognition, signature recognition, and gesture recognition.
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This document discusses key considerations for protecting critical infrastructure from cybersecurity threats involving biometrics. It notes that while biometrics can strengthen security, biometric systems themselves must be secured against attacks. The document outlines vulnerabilities across different stages of biometric systems and recommends countermeasures like multi-factor authentication, flexible technology, and ongoing analysis to adapt to evolving threats. The overall message is that cybersecurity requires a holistic defense-in-depth approach when using biometrics to authenticate identity.
1.palm vein technology(final)
This document discusses palm vein technology for biometric identification. Palm vein patterns are complex and internal, making them difficult to replicate. The technology works by capturing a vein pattern image and comparing it to a stored database template. It has applications in banking, computers, and other areas requiring authentication. Palm vein recognition provides accurate and secure identification while being non-invasive and relatively inexpensive compared to other biometric technologies. However, factors like temperature, humidity, and camera calibration can impact image quality.
49646489-PALM-VEIN-TECHNOLOGY.pptx
This document discusses palm vein technology, a biometric authentication method that uses the vascular patterns in a person's palms. It has very low false acceptance and rejection rates compared to other biometric technologies like fingerprints, iris scans, and voice recognition. Palm vein patterns are unique to each individual and difficult to forge. The technology works by capturing an infrared image of the palm veins and matching it to a database template. It has applications in security systems for buildings, computers, ATMs and more. The technology provides contactless and hygienic identification but can be affected by factors like temperature and remains relatively expensive.
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Atm with an eye
1. The document proposes adding biometric eye recognition technology to ATMs to improve security over traditional password and card based verification.
2. With eye recognition ATMs, the ATM would capture an image of the user's eye and compare it to a stored biometric template instead of just verifying a PIN.
3. This adds an extra layer of security by ensuring the actual cardholder is present instead of just relying on knowledge of the card details and PIN.
Palm Vein Technology
Palm vein technology uses the unique vein patterns in people's palms as a biometric identifier for authentication. It works by using infrared light to scan and analyze the vein patterns, then comparing them to a stored profile. This contactless method provides hygienic and highly secure identification with a very low false acceptance and rejection rate. Potential applications include security access for buildings, computers, banking, and anywhere else that requires strong user authentication. The key advantages are its accuracy, permanence of vein patterns, and that it does not require physical contact. However, the scanners can be affected by temperature and environmental factors.
24708885 palm-vein-technology-abstract akmal
The document discusses palm vein technology, which uses the unique vein patterns in individuals' palms for biometric identification and authentication. It describes how palm vein scanning works by using infrared light to capture images of the vein patterns. The technology has very low false acceptance and rejection rates. It is highly secure because vein patterns cannot be replicated easily and remain unchanged throughout one's life. The document outlines some key applications of palm vein technology, including use for ATM access, personal computers, hospitals, and other areas requiring strong authentication.
ECG BIOMETRICS
This document discusses biometric recognition based on electrocardiogram (ECG) signals. It outlines the objective to comprehensively study biometrics systems using ECG signals. The document describes the typical components of such systems, including preprocessing raw ECG data, extracting features through symbolic representation, and classifying signals with algorithms like k-nearest neighbors. It also summarizes the results of experimental evaluations testing various feature extraction techniques on two ECG datasets, finding mean identification accuracies above 98%. The document concludes the potential value of ECG-based biometrics for personal identification.
Eye Movement based Human Computer Interaction Technique
Eye movement-based interaction is one of several areas of current research in human computer interaction in which a new interface style seems to be emerging. In the non-command style, the computer passively monitors the user and responds as appropriate, rather than waiting for the user to issue specific commands. In describing eye movement-based human-computer interaction we can see two distinctions, one is in the nature of the user’s eye movements and the other, in the nature of the responses. In the world created by an eye movement based interface, users could move their eyes to scan the scene, just as they would a real world scene, unaffected by the presence of eye tracking equipment movement, on the eye movement axis. The alternative is to instruct users of the eye movement based interface to move their eyes in particular ways. On the response axis, objects could respond to a user’s eye movements in a natural way that is, the object responds to the user’s looking in the same way real objects do. The alternative is unnatural response, where objects respond in ways not experienced in the real world.
Now a days Eye tracking technology is applied in many fields like automotive defense and medical industries. The fields of advertising, entertainment, packaging and web design have all benefited significantly from studying the visual behavior of the consumer. Every day, as eye tracking is used in creative new ways, the list of applications grows.
Finger print based door access system
This document proposes a finger print based door access system using biometrics for authentication. It uses a FIM 30N high voltage fingerprint scanner module stored on an ARM7 microcontroller. Employees first register their fingerprints which are stored with a unique ID. When employees attempt to enter, their live fingerprint is scanned and compared to stored prints. If it matches, they must enter a password via keypad. If both authenticate, a stepper motor opens the door which automatically closes after a delay. The system aims to provide secure access for organizations and uses embedded C programming on an ARM microcontroller with various hardware components.
Biometric slideshare
This presentation discusses biometric authentication methods for enhancing security. It covers phases of biometric systems including capture, extraction, comparison and match/no match. Fingerprint recognition is described as the oldest method dating back to 1896 and widely used for criminal identification. The presentation also discusses other biometric techniques like hand geometry recognition, facial recognition analyzing attributes like eye sockets and mouth, voice recognition using formants, iris recognition using unique iris patterns, and emerging biometrics like vein scans, facial thermography, gait recognition, blood pulse, ear shape recognition and odor sensing. Biometric technologies can achieve e-commerce and e-government promises through strong personal authentication and each technique's performance varies by usage and environment.
ATM Security by using Fingerprint Recognition And GSM
This document discusses using biometric authentication in ATMs to address security issues. It outlines environmental and security concerns with conventional ATM systems that rely on PINs. It then describes how biometric authentication could use fingerprints, iris scans, or other biometrics to uniquely identify card holders instead of PINs. The document proposes a system that would collect biometric data, transmit it via GSM for authentication, and provide a more secure alternative to traditional ATMs.
palm vein technology and its applications
This document summarizes palm vein biometric authentication technology. It explains that palm vein patterns are unique and used like passwords to verify identity. An infrared scanner reads the vein pattern and compares it to a registered profile to grant or deny access. Palm vein authentication provides highly accurate identification without physical contact and remains valid throughout one's lifetime. It is a more advantageous biometric technique than fingerprint or iris scanning.
gsk Invisible eye advanced security system ppt
This document describes an "Invisible Eye" advanced security system that uses a single camera rather than multiple cameras. It consists of sensors to detect intrusion, a camera mounted on a stepper motor that can slew and take pictures upon alert, and a keypad interface. The system sends SMS alerts to the owner and police if intrusion is detected. It provides security at low cost by avoiding multiple cameras and reviewing hours of empty footage. Potential applications include home, office, and bank security.
Fingerprint Based Security System
This document describes a fingerprint-based security system using an Arduino Uno microcontroller and fingerprint sensor module. It provides an introduction to fingerprint biometrics and explains the components of the system, including how fingerprints are captured and matched. The system is capable of enrollment and verification of fingerprints to control access and will trigger different outputs like a buzzer or motor depending on if a match is found or not. Potential applications of this technology include security systems, employee verification, and border control.
biometric technology
Technology that identifies you based on your physical or behavioral traits- for added security to confirm that you are who you claim to be.(this ppt is very dear to me as i have given a talk on this topic twice. this also fetched me and migmar first prize at deen dayal upadhyay college- converging vectors - an inter college presentation competition organized by arya bhata science forum)
Fingerprint Based Biometric ATM Authentication System
Fingerprint Based Biometric ATM Authentication SystemInternational Journal of Engineering Inventions www.ijeijournal.com
This document summarizes a research paper on implementing a fingerprint-based biometric authentication system for ATMs using a PIC microcontroller. It describes how fingerprint identification works by analyzing ridge and valley patterns. The system uses a PIC16F877A microcontroller to collect fingerprint data from a fingerprint sensor module and match it to an enrolled fingerprint template to authenticate users. If a match is found, the ATM cashbox opens, and if not, an alarm sounds. The document discusses the methodology, advantages, limitations and components of the system, including the fingerprint sensor, microcontroller, LCD display, motor driver, and buzzer.Palm vein technology.pptx
This document discusses palm vein recognition technology for biometric authentication. It begins by explaining biometrics and some common biometric techniques like fingerprints, iris scans, and voice recognition. It then introduces palm vein recognition which uses infrared light to scan the unique vein patterns in one's palm. The document details how the palm vein pattern is extracted, encrypted, stored and used for matching during authentication. It notes the advantages of palm vein recognition over other techniques in terms of accuracy, security and inability to forge. Finally, it discusses some applications and challenges of the technology.
Palm vein technology ppt
The document discusses palm vein biometric authentication technology. It provides an overview of biometric technologies including fingerprint, face, iris, and palm vein scans. Palm vein technology uses infrared light to scan the vein patterns in the palm, which are unique to each individual, for identity verification purposes. The technology provides highly accurate authentication with false acceptance and rejection rates of 0.00008% and 0.01%. It has applications in banking, computers, ID cards, hospitals, and industries due to its accuracy, speed, and difficulty to forge.
Palm Vein Technology
Palm vein technology uses the unique vein patterns in people's palms as a contactless biometric identifier for authentication. It captures an infrared image of the palm veins, extracts an algorithm-based representation, and compares it to stored palm vein patterns to verify identity. Palm vein patterns are hidden, difficult to forge, and unaffected by skin or hand conditions. Studies show palm vein technology has a very low false acceptance rate of less than 0.00008% and false rejection rate of 0.01%, outperforming other biometrics like fingerprints, iris scans, and voice recognition. While palm vein authentication is highly secure, non-intrusive, and gaining applications like ATM access, it remains relatively expensive and has not seen global
Invisible Eye
This document describes an invisible eye advanced security system that uses a single camera for security. It consists of sensors to detect intrusion, a camera that turns to the location of intrusion and takes pictures, and a keypad interface. When sensors detect motion, the microcontroller activates the stepper motor to turn the camera and an image is captured and sent via GSM modem to the owner. It provides security at low cost by using a single camera that can view a full room instead of multiple fixed cameras. Potential applications include home, office, and bank security systems.
Biometric security system
The document discusses biometric systems for security. It defines biometrics as measuring biological traits to identify individuals. It then discusses the history of biometrics using fingerprinting in China in the 14th century. It describes the main types of biometric devices as behavioral (e.g. voice, signature) or physical (e.g. fingerprint, face) and lists their common uses including banking, attendance tracking, and data security. Finally, it compares biometric security to other methods and outlines some limitations such as noise in data and variations over time.
Biometrics Technology Seminar Report.
This document is a seminar report on biometrics technology submitted by Pavan Kumar M.T. to fulfill requirements for a Bachelor of Engineering degree. The report provides an introduction to biometrics, which uses human physiological or behavioral characteristics to identify individuals. It discusses the history of biometrics and provides a block diagram of typical biometrics systems. It also classifies and describes various biometric techniques including fingerprints, face recognition, hand geometry, iris recognition, speaker recognition, signature recognition, and gesture recognition.
biometrics and cyber security
This document discusses key considerations for protecting critical infrastructure from cybersecurity threats involving biometrics. It notes that while biometrics can strengthen security, biometric systems themselves must be secured against attacks. The document outlines vulnerabilities across different stages of biometric systems and recommends countermeasures like multi-factor authentication, flexible technology, and ongoing analysis to adapt to evolving threats. The overall message is that cybersecurity requires a holistic defense-in-depth approach when using biometrics to authenticate identity.
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Similar to PALM VEIN TECHNOLOGY..ppt
1.palm vein technology(final)
This document discusses palm vein technology for biometric identification. Palm vein patterns are complex and internal, making them difficult to replicate. The technology works by capturing a vein pattern image and comparing it to a stored database template. It has applications in banking, computers, and other areas requiring authentication. Palm vein recognition provides accurate and secure identification while being non-invasive and relatively inexpensive compared to other biometric technologies. However, factors like temperature, humidity, and camera calibration can impact image quality.
49646489-PALM-VEIN-TECHNOLOGY.pptx
This document discusses palm vein technology, a biometric authentication method that uses the vascular patterns in a person's palms. It has very low false acceptance and rejection rates compared to other biometric technologies like fingerprints, iris scans, and voice recognition. Palm vein patterns are unique to each individual and difficult to forge. The technology works by capturing an infrared image of the palm veins and matching it to a database template. It has applications in security systems for buildings, computers, ATMs and more. The technology provides contactless and hygienic identification but can be affected by factors like temperature and remains relatively expensive.
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Presentación en el Seminario Introducción a la Seguridad de la Información y Controles contra HackersPalm vein technology
Palm vein technology uses near-infrared light to capture a unique pattern of veins inside the palm. During registration, this vein pattern is digitized and stored as a template. To authenticate, the user places their palm over a scanner, which compares the live scan to the registered template. This technology offers several advantages over other biometrics, as the vein pattern cannot be stolen, remains the same from childhood to adulthood, and is unaffected by skin conditions or injuries. Potential applications include security systems, logins, attendance tracking, and financial services.
Palm vein technology
Palm vein technology uses the unique vascular patterns in individuals' palms for contactless identification and authentication. It works by scanning palm veins with infrared light and comparing the vein pattern images to those stored in a database. The technology is highly secure due to the uniqueness and complexity of palm vein patterns, with a very low false acceptance and rejection rate. Potential applications of palm vein technology include banking authentication, computer and device login, ID cards, and building access where hygienic and secure biometric identification is required. While accurate, the technology is still relatively expensive and has limitations related to image quality that can be addressed with further development.
palm vein technology
Palm vein technology uses the unique vein patterns in a person's palm for biometric identification and authentication. An infrared scanner reads the vein pattern and compares it to a registered template for verification. The technology is highly secure with a very low false acceptance and false rejection rate. It has applications in banking for ATM access, personal computers for login verification, and in hospitals and libraries for security and access control. The technology provides reliable and accurate identification without issues of forgotten passwords or codes, and no two individuals share the same vein pattern.
Palm vein Technology
Palm vein technology uses the unique vein patterns in a person's palm for biometric identification and authentication. An infrared scanner reads the vein pattern and compares it to a registered template for verification. The technology is highly secure with a very low false acceptance and false rejection rate. It has applications in banking for ATM access, personal computers for login verification, and in hospitals and libraries for security and access control. The technology provides reliable and accurate identification without issues of forgotten passwords or codes.
palmveintechnologyppt
This document discusses palm vein technology for biometric authentication. It begins with an introduction to palm vein scanning and then describes how the technology works by scanning the unique vein patterns in a user's palm. It registers these patterns during enrollment and then authenticates users by comparing live scans to the stored patterns. The technology provides highly accurate identification and strong security since vein patterns are difficult to forge. It has various applications like banking, computers, ID cards, and hospitals due to being contactless, hygienic, and secure.
palm vein technology (1).pptx
This document discusses palm vein technology, which uses patterns of veins in the palm for personal identification and authentication. It begins by introducing palm vein technology, which was developed by Fujitsu and is considered the world's first contactless identification. It then explains how palm vein authentication works by comparing vein patterns and discusses how secure the technology is. Applications mentioned include use in ATMs, personal computers by integrating sensors into mice, and in hospitals and libraries. Advantages include high security, not needing passwords, and resistance to changes in skin color or injury. Disadvantages include potential issues with image quality and higher costs compared to other technologies.
Palmsecure
Fujitsu has developed a contactless palm vein pattern authentication technology called PalmSecure. It uses the unique vein pattern in a person's palm, which contains over 5 million reference points and remains the same throughout one's life, to identify individuals with a high level of precision. The PalmSecure sensor uses near-infrared light to extract the vein pattern without touching the palm. This technology offers stronger security than passwords or ID cards as vein patterns cannot be forged or shared, while being hygienic, accurate, and easy to use.
Biometrics
The document discusses the key processes involved in biometric systems. It describes the basic structure of a biometric system as consisting of four main modules: a sensor module, feature extraction module, matcher module, and database module. It explains the two main modes of biometric systems: verification and identification. Verification performs a one-to-one matching of a live sample to a stored template while identification performs a one-to-many matching against all templates in a database. The document also defines false acceptance rate and false rejection rate as important performance metrics for biometric systems.
1 ICT in Society
This document discusses introduction to information and communication technology (ICT). It begins by defining ICT and its evolution from early writing systems to modern computers and networking. It then examines the usage of ICT in different aspects of everyday life such as education, banking, industry and e-commerce. The differences between computerized and non-computerized systems are highlighted. The impacts of ICT on society and issues around computer ethics, laws, crime and security are also summarized.
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This document discusses opportunities in the security installation industry. It provides statistics on average profit margins and sales for different security systems like access control, CCTV, and burglar alarms. It also summarizes publications and guidelines from BICSI related to electronic safety and security design. Key points covered include the growing convergence of IT and security, trends in video surveillance and access control, and factors to consider when designing and selling different security systems.
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The document discusses biometric security and various biometric identification methods. It defines biometrics as the automated use of behavioral and physiological characteristics to determine or verify identity. It then describes several common biometric identifiers like fingerprint recognition, hand geometry, voice recognition, face recognition, and iris recognition. The document provides details on how each method works, its applications, advantages, and disadvantages. It concludes with a discussion of multimodal biometrics systems that use multiple biometric factors for more secure authentication.
070327 biometrics
This document discusses biometrics and authentication. It defines biometrics as physiological or behavioral characteristics that can distinguish one person from another. Authentication relies on what you have, know, and are. Biometrics are used for identity verification to prevent identity theft. Applications are categorized as psychological (iris, fingerprints, etc.) or behavioral (voice, typing, signature). The biometric authentication process involves acquisition, creation of a master profile, storage, acquisition at authentication, comparison, and a decision. Key metrics include failure to enroll, accept, and false acceptance/rejection rates. Essential parameters, advantages and disadvantages of different biometric techniques like fingerprints, hand geometry, retinal scanning, iris scanning, face recognition, voice recognition, signature recognition
Fingerprint Technology
A fingerprint in its narrow sense is an impression left by the friction ridges of a human finger.Human fingerprints are detailed, unique, difficult to alter, and durable over the life of an individual making them suitable as long-term markers of human identity and may be employed by police or other authorities to identify individuals who wish to conceal their identity, or to identify people are incapacitated or deceased and thus unable to identify themselves, as in the aftermath of a natural disaster. When this fact is integrated for authentication purpose ,it creates an amazing lock system for Security purpose.Here we discuss what is Information Security ,how it is enhanced with the help of Fingerprint , its advantages, disadvantages.You will get a overall end to end scenario infront of you after going through all the slides. I have presented this topic in the Seminar presentation for completion of my M.Tech in Computer Science & Engineering.
managingyouraccesscontrolsystems-130223182036-phpapp01
This document provides an overview of access control systems, including definitions of key concepts like credentials and authentication. It discusses types of access control configurations from standalone to enterprise systems and considerations for software features and controller hardware. Peripheral components, door hardware, and trends are also mentioned. The document aims to help attendees gain knowledge about access control systems and how to maximize retention of information presented.
Access Control
This document provides an overview of various authentication methods and access control techniques. It discusses biometric authentication using fingerprints, iris scans, and other physiological traits. It also covers risks of biometric authentication like environmental factors impacting accuracy. Additional topics summarized include use of tokens, multi-factor authentication, single sign-on, and public key infrastructure for identity verification.
Advanced Technology
This document discusses technologies for aging populations and older adults. It covers several topics:
1) Smart home technologies that can help monitor safety and health including sensors, cameras and assistive robots.
2) Wearable sensors and devices that can continuously monitor vital signs and activities. Issues around usability, power and privacy are discussed.
3) Activity recognition algorithms that can analyze sensor data to recognize behaviors and patterns. Both ambient and vision-based approaches are described.
4) Challenges in developing and adopting these technologies including usability for older users, reliability of systems, data privacy, and integrating solutions. The future of more adaptive, user-centered and legally compliant technologies is addressed.
Palm veim technology.pptx
Palm vein technology uses the unique vein patterns in people's palms as a biometric identifier for authentication. A palm vein scanner captures an image of the veins under the skin's surface and matches it to the registered pattern for verification. This technology provides highly accurate identification due to the complex and unique nature of each person's palm vein structure. It has error rates below 0.01% and can be used for security applications like ATMs, computers, buildings, and more. Advantages include lifetime usability, low cost, and difficulty spoofing the biometric, while disadvantages include potential image quality issues and higher initial costs than other methods.
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PALM VEIN TECHNOLOGY..ppt
- 1. AVANTHI SCIENTIFIC AND TECHNOLIGICAL REASEARCH ACADAMY ELECTRICAL & ELECTRONICS ENGINEERING PRESENTED BY:- T.HEMANTH REDDY 20PT5A0244.
- 3. CONTENTS •INTRODUTION •OVERVIEW OF BIOMETRICS •WHAT IS PALM VEIN TECHNOLOGY? •HOW DOES THE PALM VEIN RECOGNITION SYSTEM WORK? •APPLICATIONS •ADVANTAGES •DISADVANTAGES •CONCLUSION •REFERENCES
- 4. INTODUCTION •In the present network society, where individuals can easily access their information any time and anywhere. •People are also faced with the risk that others can easily access the same information anytime and anywhere. •Currently, passwords, identification cards are used for personal identification. •However, cards can be stolen, and passwords and numbers can be guessed or forgotten.
- 5. OVERVIEW OF BIOMETRICS Technology + - Fingerprint •Popular •Cheapest •Less Accurate Voice •Non invasive •Least Accurate Iris & Retinal •Very accurate •Invasive •Expensive •Sensitive Palm Vein •Non-invasive •Relatively Cheap •Accurate •Unfamiliar
- 7. WHAT IS PALM VEIN TECHNOLOGY??? • Palm vein technologies are one of the technologies which is highly secure. • Palm vein authentication works by comparing the pattern of veins in the palm of a person being authenticated with a pattern stored in a database.
- 8. • In this technology ONE’S PALM is used as the “PASSWORD” for verification • The venis present in the palm of the individual are scanned and verified thus providing the access
- 9. Working of palm vein recognization system Simply hold your palm a few centimeters over the scanner. Sensor scans vein patterns. Vein pattern along with personal details are stored in database.
- 11. What happens if the registered palm gets damaged? • There may be a chance that the palm we had registered may get damaged then we cannot use this technology. • So during the time of registration we take the veins of both the hands so that if one gets damaged we can access through the second hand. • When we apply this method we can maintain complete privacy .
- 12. APPLICATIONS • ATM’s • BANKS • PERSONAL COMPUTERS • HOSPITALS • LIBRARY • AUTHENTICATION
- 13. ADVANTAGES •Vein patterns are not easily manipulated, observed, damaged or changed. •Palm veins are most complex & present inside the superficial skin. So impossible to copy the palm veins. •It is highly secure and accurate. •This technology is also fast and easy to install.
- 14. DISADVANTAGES •There are numerous factors that can affect the quality of the captured image. •For example body temperature, heat radiation, humidity, nearness of vein to surface, camera,calibration, humidity and focus. •It is relatively expensive.
- 15. • Palm vein pattern recognition is a convenient and easy to use biometric technology with high security and accuracy level. • Surely this technology will bring a revolution in the field of science and technology in the near future. CONCLUSION