ATM WITH AN EYE
•Download as PPTX, PDF•
0 likes•1,672 views
The document discusses improvements to ATM security through the addition of facial recognition technology. It describes how facial recognition systems work by examining features like the eyes, nose, and mouth to create unique facial profiles for matching purposes. With appropriate lighting and software, facial recognition could account for variations between stored and live images. While limiting access based on facial matches, banks could still restrict transactions using PINs. The document also briefly touches on iris recognition and locations for ATM placement.
Report
Share
Report
Share
Recommended
an atm with an eye
This document describes an automated teller machine (ATM) with enhanced security features that uses facial recognition technology. It discusses how current ATMs use cards and PINs for identity verification and the shortcomings of this approach. The proposed ATM would use a camera to capture a live image of the customer's face and compare it to a stored facial image to verify their identity before dispensing cash, providing a more secure method of authentication. The document outlines how the facial recognition system would work and the benefits of using biometric identification to protect both consumers and financial institutions.
An ATM With Third Eye The Future’s Technological Innovation
Eldad Lieberman started out a company known as elyi systems and supplied hundreds of business's with the capability to have ATM'S to enable customers to get cash to buy things.
Atm with an eye
This document discusses improvements to security for automated teller machines (ATMs). It proposes adding facial recognition technology to address security issues with stolen cards and PINs. A camera would capture a user's face and match it to the stored image associated with their bank account. Only if the PIN, live image, and stored image all match would the transaction be authorized. This enhanced verification process could help reduce fraud and protect both customers and financial institutions.
An atm with an iris recognition
This document discusses replacing traditional ATMs that use magnetic cards and PINs with an ATM that uses iris recognition for identity verification. It notes that current ATMs create environmental waste from paper cards and envelopes and have security issues from stolen cards and PIN cracking. An iris recognition-based ATM would scan the user's iris and match it to a stored iris code, verifying the user only if a match is found. The iris pattern is highly unique and iris recognition has a very low misidentification rate compared to other biometric methods. An iris-scanning ATM would provide more secure identity verification and transactions without generating paper waste.
Seminar on atm
An ATM, or automated teller machine, allows bank customers to access their accounts and perform transactions like withdrawing cash or checking balances without interacting with a human teller. The document provides a history of the first ATM, how ATMs work by connecting to bank networks, common security features of ATMs, and tips for safe ATM usage. Modern ATMs use encryption and other technologies to securely process transactions and protect customers' financial information.
Presentation on security feature of atm (2)
The document discusses the security features of ATM systems. It describes how ATMs work by having customers authenticate using cards and PINs. ATM security relies on crypto-processors, database security, and network security. It provides security through mechanisms like time-outs for invalid PIN entries and recognizing stolen cards. Additional security features include identity verification, data confidentiality, accountability, and audit capabilities. The document emphasizes the importance of keeping ATM cards and PINs secure and reporting any loss or theft.
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.
an atm with an eye
This document discusses an ATM with iris recognition security. It introduces how traditional ATMs work using debit/credit cards and PINs, but notes increased security risks. An iris-scanning ATM is proposed to provide password-free access by matching a live iris image to one stored in a bank database. The summary describes how the iris-scanning ATM works by using a camera to capture an iris image, generate a code, and compare it to the user's code on file to verify their identity before completing transactions.
Recommended
an atm with an eye
This document describes an automated teller machine (ATM) with enhanced security features that uses facial recognition technology. It discusses how current ATMs use cards and PINs for identity verification and the shortcomings of this approach. The proposed ATM would use a camera to capture a live image of the customer's face and compare it to a stored facial image to verify their identity before dispensing cash, providing a more secure method of authentication. The document outlines how the facial recognition system would work and the benefits of using biometric identification to protect both consumers and financial institutions.
An ATM With Third Eye The Future’s Technological Innovation
Eldad Lieberman started out a company known as elyi systems and supplied hundreds of business's with the capability to have ATM'S to enable customers to get cash to buy things.
Atm with an eye
This document discusses improvements to security for automated teller machines (ATMs). It proposes adding facial recognition technology to address security issues with stolen cards and PINs. A camera would capture a user's face and match it to the stored image associated with their bank account. Only if the PIN, live image, and stored image all match would the transaction be authorized. This enhanced verification process could help reduce fraud and protect both customers and financial institutions.
An atm with an iris recognition
This document discusses replacing traditional ATMs that use magnetic cards and PINs with an ATM that uses iris recognition for identity verification. It notes that current ATMs create environmental waste from paper cards and envelopes and have security issues from stolen cards and PIN cracking. An iris recognition-based ATM would scan the user's iris and match it to a stored iris code, verifying the user only if a match is found. The iris pattern is highly unique and iris recognition has a very low misidentification rate compared to other biometric methods. An iris-scanning ATM would provide more secure identity verification and transactions without generating paper waste.
Seminar on atm
An ATM, or automated teller machine, allows bank customers to access their accounts and perform transactions like withdrawing cash or checking balances without interacting with a human teller. The document provides a history of the first ATM, how ATMs work by connecting to bank networks, common security features of ATMs, and tips for safe ATM usage. Modern ATMs use encryption and other technologies to securely process transactions and protect customers' financial information.
Presentation on security feature of atm (2)
The document discusses the security features of ATM systems. It describes how ATMs work by having customers authenticate using cards and PINs. ATM security relies on crypto-processors, database security, and network security. It provides security through mechanisms like time-outs for invalid PIN entries and recognizing stolen cards. Additional security features include identity verification, data confidentiality, accountability, and audit capabilities. The document emphasizes the importance of keeping ATM cards and PINs secure and reporting any loss or theft.
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.
an atm with an eye
This document discusses an ATM with iris recognition security. It introduces how traditional ATMs work using debit/credit cards and PINs, but notes increased security risks. An iris-scanning ATM is proposed to provide password-free access by matching a live iris image to one stored in a bank database. The summary describes how the iris-scanning ATM works by using a camera to capture an iris image, generate a code, and compare it to the user's code on file to verify their identity before completing transactions.
Atm security
The document discusses the security features of ATM systems. It covers how ATMs work by connecting to a host computer for transaction authorization. Card readers, PIN entry, and crypto-processors securely authenticate users. Additional security measures include transaction limits, invalidating stolen cards, and encrypting transmitted data. Databases and network security aim to protect confidential user information and ensure integrity of financial transactions processed through the ATM network.
AN ATM WITH AN EYE BY SAIKIRAN PANJALA
An ATM with facial recognition and iris scanning is proposed to improve security. It would use cameras to capture images of the user's face and iris to match against stored images associated with their bank account, replacing the need for an ATM card and PIN. If the live and stored images match, the user would be verified. This system aims to make ATM transactions more reliable, efficient and secure compared to existing card/PIN verification methods. The document provides background on ATMs, biometric identification techniques, and describes how a facial/iris recognition system could work and the potential benefits.
14 581
The document discusses security improvements for ATMs. It proposes integrating facial recognition and iris scanning technologies into the identity verification process used by ATMs. This would help protect against fraud from stolen cards and PINs. The system would match a live image to an image stored in the bank's database associated with the account. Only a match between the images and correct PIN would verify the user. The document also discusses using iris scanning instead of cards and PINs for a cardless, password-free way to withdraw money by matching a scanned iris to images in the database. It suggests this biometric authentication could improve security over current magnetic card and PIN verification methods.
Atm wtih an eye FROM ANAND REDDY
1. The document discusses adding biometric identification, specifically eye recognition, to ATMs to improve security over traditional passwords.
2. It describes how an ATM with eye recognition would work, prompting the user to insert their card then input their PIN before capturing an image of the user's eye to verify their identity.
3. Eye recognition offers advantages over other biometrics for ATM use as the iris and retina patterns are unique, stable over a person's lifetime, and can be imaged from a distance. However, challenges include obtaining a clear image of the small eye target.
ATM with an EYE
This document summarizes a seminar presentation on ATMs that use iris recognition for security. It defines ATMs and discusses their history, how iris recognition works, the techniques involved, and advantages like convenience and protection from identity theft. Potential disadvantages include identify theft if the iris data is compromised or the physical ATM is stolen. The conclusion is that iris recognition provides more reliable security than passwords or cards alone by quickly verifying users' identities.
Atm security
An automated teller machine (ATM) allows customers to access their bank accounts to withdraw and deposit cash, transfer money between accounts, and check balances without visiting a branch. ATMs connect to bank networks through leased phone lines or dial-up connections. They have input devices like card readers and keypads, and output devices like screens, printers, and cash dispensers. ATMs provide benefits for both banks and customers by increasing business and allowing customers convenient access to cash whenever needed.
Atm (bm)
The document provides information about Automated Teller Machines (ATMs) in India, including their history, how they work, security measures, and benefits. It notes that ATMs were first introduced in 1967 in London and have since gained prominence as a delivery channel for banking in India. The number of ATMs in India has grown significantly in recent years and is expected to continue growing.
ATM(AUTOMATIC TELLER MACHINE)-HISTORY,TYPES, WORKING, STRUCTURE
An ATM allows customers to access financial services without a human clerk. It uses a card with magnetic stripe or chip to identify the customer and a PIN for security. The first ATM was introduced in 1967 in London. An ATM has components like a card reader, keypad, display, printer and cash dispenser. It communicates with a host processor to approve transactions, transferring funds between accounts. ATMs are commonly placed in locations where many people gather for convenience.
An atm with an eye
This document proposes an ATM system that uses facial recognition instead of cards and PINs for verification. It would work by having a camera installed on the ATM that takes a photo of the customer's face and compares it to an image stored in the bank's database associated with the account. This would provide increased security by matching a live photo to the stored image without needing a card or PIN. The document outlines the components, techniques, process and potential benefits of such a biometric-based ATM system for more reliable authentication.
Automated Teller Machine
Automated Teller Machines (ATMs) were invented in the 1960s and allowed customers to access cash without a bank teller. The first ATM was introduced in 1967 in London. There are several types of ATMs including online ATMs that are connected to the bank database and offline ATMs that have preset withdrawal limits. While ATMs provide convenience, criminals use various scams like attaching card skimmers to the outside of ATMs and installing fake ATMs solely to steal customer information. Common ATM scams involve stealing customer cards and PINs through hidden cameras or by tricking customers.
Security features of atm
An ATM (automated teller machine) allows customers to withdraw cash, check balances, and complete other transactions without a human teller. The world's first ATM was installed in Enfield, London in 1967. ATMs are also known as cash machines, cash points, automated banking machines, and hole-in-the-wall. They provide access to financial services via a computer without needing a clerk or teller.
Atm security
Government Developed ATM Machine those people who do not a stand for a rank of row. Maximum People is attract this system because it is time consuming and user friendly. Government provide many security of that system like, ATM Card No., PIN No
ATM Frauds and Solutions
ATM security is one of the gravest concerns among all ATM owners and consumers. With growing ATM frauds and thefts its very necessary to follow some important security measures related to ATM usage or purchase. Here are some basic and important security measures to be followed to avoid ATM frauds.
Security features of atm
ATM' An electronic banking outlet, which allows customers to complete basic transactions without the aid of a branch representative or teller. There are two primary types of automated teller machines.
Best practice for_physical_atm_security
This document provides guidelines for physical security best practices for ATMs. It outlines recommendations for minimum security measures including alarm systems, safes, lighting, and anchoring of ATMs. The document also discusses assessing security risks, liaising with police, and responding to security threats. The physical security of ATMs, cash handling, and personnel safety are addressed.
Software for atm manufacturer
ATM stands for Automated Teller Machine and allows customers to access their bank accounts for cash withdrawals, check account balance and purchase pre paid mobile phone credit. It often provides one of the best possible official exchange rates for foreign travelers and also widely used for this purpose.
ATM BANKING SYSTEM
The money transaction most for used an ATMs and credit cards.
The authentication of these transactions are unsecure
Author proposes the idea of using fingerprints
customers as password in place of traditional pin number
A reference fingerprint of the nominee for close family member of the customer
Atm-Automated Teller Machines prepared by Abhijith Rajasekharan
ATM Automated Teller Machines prepared by Abhijith Rajasekharan from Lourdes Matha College of Science and Technology (LMCST) Kuttichal Trivandrum, kerala
Atm
one of the basic necessities in our life , i have prepared this to make it understandable for a layman to use it . i have also presented to a seminar that was quiet apprecaible , hope to get from you all also .THANK YOU :)
Iris recognition seminar
This document discusses iris recognition as a biometric method for uniquely identifying individuals. It begins by explaining biometrics and the need for identification methods due to advances in technology and globalization. It then describes the anatomy of the human eye and details how the iris is unique among individuals and stable over one's lifetime, making it suitable for recognition. The document explains John Daugman's algorithms for iris encoding and matching iris codes to identify individuals. It discusses applications of iris recognition including border control, ATM access, and forensic identification. The document concludes that iris recognition is a highly accurate and secure biometric method due to the statistical rarity of matching irises between individuals.
human robot interaction
This document discusses human robot interaction (HRI) and provides examples of modern robots. It begins by defining HRI and outlining Isaac Asimov's three laws of robotics, which aim to ensure safe interaction between humans and robots. Examples are then given of three robots: Valkyrie, a humanoid robot designed by NASA; Schaft, a robot that won a DARPA competition; and CHIMP, a tracked mobile robot. The document concludes by asking what future robots may look like.
More Related Content
What's hot
Atm security
The document discusses the security features of ATM systems. It covers how ATMs work by connecting to a host computer for transaction authorization. Card readers, PIN entry, and crypto-processors securely authenticate users. Additional security measures include transaction limits, invalidating stolen cards, and encrypting transmitted data. Databases and network security aim to protect confidential user information and ensure integrity of financial transactions processed through the ATM network.
AN ATM WITH AN EYE BY SAIKIRAN PANJALA
An ATM with facial recognition and iris scanning is proposed to improve security. It would use cameras to capture images of the user's face and iris to match against stored images associated with their bank account, replacing the need for an ATM card and PIN. If the live and stored images match, the user would be verified. This system aims to make ATM transactions more reliable, efficient and secure compared to existing card/PIN verification methods. The document provides background on ATMs, biometric identification techniques, and describes how a facial/iris recognition system could work and the potential benefits.
14 581
The document discusses security improvements for ATMs. It proposes integrating facial recognition and iris scanning technologies into the identity verification process used by ATMs. This would help protect against fraud from stolen cards and PINs. The system would match a live image to an image stored in the bank's database associated with the account. Only a match between the images and correct PIN would verify the user. The document also discusses using iris scanning instead of cards and PINs for a cardless, password-free way to withdraw money by matching a scanned iris to images in the database. It suggests this biometric authentication could improve security over current magnetic card and PIN verification methods.
Atm wtih an eye FROM ANAND REDDY
1. The document discusses adding biometric identification, specifically eye recognition, to ATMs to improve security over traditional passwords.
2. It describes how an ATM with eye recognition would work, prompting the user to insert their card then input their PIN before capturing an image of the user's eye to verify their identity.
3. Eye recognition offers advantages over other biometrics for ATM use as the iris and retina patterns are unique, stable over a person's lifetime, and can be imaged from a distance. However, challenges include obtaining a clear image of the small eye target.
ATM with an EYE
This document summarizes a seminar presentation on ATMs that use iris recognition for security. It defines ATMs and discusses their history, how iris recognition works, the techniques involved, and advantages like convenience and protection from identity theft. Potential disadvantages include identify theft if the iris data is compromised or the physical ATM is stolen. The conclusion is that iris recognition provides more reliable security than passwords or cards alone by quickly verifying users' identities.
Atm security
An automated teller machine (ATM) allows customers to access their bank accounts to withdraw and deposit cash, transfer money between accounts, and check balances without visiting a branch. ATMs connect to bank networks through leased phone lines or dial-up connections. They have input devices like card readers and keypads, and output devices like screens, printers, and cash dispensers. ATMs provide benefits for both banks and customers by increasing business and allowing customers convenient access to cash whenever needed.
Atm (bm)
The document provides information about Automated Teller Machines (ATMs) in India, including their history, how they work, security measures, and benefits. It notes that ATMs were first introduced in 1967 in London and have since gained prominence as a delivery channel for banking in India. The number of ATMs in India has grown significantly in recent years and is expected to continue growing.
ATM(AUTOMATIC TELLER MACHINE)-HISTORY,TYPES, WORKING, STRUCTURE
An ATM allows customers to access financial services without a human clerk. It uses a card with magnetic stripe or chip to identify the customer and a PIN for security. The first ATM was introduced in 1967 in London. An ATM has components like a card reader, keypad, display, printer and cash dispenser. It communicates with a host processor to approve transactions, transferring funds between accounts. ATMs are commonly placed in locations where many people gather for convenience.
An atm with an eye
This document proposes an ATM system that uses facial recognition instead of cards and PINs for verification. It would work by having a camera installed on the ATM that takes a photo of the customer's face and compares it to an image stored in the bank's database associated with the account. This would provide increased security by matching a live photo to the stored image without needing a card or PIN. The document outlines the components, techniques, process and potential benefits of such a biometric-based ATM system for more reliable authentication.
Automated Teller Machine
Automated Teller Machines (ATMs) were invented in the 1960s and allowed customers to access cash without a bank teller. The first ATM was introduced in 1967 in London. There are several types of ATMs including online ATMs that are connected to the bank database and offline ATMs that have preset withdrawal limits. While ATMs provide convenience, criminals use various scams like attaching card skimmers to the outside of ATMs and installing fake ATMs solely to steal customer information. Common ATM scams involve stealing customer cards and PINs through hidden cameras or by tricking customers.
Security features of atm
An ATM (automated teller machine) allows customers to withdraw cash, check balances, and complete other transactions without a human teller. The world's first ATM was installed in Enfield, London in 1967. ATMs are also known as cash machines, cash points, automated banking machines, and hole-in-the-wall. They provide access to financial services via a computer without needing a clerk or teller.
Atm security
Government Developed ATM Machine those people who do not a stand for a rank of row. Maximum People is attract this system because it is time consuming and user friendly. Government provide many security of that system like, ATM Card No., PIN No
ATM Frauds and Solutions
ATM security is one of the gravest concerns among all ATM owners and consumers. With growing ATM frauds and thefts its very necessary to follow some important security measures related to ATM usage or purchase. Here are some basic and important security measures to be followed to avoid ATM frauds.
Security features of atm
ATM' An electronic banking outlet, which allows customers to complete basic transactions without the aid of a branch representative or teller. There are two primary types of automated teller machines.
Best practice for_physical_atm_security
This document provides guidelines for physical security best practices for ATMs. It outlines recommendations for minimum security measures including alarm systems, safes, lighting, and anchoring of ATMs. The document also discusses assessing security risks, liaising with police, and responding to security threats. The physical security of ATMs, cash handling, and personnel safety are addressed.
Software for atm manufacturer
ATM stands for Automated Teller Machine and allows customers to access their bank accounts for cash withdrawals, check account balance and purchase pre paid mobile phone credit. It often provides one of the best possible official exchange rates for foreign travelers and also widely used for this purpose.
ATM BANKING SYSTEM
The money transaction most for used an ATMs and credit cards.
The authentication of these transactions are unsecure
Author proposes the idea of using fingerprints
customers as password in place of traditional pin number
A reference fingerprint of the nominee for close family member of the customer
Atm-Automated Teller Machines prepared by Abhijith Rajasekharan
ATM Automated Teller Machines prepared by Abhijith Rajasekharan from Lourdes Matha College of Science and Technology (LMCST) Kuttichal Trivandrum, kerala
Atm
one of the basic necessities in our life , i have prepared this to make it understandable for a layman to use it . i have also presented to a seminar that was quiet apprecaible , hope to get from you all also .THANK YOU :)
What's hot (20)
ATM(AUTOMATIC TELLER MACHINE)-HISTORY,TYPES, WORKING, STRUCTURE
ATM(AUTOMATIC TELLER MACHINE)-HISTORY,TYPES, WORKING, STRUCTURE
Atm-Automated Teller Machines prepared by Abhijith Rajasekharan
Atm-Automated Teller Machines prepared by Abhijith Rajasekharan
Viewers also liked
Iris recognition seminar
This document discusses iris recognition as a biometric method for uniquely identifying individuals. It begins by explaining biometrics and the need for identification methods due to advances in technology and globalization. It then describes the anatomy of the human eye and details how the iris is unique among individuals and stable over one's lifetime, making it suitable for recognition. The document explains John Daugman's algorithms for iris encoding and matching iris codes to identify individuals. It discusses applications of iris recognition including border control, ATM access, and forensic identification. The document concludes that iris recognition is a highly accurate and secure biometric method due to the statistical rarity of matching irises between individuals.
human robot interaction
This document discusses human robot interaction (HRI) and provides examples of modern robots. It begins by defining HRI and outlining Isaac Asimov's three laws of robotics, which aim to ensure safe interaction between humans and robots. Examples are then given of three robots: Valkyrie, a humanoid robot designed by NASA; Schaft, a robot that won a DARPA competition; and CHIMP, a tracked mobile robot. The document concludes by asking what future robots may look like.
Finger tracking in mobile human compuetr interaction
This document discusses human-computer interaction (HCI), which involves studying how users interact with computers. HCI aims to design interfaces that allow intuitive interaction. The document outlines the history of HCI technology from the 1950s onward and discusses recent advancements in interaction methods, like gesture recognition and virtual controllers. It also notes some challenges in developing technologies that flexibly support natural human behaviors.
Light pen
The light pen is an input device that uses light detection to select objects on a display screen. It was developed in 1952 as part of the Whirlwind Project at MIT and functions by sensing the light emitted from pixels on the screen. A light pen allows users to point to and select displayed objects or draw on the screen and can be used on computer screens, TV screens, and smart boards.
Brain fingerprinting
Brain fingerprinting is a technique that uses electroencephalography (EEG) to measure electrical brain wave responses to words, phrases, or pictures presented on a computer screen. It is designed to determine if an individual recognizes specific crime-related information by detecting a P300 brain wave, which occurs when a person recognizes meaningful stimuli. The test presents targets the person is expected to recognize, irrelevant stimuli, and probes related to the crime. If probes elicit a P300, it indicates the person has knowledge of the crime. Brain fingerprinting claims to be more accurate than polygraph tests in detecting guilty knowledge. It has been used in over 120 tests, including for the FBI and US military.
Monitoring of air pollution
Monitoring of air pollution involves tracking key pollutants like SO2, smoke, and suspended particles on a daily basis. Common methods include measuring SO2 levels, the smoke index, and deposit of grit and dust. The air quality index provides information on air cleanliness and potential health effects. Major effects of air pollution include respiratory illnesses and increased risk of lung cancer. Prevention and control involves techniques like containment, replacing polluting processes, dilution through green belts, legislation like the Clean Air Act, and international coordination through organizations like the WHO.
Animatronics PPT
This document discusses the history and development of animatronics. It begins by defining animatronics as a combination of animation and electronics involving mechanized puppets. It then provides a brief history, noting early examples from China and Leonardo Da Vinci, before discussing popularization in movies like Jurassic Park. Disney is credited with coining the term "audio-animatronics" and developing advanced technologies. Key steps in design like framing, skin/exterior, and assembly are outlined. Potential future applications discussed include artificial zoos, prosthetics, and robotic fish for research.
Iris Recognition
The document discusses iris biometrics and an iris recognition system. It provides details on iris anatomy, image acquisition, preprocessing, iris localization including pupil and iris detection, iris normalization, feature extraction using Haar wavelets, and matching. It evaluates the system on three databases achieving over 94% accuracy with low false acceptance and rejection rates. Further work is proposed on fusion, dual extraction approaches, indexing large databases, and using local descriptors.
Security
This document discusses biometric authentication for ATM security. It describes common ATM attacks like skimming and explains how biometric authentication works by using unique human characteristics. Various biometric modalities are described, including fingerprints, iris scans, palm veins, and facial recognition. Multimodal biometrics is presented as an accurate approach that fuses multiple biometrics to strongly authenticate users. Applications of biometrics for ATMs and other systems are mentioned along with advantages like improved security and disadvantages like increased costs. The conclusion states that multimodal biometrics provides a high level of ATM security by reducing fraudulent activities and false acceptance rates.
E paper slides
This document summarizes a seminar presentation on electronic paper technology. It discusses the history and development of e-paper, including early work by Sheridon at Xerox and challenges with word processing PCs. It outlines the main technologies used in e-paper like Gyricon, electrophoretic, electro-wetting, and electro-fluidic displays. The document explains how e-paper works and its technical aspects. It discusses the impact and applications of e-paper as well as advantages like low power and reusability and disadvantages like low refresh rates. Finally, it covers challenges, the future potential of e-paper, and concludes that it will co-exist with traditional displays.
Smart antenna systems
This document presents information on smart antennas. It discusses different types of smart antennas including switched beam antennas and adaptive array antennas. Switched beam antennas form multiple fixed beams while adaptive array antennas can dynamically adjust patterns in response to the signal environment. Space division multiple access is described as an advanced technique that employs smart antennas. Key advantages of smart antennas are also summarized such as improved coverage, interference reduction, and increased system capacity. Applications and limitations of smart antenna systems are provided.
Digital jewellery
Digital jewelry is emerging as a new technology that embeds computing capabilities into jewelry and accessories. Prototypes include a ring that flashes different colors to identify incoming calls, earrings with speakers, and a bracelet with a small display. The components of a digital jewelry device would include a screen or display, microphone, antenna, and battery. Technical challenges remain around charging and costs, but digital jewelry may soon replace standalone devices by integrating computing into fashion items that are worn.
Human computer interaction
The document discusses key aspects of human-computer interaction (HCI), including its importance, elements, interaction styles, input and output devices, and eye tracking techniques. HCI aims to design human-centered systems by understanding users' visual, intellectual, motor, and memory capabilities. Serious HCI research promises to fundamentally change computing by creating excellent user interfaces. Understanding users and conducting evaluations are important for practitioners. Common interaction styles include command lines, menus, and WIMP interfaces. Input devices include keyboards while outputs include displays, and humans interact visually, auditorily, and through touch. Various eye tracking methods aim to measure gaze, such as electrooculography and video-based techniques. HCI is an interdisciplinary
Artificial retina using thin film transistor report
The document describes an artificial retina that uses thin-film photodiodes and poly-silicon thin-film transistors. It is fabricated on transparent and flexible substrates to mimic the functions of a natural retina. The artificial retina achieves edge enhancement through a circuit design that processes signals from the photodiodes through current mirrors and load resistances. It can be implanted inside the eye through either epiretinal or subretinal implantation methods to help restore sight for those who have lost vision due to retinal damage or disease.
Artificial retina using thin film transistor technology
The document describes the development of an artificial retina using thin-film transistors (TFTs) that can be implanted in the back of the human eye. The artificial retina contains photo sensors and circuits integrated on a flexible substrate using poly-silicon TFTs. It receives wireless power through inductive coupling between an external coil and an internal receiving coil embedded in the eye. The artificial retina is aimed at restoring vision by stimulating the retina with an array of pixels that output different voltages based on light levels detected by phototransistors.
Black box
Flight data recorders, also known as black boxes, are electronic devices used to record parameters of an aircraft's performance. They consist of a flight data recorder and cockpit voice recorder. The first prototype flight data recorder was developed in 1956. Modern black boxes use solid state technology that can record up to 25 hours of flight data and survive extreme conditions like fires, crashes, and underwater submersion. Recorded data helps investigators determine the causes of accidents and prevent future incidents.
High protection ATM system with fingerprint identification technology
This project was carried out at the College of Engineering, Design, Art and Technology, Makerere university Kampala Uganda
The main objective of this project was to come up with a more secure ATM system that will reduce on the ATM fraud.
Eye gaze technology
Eye gaze technology allows people with certain disabilities or injuries to communicate through eye movements. It can synthesize speech, control devices like computers, and access the internet. Some systems that provide eye gaze technology are ERICA, Tobii eye trackers, Dynavox Eyemax, and Eyegaze Edge. Eye gaze technology supports universal design for learning principles by providing alternative means of expression, representation, and engagement for students.
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.
Face recognition ppt
This document provides an overview of facial recognition technology. It discusses the history of facial recognition, how the technology works by detecting nodal points on faces and creating faceprints for identification. It also covers implementations, comparing images to templates to verify or identify individuals, and applications in security and surveillance. Strengths are its non-invasive nature, but it can be impacted by changes in appearance.
Viewers also liked (20)
Finger tracking in mobile human compuetr interaction
Finger tracking in mobile human compuetr interaction
Artificial retina using thin film transistor report
Artificial retina using thin film transistor report
Artificial retina using thin film transistor technology
Artificial retina using thin film transistor technology
High protection ATM system with fingerprint identification technology
High protection ATM system with fingerprint identification technology
Eye Movement based Human Computer Interaction Technique
Eye Movement based Human Computer Interaction Technique
Similar to ATM WITH AN EYE
nonClonableID™ for the Banking Domain
Fake debit cards, cash cards, and credit cards are a serious problem both for consumers and issuing banks.
Info 01 16_4_banking_application
Fake debit cards, cash cards, and credit cards are a serious problem both for consumers and issuing banks.
BIOMETRIC AND MAGIC PIN AUTHENTICATION SYSTEM FOR ATM
This document discusses a proposed biometric and magic PIN authentication system for ATMs. The system would combine the use of a physical access card, a randomly generated "MagicPIN", and facial recognition using deep convolutional neural networks. If adopted, the system aims to improve security by verifying card owners' identities through biometric authentication in addition to requiring possession of the access card. The system is intended to help solve problems of account security and ensure only the real account owner can access their accounts. It analyzes related work on ATM security and discusses how the proposed system could provide benefits like being more secure, convenient, and preventing fraud compared to existing PIN-based authentication methods.
Credit Card Duplication and Crime Prevention Using Biometrics
1. The document proposes using iris recognition and palm vein technology for credit card authentication as a way to improve security over existing methods.
2. Current authentication methods like PINs, signatures, and fingerprints have vulnerabilities like being observable and reproducible.
3. The proposed system uses iris recognition followed by palm vein scanning, comparing the biometric data to stored templates to authenticate the user. If both comparisons match, the transaction would be allowed.
4. Iris patterns and palm vein patterns are unique to each individual and difficult to reproduce, providing improved security over existing authentication methods.
anatmwithaneye-130613013000-phpapp01 (1).pptx
An ATM with facial recognition technology is proposed to improve security. The system would use cameras to capture a user's face and compare it to their registered image on file. If the images match, the transaction would be authorized. This provides a more secure alternative to ATM cards and PINs, which are vulnerable to theft. The paper outlines techniques like iris recognition that could be used and how the system would work, checking the live image against the stored one. This biometric identification in ATMs would help protect both customers and financial institutions from fraud.
How do Online Payments Function with Digital Wallets.pdf
Digital wallets offer a simple and convenient way to make online payments with just a few taps on your screen
Hsbc E business
Group 5 presented on HSBC bank's services. HSBC started operations in India in 1959 and now has 150 branches providing personal banking, phone banking, and corporate services. Services include internet banking, mobile banking for account access and transactions, bill pay, and global money transfers. HSBC uses industry standard encryption and two-factor authentication with a secure key device to ensure online banking security.
Atm with an eye
This document discusses the use of facial recognition technology at ATMs. It begins with an introduction and outline. It then provides background on the history of ATMs, including their invention in the late 1960s. It discusses the need for facial recognition at ATMs to reduce fraud. The document explains how facial recognition works by analyzing nodal points on the face and creating a unique faceprint. It describes the identification process and advantages of using this technology, such as reduced fraud and convenience. Potential disadvantages include recognition not being unique enough and the need for time to match images. In conclusion, the document argues that additional security like facial recognition is needed due to increasing ATM fraud.
Secure E-Banking with KOBIL technologies
KOBIL stands for secure data and communication on any computer in the world. Whether for business or private use, we offer optimum protection for every online workplace and make e-banking a simple and comfortable process. Our vision is simple: a secure workplace now and in the future.
Internet Banking by Chethan Raju
This document provides an overview of internet banking, including its history, definition, types, services, and how it works. It began in 1981 when major New York banks offered home banking services using videotext systems. Internet banking allows customers to view accounts, pay bills, and transfer money online instead of visiting a bank. While offering advantages like lower costs and faster transactions, it also presents security risks like hacking if proper precautions are not taken. The document concludes that banks aim to provide valuable online services and products to customers using internet-based technologies.
Moneypad
The document describes Money Pad, a proposed replacement for paper currency using biometrics. Money Pad would use fingerprint recognition technology to provide secure electronic transactions. It would store a user's bank account information, including their fingerprint, to enable debit transactions. A fingerprint reader would verify the user's identity against the stored fingerprint before approving transactions from the Money Pad e-wallet. The document outlines how Money Pad could work, its technical implementation using biometrics, and its potential applications for secure e-commerce payments.
Internet Banking
In this presentation I described about Internet Banking, it's history, working, types, services, advantages, disadvantages etc.
Smart card emv for dummies
This presentation provides an overview of EMV (Europay, Mastercard, and Visa) chip cards for payment transactions. It defines key terms like smart cards, chip cards, and contactless cards. It explains that EMV uses chip technology and cryptograms to authenticate cards and transactions, improving payment security. It also outlines the different payment methods, verification methods like chip-and-PIN and chip-and-signature, and authentication methods including online PIN and offline cryptogram verification. The presentation aims to help readers better understand the basics of EMV technology.
E banking & security concern
E-banking provides significant benefits to both banks and customers by offering convenience, increased access, and lower costs. It allows customers to bank anytime from anywhere while solving issues with traditional banking like time and place constraints. However, e-banking also presents new security threats like ATM skimming, online fraud, and mobile malware that require preventative measures such as EMV chips, multi-factor authentication, encryption, and education. Overall, e-banking has become necessary for modern banking while continued innovation aims to address ongoing security challenges.
ATM and E- Banking
The document discusses the history and features of automatic teller machines (ATMs). It begins by explaining how ATMs provide convenient banking access for customers 24/7. It then describes the basic functions of an ATM and how customers can deposit, withdraw, and check balances without bank employees. The document outlines the origins of the first ATM in the 1960s and its growth. It also covers the types of ATMs, how to use an ATM, the advantages and disadvantages, and newer technologies like biometric authentication and real-time gross settlement systems.
Two Factor Authentication Using Smartphone Generated One Time Password
This document proposes a two-factor authentication system that uses smartphones to generate one-time passwords (OTPs). It aims to improve security over traditional password-based systems while reducing costs compared to hardware token-based OTP systems. The proposed system would have client software on PCs and Android apps to generate OTPs using cryptographic algorithms and unique device identifiers. OTPs would be validated by the server to authenticate transactions. Future work could explore using images instead of OTPs for two-factor authentication via mobile apps.
Tellerpass - an OTP SIM applet for Banking
TellerPass is a SIM card applet that dynamically generates one-time passwords every 30 seconds for secure access to bank accounts via ATMs, web banking, and phone banking. It works autonomously without needing an internet connection by using distributed digital signatures and timestamps from the mobile network. Having multiple TellerPass applets from different banks on one SIM card adds an extra layer of security while providing convenience. The applet aims to provide more secure access to bank accounts than existing hardware security tokens while being cheaper and more convenient for users.
internet banking
Internet banking allows customers to access bank accounts and conduct transactions remotely via the internet. It began in 1981 when four major New York City banks offered home banking via videotext. To use internet banking, customers register with their bank and are provided login credentials. They can then log into their bank's secure website to view accounts, transfer funds between accounts, and pay bills. Internet banking offers advantages like lower costs, faster transactions, and increased efficiency and accessibility compared to traditional branch banking. However, security risks must be addressed to protect customers from fraud and theft of personal information.
kiosk banking
Kiosk banking allows customers to access basic banking services from self-service kiosks located outside of traditional bank branches. The document discusses the evolution of kiosk banking in India, with major banks like ICICI, SBI, and IDBI introducing kiosks alongside ATMs to provide services like account balance checks, funds transfers, bill payments, and statement printing in a cost-effective manner. It also outlines the growth of kiosk banking in India, with over 7,000 kiosks currently in operation and the number expected to rapidly increase to 300,000 by 2007 due to expanding internet infrastructure.
Internet banking - College Project
This PPT has been prepared with the help of all the information i could get freely through the internet. Hope it can help others as it helped me.
Similar to ATM WITH AN EYE (20)
BIOMETRIC AND MAGIC PIN AUTHENTICATION SYSTEM FOR ATM
BIOMETRIC AND MAGIC PIN AUTHENTICATION SYSTEM FOR ATM
Credit Card Duplication and Crime Prevention Using Biometrics
Credit Card Duplication and Crime Prevention Using Biometrics
How do Online Payments Function with Digital Wallets.pdf
How do Online Payments Function with Digital Wallets.pdf
Two Factor Authentication Using Smartphone Generated One Time Password
Two Factor Authentication Using Smartphone Generated One Time Password
ATM WITH AN EYE
- 2. The rise of technology force many types of equipment that aim at more customer satisfaction. ATM is one such machine which made money transactions easy for customers to bank. Improvement is the enhancement of the culprit’s probability to get his ‘unauthentic’ share. PIN or other password in order to access a customer’s account.
- 3. ATM combine a physical access card, a PIN, and electronic facial recognition live image of a customer’s face with an image stored in a bank.
- 4. A system can examine the eyes,nose and mouth, or ears, nose, mouth and eyebrows, and so on. The process would effectively become an exercise in pattern matching. Appropriate lighting and robust learning software, slight variations could be accounted for in most cases. PIN but not the images, the bank could limit transactions in a manner agreed upon by the customer when the account was opened. ATMs contain secure cryptoprocessors, generally within an IBM PC compatible host computer in a secure enclosure
- 5. ATMs are placed not only near banks, but also in locations a quick and convenient way to get cash. Keep you PIN confidential Don’t flash your cash.
- 6. FACIAL RECOGNITION SOFTWARE SPECIFICATION Lighting, the Imaging System, the Image profile, and the processing environment
- 7. IRIS RECOGNITION How the system works
- 8. CONCLUSION