Atm
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The document discusses automated teller machines (ATMs) and how they work. It describes ATMs as machines that allow customers to withdraw cash, transfer money, check balances, and pay bills using either a magnetic stripe or chip-enabled debit card. It explains that the customer inserts their card at the ATM and enters their PIN, which authorizes transactions. Additionally, it outlines the components of an ATM, how ATM networks process transactions, and security measures used to protect customer information and assets.
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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.
The opportunities and challenges offered by cardless ATMs - European ATMs 201...
The opportunities and challenges offered by cardless ATMs - European ATMs 201...Michal Voldrich, MBA
The presentation looks at different types of cardless cash withdrawals, other opportunities for cardless services and also discusses some of the challenges of using cardless technology.Cardless ATMs - European ATMs 2015 conference in London
The presentation looks at the history of ATM, and mobile era. Then introduce different types of cardless cash withdrawals, other opportunities for cardless services and also discusses some of the challenges of using cardless technology.
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.
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.
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.
Cardless and contactless transactions
There are various ways in which cash withdrawals can be made available at ATMs without the use of cards. This presentation considers the options for cardless withdrawals, and discusses the challenges of using cardless technologies – including mobile devices with NFC functionality. It also looks at other cardless ATM facilities that can be offered to both customers and non-customers.
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.
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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.
The opportunities and challenges offered by cardless ATMs - European ATMs 201...
The opportunities and challenges offered by cardless ATMs - European ATMs 201...Michal Voldrich, MBA
The presentation looks at different types of cardless cash withdrawals, other opportunities for cardless services and also discusses some of the challenges of using cardless technology.Cardless ATMs - European ATMs 2015 conference in London
The presentation looks at the history of ATM, and mobile era. Then introduce different types of cardless cash withdrawals, other opportunities for cardless services and also discusses some of the challenges of using cardless technology.
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.
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.
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.
Cardless and contactless transactions
There are various ways in which cash withdrawals can be made available at ATMs without the use of cards. This presentation considers the options for cardless withdrawals, and discusses the challenges of using cardless technologies – including mobile devices with NFC functionality. It also looks at other cardless ATM facilities that can be offered to both customers and non-customers.
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.
Cardless at ms_webinar
This document discusses cardless ATM transactions. It introduces Bryan Bauer and David Tente who will discuss cardless options. They explain what cardless transactions are including EMV, QR codes, contactless payments. European banks that have implemented cardless ATMs are discussed, focusing on simplicity and closed loop systems. Considerations for US IADs regarding cardless include following banks' leads, technology costs and upgrades, and emerging technologies. Questions are taken at the end.
Atm frauds
1. The document discusses various types of ATM fraud including fake keypads, card skimming, PIN compromise, cash trapping, and transaction reversal.
2. Fake keypads and card skimmers are used to steal card information and PINs. PINs can also be compromised through shoulder surfing and hidden cameras.
3. Cash trapping involves trapping cash inside the ATM using a false presenter. Transaction reversal fraud makes withdrawals appear uncredited to re-credit the account and steal the cash.
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.
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
Skimmer Presentation V1 230109 Ppt
This document provides information about ATM card skimming and PIN capturing crimes. It describes how skimming devices are used to steal card information and how capturing devices like hidden cameras are used to steal PINs. Examples of hidden skimming and capturing devices on ATMs are shown. The document recommends inspecting ATMs closely and regularly to detect any suspicious devices and reporting them immediately. Being vigilant can help reduce the risk of these crimes.
EMV COMPLIANCE & SECURE EMV CHIP TECHNOLOGY FOR EVERY RETAILER ACROSS CANADA
In this article, MONEXgroup highlights the benefits of processing securely through Point of Sale (POS) terminals. Across Canada, EMV Compliance will be mandatory for all merchants using EMV chip technology by the end of 2015.
“Magnetic stripe transactions will no longer be accepted at POS after December 31, 2015” (Interac.ca). According to Interac.ca, all POS terminals across Canada must be updated to chip technology before approaching 2016.
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.
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
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.
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 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.
Trading Online – Getting started and how to grow your business
- The document discusses getting started with online trading and growing an online business, covering topics like choosing a website, shopping cart, payment gateway, and addressing fraud and logistics concerns.
- It also discusses expanding business into Europe using alternative payment methods from countries like Germany, Netherlands, Austria and Belgium to access more customers and markets.
- SecureTrading is introduced as a payment service provider that can help with online payment processing and fraud prevention services.
EMV - Is your business ready?
An overview of EMV technology. EMV is a fraud-reducing technology that can help protect against losses from the use of counterfeit and lost or stolen credit cards at the point-of-sale. Card data is stored in a smart chip; rather than the magnetic stripe. (Cards will be equipped with a magnetic stripe as well, but they will eventually be phased out.) This technology is often referred to as chip-cards, or smart-cards, and adds layers of security against counterfeit fraud and theft.
All about Contactless payments
Contactless payments allow customers to pay for purchases by holding a contactless card or device near a payment terminal without inserting or swiping a card. The payment information is transmitted securely from the card to the terminal via radio frequencies. Implementing contactless payments requires planning, selecting a project manager, certifying hardware and software, training staff, and marketing the new payment option. Both merchants and consumers benefit from the speed, convenience and security of contactless payments.
IDR Biometrics Atm Eyeprint-Use-Case
The document describes the steps a customer takes to complete an ATM transaction using biometric authentication on their mobile device. The customer first enters their PIN number at the ATM, then selects the transaction and has their eyes scanned on their mobile device. A push notification is immediately sent to the customer on their device to confirm the transaction.
Mobile Wallet security
Suraj Pratap presented on mobile wallet security. He discussed statistics on mobile wallet usage in India and common brands. Mobile wallets allow contactless payments through apps as an alternative to cash or credit cards. While wallets aim to securely store payment information, common security issues include stolen devices accessing funds, lack of two-factor authentication, and man-in-the-middle attacks intercepting wireless transfers. Suraj analyzed the security measures of major wallets and reported that several had experienced bugs, though typically with limited user impact. He concluded by taking questions on adopting mobile wallets given ongoing security challenges.
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.
How ATM card skimming and PIN capturing scams work.
Security is everyone's responsibility. ATM card skimming and PIN capturing are methods used by criminals to steal card and PIN data from ATMs. Skimming devices can be small and attached near or over the card reader, while PIN capturing uses cameras to observe customers entering their PIN. People should inspect ATMs for any unusual devices, markings, or differences from the normal appearance, and report anything suspicious to authorities.
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.
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.
B.Tech VLSI projects list
This document contains a list of 56 VLSI projects for B.Tech students. The projects cover a wide range of topics including digital signal processing, communication systems, cryptography, bus architectures, memory controllers and CPU design. The projects are implemented using Verilog and VHDL and target FPGAs.
Pre encoded multipliers based on non-redundant radix-4 signed-digit encoding
I3E Technologies,
#23/A, 2nd Floor SKS Complex,
Opp. Bus Stand, Karur-639 001.
IEEE PROJECTS AVAILABLE,
NON-IEEE PROJECTS AVAILABLE,
APPLICATION BASED PROJECTS AVAILABLE,
MINI-PROJECTS AVAILABLE.
Mobile : 99436 99916, 99436 99926, 99436 99936
Mail ID: i3eprojectskarur@gmail.com
Web: www.i3etechnologies.com, www.i3eprojects.com
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Cardless at ms_webinar
This document discusses cardless ATM transactions. It introduces Bryan Bauer and David Tente who will discuss cardless options. They explain what cardless transactions are including EMV, QR codes, contactless payments. European banks that have implemented cardless ATMs are discussed, focusing on simplicity and closed loop systems. Considerations for US IADs regarding cardless include following banks' leads, technology costs and upgrades, and emerging technologies. Questions are taken at the end.
Atm frauds
1. The document discusses various types of ATM fraud including fake keypads, card skimming, PIN compromise, cash trapping, and transaction reversal.
2. Fake keypads and card skimmers are used to steal card information and PINs. PINs can also be compromised through shoulder surfing and hidden cameras.
3. Cash trapping involves trapping cash inside the ATM using a false presenter. Transaction reversal fraud makes withdrawals appear uncredited to re-credit the account and steal the cash.
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.
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
Skimmer Presentation V1 230109 Ppt
This document provides information about ATM card skimming and PIN capturing crimes. It describes how skimming devices are used to steal card information and how capturing devices like hidden cameras are used to steal PINs. Examples of hidden skimming and capturing devices on ATMs are shown. The document recommends inspecting ATMs closely and regularly to detect any suspicious devices and reporting them immediately. Being vigilant can help reduce the risk of these crimes.
EMV COMPLIANCE & SECURE EMV CHIP TECHNOLOGY FOR EVERY RETAILER ACROSS CANADA
In this article, MONEXgroup highlights the benefits of processing securely through Point of Sale (POS) terminals. Across Canada, EMV Compliance will be mandatory for all merchants using EMV chip technology by the end of 2015.
“Magnetic stripe transactions will no longer be accepted at POS after December 31, 2015” (Interac.ca). According to Interac.ca, all POS terminals across Canada must be updated to chip technology before approaching 2016.
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.
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
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.
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 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.
Trading Online – Getting started and how to grow your business
- The document discusses getting started with online trading and growing an online business, covering topics like choosing a website, shopping cart, payment gateway, and addressing fraud and logistics concerns.
- It also discusses expanding business into Europe using alternative payment methods from countries like Germany, Netherlands, Austria and Belgium to access more customers and markets.
- SecureTrading is introduced as a payment service provider that can help with online payment processing and fraud prevention services.
EMV - Is your business ready?
An overview of EMV technology. EMV is a fraud-reducing technology that can help protect against losses from the use of counterfeit and lost or stolen credit cards at the point-of-sale. Card data is stored in a smart chip; rather than the magnetic stripe. (Cards will be equipped with a magnetic stripe as well, but they will eventually be phased out.) This technology is often referred to as chip-cards, or smart-cards, and adds layers of security against counterfeit fraud and theft.
All about Contactless payments
Contactless payments allow customers to pay for purchases by holding a contactless card or device near a payment terminal without inserting or swiping a card. The payment information is transmitted securely from the card to the terminal via radio frequencies. Implementing contactless payments requires planning, selecting a project manager, certifying hardware and software, training staff, and marketing the new payment option. Both merchants and consumers benefit from the speed, convenience and security of contactless payments.
IDR Biometrics Atm Eyeprint-Use-Case
The document describes the steps a customer takes to complete an ATM transaction using biometric authentication on their mobile device. The customer first enters their PIN number at the ATM, then selects the transaction and has their eyes scanned on their mobile device. A push notification is immediately sent to the customer on their device to confirm the transaction.
Mobile Wallet security
Suraj Pratap presented on mobile wallet security. He discussed statistics on mobile wallet usage in India and common brands. Mobile wallets allow contactless payments through apps as an alternative to cash or credit cards. While wallets aim to securely store payment information, common security issues include stolen devices accessing funds, lack of two-factor authentication, and man-in-the-middle attacks intercepting wireless transfers. Suraj analyzed the security measures of major wallets and reported that several had experienced bugs, though typically with limited user impact. He concluded by taking questions on adopting mobile wallets given ongoing security challenges.
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.
How ATM card skimming and PIN capturing scams work.
Security is everyone's responsibility. ATM card skimming and PIN capturing are methods used by criminals to steal card and PIN data from ATMs. Skimming devices can be small and attached near or over the card reader, while PIN capturing uses cameras to observe customers entering their PIN. People should inspect ATMs for any unusual devices, markings, or differences from the normal appearance, and report anything suspicious to authorities.
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.
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.
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B.Tech VLSI projects list
This document contains a list of 56 VLSI projects for B.Tech students. The projects cover a wide range of topics including digital signal processing, communication systems, cryptography, bus architectures, memory controllers and CPU design. The projects are implemented using Verilog and VHDL and target FPGAs.
Pre encoded multipliers based on non-redundant radix-4 signed-digit encoding
I3E Technologies,
#23/A, 2nd Floor SKS Complex,
Opp. Bus Stand, Karur-639 001.
IEEE PROJECTS AVAILABLE,
NON-IEEE PROJECTS AVAILABLE,
APPLICATION BASED PROJECTS AVAILABLE,
MINI-PROJECTS AVAILABLE.
Mobile : 99436 99916, 99436 99926, 99436 99936
Mail ID: i3eprojectskarur@gmail.com
Web: www.i3etechnologies.com, www.i3eprojects.com
Pre encoded multipliers based on non-redundant radix-4 signed-digit encoding
This paper introduces an architecture for pre-encoded multipliers used in digital signal processing based on offline encoding of coefficients using a non-redundant radix-4 signed-digit encoding technique. Experimental analysis shows the proposed multipliers using this encoding technique, along with a coefficients memory, are more efficient in terms of area and power compared to conventional Modified Booth encoding schemes.
Pre encoded multipliers based on non-redundant radix-4 signed-digit encoding
I3E Technologies,
#23/A, 2nd Floor SKS Complex,
Opp. Bus Stand, Karur-639 001.
IEEE PROJECTS AVAILABLE,
NON-IEEE PROJECTS AVAILABLE,
APPLICATION BASED PROJECTS AVAILABLE,
MINI-PROJECTS AVAILABLE.
Mobile : 99436 99916, 99436 99926, 99436 99936
Mail ID: i3eprojectskarur@gmail.com
Web: www.i3etechnologies.com, www.i3eprojects.com
Pre encoded multipliers based on non-redundant radix-4 signed-digit encoding
Chennai Office: JP INFOTECH, Old No.31, New No.86, 1st Floor, 1st Avenue, Ashok Nagar, Chennai-83. Landmark: Next to Kotak Mahendra Bank/Bharath Scans
Elevator1
This project is designed for an eight floor elevator controller. of an integrated circuit that can be used as part of elevator controller
Controller Implementation in Verilog
The document describes the structure and components of a controller, including:
1. The top module contains an arithmetic logic unit (ALU), register file, program memory, and control unit.
2. The ALU performs arithmetic and logical operations on two 16-bit inputs based on a 4-bit opcode.
3. The register file contains data that can be read from or written to by 3-bit addresses and a write enable signal.
4. The program memory stores instructions that are fetched and decoded by the control unit to provide control signals to other components.
Atm software ppt
Core java project based on ATM(Automated Teller Machine) software.Presentation related to ATM Software Project.Features Present in ATM That help Customer to do various transactions.
design of FPGA based traffic light controller system
This document describes a project to design an intelligent traffic light controller system using an FPGA. It involves using Verilog HDL to develop a finite state machine that controls traffic lights at intersections. The state machine will change light sequences based on inputs for peak/off-peak hours and sensor signals. If sensors detect cars waiting at smaller roads, it will allocate more time for those lights. The goal is to efficiently manage traffic flow across multiple intersections.
Atm machine
This document discusses embedded systems and ATM machines. It defines an embedded system as a combination of hardware and software designed for a specific task. An ATM machine is then described as an embedded system that allows customers to perform basic banking functions even when the bank is closed. The major components of an ATM machine are identified as the card reader, host processor, keypad/touchpad, speaker, LCD/CRT screen, receipt printer, and cash dispenser. Their individual functions are explained. Advantages and disadvantages of ATM machines are also briefly mentioned.
Experiment write-vhdl-code-for-realize-all-logic-gates
The document describes an experiment to write VHDL code for basic logic gates. It includes the truth tables, logic diagrams, and VHDL code for AND, OR, NOT, NAND, NOR, and EXOR gates. Waveform diagrams are provided to simulate the behavior of each gate.
Verilog
Those slides describe digital design using Verilog HDL,
starting with Design methodologies for any digital circuit then difference between s/w (C/C++) and H/w (Verilog) and the most important constructs that let us start hardware design using Verilog HDL.
Design of Elevator Controller using Verilog HDL
The aim of the project is to design and implement an Elevator/Lift Controller using Verilog hardware descriptive language (HDL). The Elevator Controller is a device used to control a lift motion and to indicate the direction of motion, and the present floor level, etc. The device controls the lift motion by means of accepting the floor level as input and generate control signals (for control the lift motion) as output. The elevator controller is based on the concept of finite state machine technology. According to the FSM technology the elevator process can be defined with the help of different states. In the FSM technology there is a change from one state to another state likewise in the elevator there will be a change from one floor to another. Every possible way is assigned a path and the implemented based on FSM concept to write the program code for elevator controller. The whole program is designed in such a way that there are desirable switches in each floor and also inside the elevator to control the user commands. While the elevator is in the ground level in order to go upward direction we need only the up switch and nothing else. The same procedure we follow for the top floor. There is only one down switch there to move downward. But in between the ground floor and top floor all other floors contain two switches, one for moving up and another for moving down. Inside the elevator there must be at least ‘n’ switches for the implementation of an ‘n’ floor elevator controller. The elevator will move according to the desirable input that is given by the user. The design includes a simple scheme that aims at a good speed of response without requiring any extra logic circuitry.
VERILOG CODE
The document contains Verilog code for several digital logic circuits including a 32-bit barrel shifter, 8-bit Booth multiplier, 32-bit ripple carry adder, 32-bit simple adder, and 32-bit carry lookahead adder. Test benches with stimulus are provided to test the functionality of each circuit.
Bit Serial multiplier using Verilog
This document describes a bit-serial multiplier project implemented using Verilog HDL. It discusses bit-serial arithmetic and its advantages over parallel multipliers. The project involves designing and simulating a bit-serial multiplier using a Xilinx tool. The multiplier is tested to verify correct functionality.
vlsi projects using verilog code 2014-2015
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All VLSI programs
The document describes various digital logic components including logic gates, adders, subtractors, encoders, decoders, multiplexers, demultiplexers, flip-flops, counters, registers, and a traffic light controller. Logic gates such as AND, OR, NOT, NAND, NOR, XOR and XNOR are implemented. Adders include half adders, full adders, parallel adders, and carry lookahead adders. Flip-flops include D, T, JK, and SR flip-flops. Counters include an up-down counter. A traffic light controller module is described to control lights using a 3-bit state register. CMOS implementations of logic gates are also provided.
Atm.ppt
This document presents a mini project on designing an automated teller machine (ATM) controller. The objectives are to review literature on ATM controllers, design the architecture specifications, develop a Verilog model, and verify functionality through behavioral simulation and FPGA synthesis. Key components of the ATM controller include a card swiper, keypad, display, memory modules, and a state machine controlled transaction verification process. The controller will be modeled in Verilog and simulated using Modelsim, with the intended functionality verified through test cases.
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Each program contains the VHDL code, RTL logic diagram and output waveform to achieve the given objective.
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ATM .pptx
An ATM allows customers to access financial transactions without a human clerk. Customers can withdraw cash, transfer money, check balances, and complete other transactions using their ATM card and PIN. ATM cards use magnetic stripes or chips to identify customers and allow transactions. ATMs benefit customers by providing 24/7 access to accounts and services. They consist of components like a card reader, PIN pad, display, and vault for security.
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.
Presentationonsecurityfeatureofatm2 130621034116-phpapp02
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.
Automated Teller Machine
The document provides an overview of automated teller machines (ATMs). It discusses what an ATM is, the history and growth of ATMs, their functions and structure. Key points covered include that an ATM allows customers to access financial transactions without a human clerk, the first ATM was installed in 1967 in London, and ATMs now number in the millions worldwide. Functions of ATMs include withdrawing cash, checking balances, paying bills and transferring funds. Common ATM components are also outlined such as card readers, displays, cash dispensers and receipt printers.
ATM Skimming Devices
ATM skimming and PIN capturing are worldwide problems. Skimming involves using devices to steal data from card magnetic strips. PIN capturing uses cameras or other devices to observe customers entering their PINs. These methods are used together to clone cards and steal money. Criminals attach small hidden devices to ATMs to capture this information and then remove them to access the stolen data. Customers should inspect ATMs for any unusual devices or alterations and report suspicions immediately. Being aware of typical ATM appearances can help identify skimming attempts.
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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.
IRJET- Artificial Intelligence based Smart ATM
This document proposes an artificial intelligence-based smart ATM system with enhanced security features. It summarizes existing ATM security issues and proposes adding biometric authentication using fingerprints instead of cards and PINs. The proposed system uses AI for easy user interaction, image processing to detect issues like insufficient funds, and additional security measures like automatic door locking, alerts to law enforcement, and limiting the number of users in the ATM area at one time. The goal is to add multiple layers of security to reduce ATM fraud and theft compared to existing card-and-PIN based systems.
Smart cards
A smart card is a plastic card with an embedded microchip that can store data and be used for applications like phone calls, payments, and more. Smart cards were first developed in the 1970s and are now used widely for payment, transit cards, identification, and more. They provide security advantages over magnetic stripe cards and allow for multiple functions on a single card. Smart cards are expected to continue evolving to new form factors and applications in the future.
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.
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This document discusses smart cards, their history, and applications. It provides an overview of smart cards including their dimensions and components. Smart cards first emerged in the 1970s and are now used widely for applications such as payment, transportation ticketing, healthcare, and identification. The document outlines the growth of smart card usage and shipments between 2006-2016. It describes the two main types of smart card chips and discusses contact and contactless smart cards. Examples of smart card applications include banking, mobile phones, transportation, and loyalty programs. Advantages include flexibility, security, and portability, while disadvantages include potential security issues. The document predicts continued growth in smart card usage through 2020.
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TellerPass is a SIM card applet that dynamically generates one-time passwords every 30 seconds to access bank accounts through ATMs, web banking, and phone banking. It runs autonomously on the SIM card without interacting with the banking server during use. This improves security over traditional hardware OTP generators by preventing man-in-the-middle attacks. TellerPass allows multiple applets from different banks to coexist securely on one SIM card.
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The document discusses smart cards, which are portable devices containing non-volatile memory and a microprocessor that provide improved security for transactions. Smart cards come in two types - memory-only chips and microprocessor chips. They allow for tamper-proof storage of user identity and provide security mechanisms like passwords, cryptographic challenges, and biometric authentication. Communication between smart cards and readers is standardized using the ISO 7816 protocol. Current applications of smart cards include payments, mobile communications, banking, electronic purses, healthcare, and ID verification.
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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.
Biometric ATM2.docx
1) The document proposes a smart ATM security system using face recognition to authenticate users. It notes that current ATM security methods have limitations and fraud is a growing issue.
2) The proposed system uses a fingerprint module and camera on the ATM to verify a user's fingerprint and face match what is on file before allowing transactions. If an unauthorized person tries to use the card, their image and one-time password will be sent to the cardholder.
3) The system is controlled with a Raspberry Pi and aims to prevent ATM theft, fraud, and support secure transactions by only allowing authorized users after biometric verification.
Ppt on atm machine
The document provides information about ATM machines, including:
- It describes the basic functions of an ATM machine and how customers can access their bank accounts and perform transactions even when the bank is closed.
- It discusses the history and development of the first ATM machines in the late 1960s.
- It outlines the key components of an ATM machine, including the card reader, host processor, keypad/touchscreen, screen, receipt printer, cash dispenser, and their basic functions.
- It briefly explains how ATM machines connect to host processors and bank servers to authorize transactions and access customer account information.
Finger print ATM
This document discusses using fingerprint biometrics for authentication in ATM machines. It defines ATMs and outlines issues with current identification methods like stolen cards and shared PINs. Fingerprint biometrics could solve these issues through multi-factor authentication combining cards, PINs, and fingerprints. The document then covers fingerprint patterns, how fingerprint scanners work to enroll and verify prints, and the system design of a biometric ATM including hardware and software components. Potential advantages are discussed like increased security over shared passwords, with disadvantages including higher costs.
13362741.ppt
The document discusses the security features of ATM systems. It covers how ATMs work by requiring customers to insert their card and enter a PIN for authentication. It then describes the various security mechanisms in place, including using time outs, invalidating cards, and retaining stolen cards. The document also outlines the network, database, hardware/software security measures to protect confidentiality, integrity, and accountability of transactions. Overall, the ATM system aims to securely authenticate users and protect their information and money.
An ATM Multi-Protocol Emulation Network
The project sets sight on authenticating the conventional Credit card transaction system. In the prevailing system though the Credit card paves a convenient mode of transactions, it is subjected to more jeopardy. As technology extends its limit, the way of hacking and cracking also goes along the road. In out proposed system, in every transaction with the Credit card a handshaking signal is achieved with the cardholder. The handshaking method is achieved by transferring the transaction time and the purchase details to the mobile of the cardholder by means of a GSM modem. From the acknowledgement and authentication received from the cardholder’s mobile further transaction proceeds. The system used the MCU for the security issues between the Mobile and the Card. Reports can also be generated for every successful authentication.
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Atm
- 1. A.T.M. : HOLE IN THE WALL Presented by Lalit Garg
- 2. OVERVIEW: 1. What is it 2. What we can do at an A.T.M. 3. How to use A.T.M. 4. Plastic ATM Card with Magnetic Stripe 5. Plastic Smartcard with a Chip 6. Benefits of A.T.M. Card 7. ATM Controller 8. An A.T.M machine consists of: 9. A.T.M. Security
- 3. WHAT IS IT? Automated Teller Machine
- 4. WHAT WE CAN DO AT AN A.T.M.? Withdraw cash Transfer money Get mini statement and account balance Request cheque book Recharge cellphones Pay bills
- 5. HOW TO USE A.T.M.: The customer is identified by inserting a plastic ATM card with a magnetic stripe Or A plastic smartcard with a chip that contains the card number and security information. Upon successful entry of the PIN, the customer may perform a transaction.
- 6. PLASTIC ATM CARD WITH MAGNETIC STRIPE
- 7. PLASTIC SMARTCARD WITH A CHIP
- 8. BENEFITS OF A.T.M. CARD Can be used at ATMs for transactions Can be used at Branch as identification Can be used at merchants for EFTPOS purchases
- 9. ATM CONTROLLER ATMC is a system used to route financial transactions between ATMs
- 10. AN A.T.M. MACHINE CONSISTS OF: CPU Magnetic or chip card reader Pin pad Secured cryptoprocessor Display Function key or touch screen Record Printer Vault Housing
- 11. A.T.M. SECURITY: Physical TransactionalSecracy Customer Identity Integrity Customer Security ATM Safety PIN Software