This document provides information about ATMs, including their history, structure, and uses. It discusses how ATMs work, allowing customers to access cash 24/7 without human intervention. The key components of an ATM are described as the processor, consumer interface panel, card reader, printers, dispenser, and depositor. Alternative uses of ATMs beyond cash withdrawal are also mentioned, such as depositing, checking balances, and transferring funds.
This document summarizes a research paper on developing a multi-account embedded ATM card with enhanced security. Key points include:
1) The proposed system would embed multiple bank accounts onto a single smart ATM card, allowing customers to access all accounts from any ATM without carrying multiple cards.
2) Security would be enhanced through fingerprint authentication instead of just a PIN. A fingerprint scanner would be integrated into the ATM to verify customers' identities.
3) This would provide more convenience for customers while reducing fraud risks compared to traditional single-account cards authenticated solely with PINs.
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.
Concepts in Banking and Accounting of transactions: Accounting in banks, Electronic Banking, RTGS, ATM, MICR,
OCR, OMR, and DATANET, Petty Cash, Electronic Clearing Service (ECS), National Electronic Funds Transfer (NEFT) System,
Real Time Gross Settlement (RTGS) System, IMPS.
The document discusses the key components and security features of an ATM system. It describes the parts of an ATM like the card reader, keypad, display screen and cash dispenser. It explains how ATMs connect to a host computer and database to authenticate users and process transactions. The document outlines security measures like physical security of the machine, limits on withdrawal amounts, authentication of users, ensuring data integrity and confidentiality when transmitted over the network. It emphasizes the importance of keeping PINs secure and reporting lost cards. In conclusion, it notes how ATMs have become widely used globally for their convenience of allowing cash access anytime without human assistance.
The document discusses the functions and evolution of automated teller machines (ATMs). It describes how ATMs allow customers to withdraw cash, check balances, make deposits, transfer funds between accounts, and complete other banking transactions. It also outlines some of the technical components of ATMs including hardware, software, and international usage statistics. The conclusion is that ATMs provide a convenient, reliable, and secure way for customers to complete banking transactions anytime.
Cash May Not Be King, but It's Still Royalty. ATMaaS for 350+ digital banks and e-wallets (crypto-, digital identity projects, border control, airport&hotel check-in, even offline-to-online voting on elections) by Nansen.ID. More pics&images here: https://l.Nansen.id/smartATM
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.
An ATM, or automated teller machine, allows customers to access financial transactions without a human clerk by using a card with a magnetic stripe or chip containing account information and a personal identification number for security. Key functions of ATMs include withdrawing cash, checking balances, transferring funds between accounts, and paying bills. The first ATM was installed in 1967 in London, and the modern networked ATM was invented in 1968 in Dallas, Texas. ATMs consist of components like card readers, keypads, displays, receipt printers, and cash dispensers to complete transactions.
This research paper analyzes ATM fraud, including cash withdrawal fraud, fund transfer fraud, password hacking, and pin misplacement. The paper proposes combining biometric identification like thumbprint scans with PINs to authenticate ATM users and reduce fraud. Currently, fraudsters can use stolen card information and PINs obtained through phishing emails to commit ATM fraud. The paper suggests designing ATMs with integrated biometric scanners without slowing down transaction speeds to strengthen security.
Banks use different types of computers to seamlessly provide services to customers. A mainframe computer located at the bank is used to store all customer data and coordinate interactions between systems. Individual computers like ATMs and teller terminals are linked to the mainframe and allow customers to access their accounts remotely. Scanners are also used to convert documents like checks or identification cards into digital formats for processing.
IRJET- Artificial Intelligence based Smart ATMIRJET Journal
油
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.
The document defines key terms related to digital banking such as digitization, digitalization, and digital transformation. It explains that digital banking utilizes digital technologies like analytics, social media, payments, and mobile to enhance traditional online and mobile banking services. The main channels of digital banking are described as ATMs, mobile/internet banking, cards, cash machines, and more. The document provides details on the input/output components of ATMs, how ATM networks function to process transactions, and the basic steps for withdrawing money from an ATM.
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.
EFT (Electronic Funds Transfer) allows transferring money between bank accounts electronically without paper money changing hands. It is used for payments, refunds, withdrawals, deposits and more. To perform EFT, one must have a bank account and register online for the service. Major banks provide EFT services for customers. Benefits include reduced transaction times and no paperwork, while disadvantages include potential for private information release and lack of human interaction. Security is ensured through unique login credentials and dedicated online gateways.
ATMs allow bank account holders to access their accounts and perform transactions without interacting with bank staff. An ATM uses a customer's plastic card with a magnetic strip containing their account information to identify them. The first ATM was installed in London in 1967. There are now over 1.8 million ATMs globally. ATMs provide convenience for customers as they offer 24/7 access to accounts and can be found in many public locations. However, they also pose security risks if cards are stolen and fees are sometimes charged. An ATM consists of components like a CPU, magnetic card reader, display, function keys and vault to control transactions securely.
The presentation discusses e-banking and was presented by group members Haris Ali Jamshaid, Zohaib Ali Jamshaid, Anas Bhatti, Bilal Arshad, and Bakth Shah. It provides a history of e-banking beginning in the 1980s and defines an e-bank as providing banking services virtually through technologies like internet banking, ATMs, smart cards, and phone banking. The presentation outlines electronic delivery channels for banking including ATMs, smart cards, telebanking, and internet banking and discusses the advantages and limitations of e-banking.
The document discusses various modern banking technologies and payment systems including e-banking, internet banking, electronic payment systems, ATMs, credit and debit cards, smart cards, electronic signatures, MICR cheques, EFTS, RTGS, and core banking. It provides details on how each technology works and the benefits they provide to both banks and customers like improved efficiency, faster transactions, and 24/7 banking access.
This document discusses enhancing security features for automated teller machines (ATMs) from a Ghanaian perspective. It proposes using biometric authentication, like fingerprint scanning, instead of personal identification numbers (PINs) for ATM access. The document provides an overview of common ATM fraud and recommends approaches to prevent fraud, including developing a prototype biometrically equipped ATM model. It notes that ATMs in Ghanaian banks currently do not use biometric technology, so the research aims to increase security.
An ATM, or automated teller machine, allows customers to access their bank accounts and perform transactions without a human bank teller. Customers insert their debit or credit card and enter their PIN to access their accounts. Using an ATM, customers can withdraw cash, check balances, transfer funds between accounts, and perform other banking tasks. ATMs are connected to financial networks so customers can access their funds from machines not owned by their bank. Estimates show there are over 2.2 million ATMs globally, providing convenient banking access.
This document discusses two-factor authentication in the banking sector, specifically evaluating its performance for automated teller machines (ATMs). It provides background on ATMs, including a brief history of their development from the late 1960s onward. It describes how two-factor authentication works for ATM transactions, requiring both the physical ATM card and a personal identification number (PIN). The document examines different factors of authentication and classifications of factors into things the user has, knows, and is (biometrics).
The document summarizes various banking innovations including new technologies like e-banking, debit/credit cards, internet banking, ATMs, and electronic fund transfers. It discusses these innovations and how they have modernized banking by allowing customers to perform transactions remotely without visiting a branch in person. Traditional banking is compared to e-banking and various electronic delivery channels like ATMs, smart cards, telephone banking, and internet banking are explained.
This document discusses adding facial recognition technology to ATMs. It proposes combining a physical access card, PIN, and facial recognition for added security. The main challenges are keeping verification time negligible, allowing for variation in a customer's face, and enabling credit card use without banks having customer photos. Facial recognition could match a live image to one stored in a bank database associated with the account, neutralizing stolen card and PIN fraud. With appropriate lighting and software, variations could be accounted for, and additional images stored over time to decrease false negatives. This added security could reduce theft by bank employees and the impact of stolen cards and PINs.
Bank computerization in India increased after economic liberalization in 1991. The Reserve Bank of India set up committees in 1984 and 1988 to define banking technology standards and coordinate computerization efforts. The 1984 committee recommended introducing MICR technology and standardized cheque forms. The 1988 committee emphasized computerizing clearing house settlement operations and increasing branch connectivity through computers. Automated teller machines allow customers to perform basic transactions without a bank representative. Customers use an ATM card and PIN for authentication. ATMs make cash available 24/7 and are part of interbank networks. HSBC introduced the first ATM in India in 1987. Electronic clearing service is an electronic funds transfer between bank accounts, used for payments like salaries, dividends, and loan
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.
Innovation of Products & Services in BankingSaad Sair
油
The document discusses the innovations in the Pakistani banking industry brought about by information technology. It outlines various digital banking services that have emerged, including automated teller machines (ATMs), point of sale (POS) terminals, mobile banking, smart cards, online and offline debit cards, and e-banking/internet banking. It also mentions several examples of Pakistani banks adopting new technologies or partnering with telecom companies to expand digital services.
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.
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.
Were excited to share our product profile, showcasing our expertise in Industrial Valves, Instrumentation, and Hydraulic & Pneumatic Solutions.
We also supply API-approved valves from globally trusted brands, ensuring top-notch quality and internationally certified solutions. Lets explore valuable business opportunities together!
We specialize in:
Industrial Valves (Gate, Globe, Ball, Butterfly, Check)
Instrumentation (Pressure Gauges, Transmitters, Flow Meters)
Pneumatic Products (Cylinders, Solenoid Valves, Fittings)
As authorized partners of trusted global brands, we deliver high-quality solutions tailored to meet your industrial needs with seamless support.
Engineering at Lovely Professional University (LPU).pdfSona
油
LPUs engineering programs provide students with the skills and knowledge to excel in the rapidly evolving tech industry, ensuring a bright and successful future. With world-class infrastructure, top-tier placements, and global exposure, LPU stands as a premier destination for aspiring engineers.
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An ATM, or automated teller machine, allows customers to access financial transactions without a human clerk by using a card with a magnetic stripe or chip containing account information and a personal identification number for security. Key functions of ATMs include withdrawing cash, checking balances, transferring funds between accounts, and paying bills. The first ATM was installed in 1967 in London, and the modern networked ATM was invented in 1968 in Dallas, Texas. ATMs consist of components like card readers, keypads, displays, receipt printers, and cash dispensers to complete transactions.
This research paper analyzes ATM fraud, including cash withdrawal fraud, fund transfer fraud, password hacking, and pin misplacement. The paper proposes combining biometric identification like thumbprint scans with PINs to authenticate ATM users and reduce fraud. Currently, fraudsters can use stolen card information and PINs obtained through phishing emails to commit ATM fraud. The paper suggests designing ATMs with integrated biometric scanners without slowing down transaction speeds to strengthen security.
Banks use different types of computers to seamlessly provide services to customers. A mainframe computer located at the bank is used to store all customer data and coordinate interactions between systems. Individual computers like ATMs and teller terminals are linked to the mainframe and allow customers to access their accounts remotely. Scanners are also used to convert documents like checks or identification cards into digital formats for processing.
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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.
The document defines key terms related to digital banking such as digitization, digitalization, and digital transformation. It explains that digital banking utilizes digital technologies like analytics, social media, payments, and mobile to enhance traditional online and mobile banking services. The main channels of digital banking are described as ATMs, mobile/internet banking, cards, cash machines, and more. The document provides details on the input/output components of ATMs, how ATM networks function to process transactions, and the basic steps for withdrawing money from an ATM.
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.
EFT (Electronic Funds Transfer) allows transferring money between bank accounts electronically without paper money changing hands. It is used for payments, refunds, withdrawals, deposits and more. To perform EFT, one must have a bank account and register online for the service. Major banks provide EFT services for customers. Benefits include reduced transaction times and no paperwork, while disadvantages include potential for private information release and lack of human interaction. Security is ensured through unique login credentials and dedicated online gateways.
ATMs allow bank account holders to access their accounts and perform transactions without interacting with bank staff. An ATM uses a customer's plastic card with a magnetic strip containing their account information to identify them. The first ATM was installed in London in 1967. There are now over 1.8 million ATMs globally. ATMs provide convenience for customers as they offer 24/7 access to accounts and can be found in many public locations. However, they also pose security risks if cards are stolen and fees are sometimes charged. An ATM consists of components like a CPU, magnetic card reader, display, function keys and vault to control transactions securely.
The presentation discusses e-banking and was presented by group members Haris Ali Jamshaid, Zohaib Ali Jamshaid, Anas Bhatti, Bilal Arshad, and Bakth Shah. It provides a history of e-banking beginning in the 1980s and defines an e-bank as providing banking services virtually through technologies like internet banking, ATMs, smart cards, and phone banking. The presentation outlines electronic delivery channels for banking including ATMs, smart cards, telebanking, and internet banking and discusses the advantages and limitations of e-banking.
The document discusses various modern banking technologies and payment systems including e-banking, internet banking, electronic payment systems, ATMs, credit and debit cards, smart cards, electronic signatures, MICR cheques, EFTS, RTGS, and core banking. It provides details on how each technology works and the benefits they provide to both banks and customers like improved efficiency, faster transactions, and 24/7 banking access.
This document discusses enhancing security features for automated teller machines (ATMs) from a Ghanaian perspective. It proposes using biometric authentication, like fingerprint scanning, instead of personal identification numbers (PINs) for ATM access. The document provides an overview of common ATM fraud and recommends approaches to prevent fraud, including developing a prototype biometrically equipped ATM model. It notes that ATMs in Ghanaian banks currently do not use biometric technology, so the research aims to increase security.
An ATM, or automated teller machine, allows customers to access their bank accounts and perform transactions without a human bank teller. Customers insert their debit or credit card and enter their PIN to access their accounts. Using an ATM, customers can withdraw cash, check balances, transfer funds between accounts, and perform other banking tasks. ATMs are connected to financial networks so customers can access their funds from machines not owned by their bank. Estimates show there are over 2.2 million ATMs globally, providing convenient banking access.
This document discusses two-factor authentication in the banking sector, specifically evaluating its performance for automated teller machines (ATMs). It provides background on ATMs, including a brief history of their development from the late 1960s onward. It describes how two-factor authentication works for ATM transactions, requiring both the physical ATM card and a personal identification number (PIN). The document examines different factors of authentication and classifications of factors into things the user has, knows, and is (biometrics).
The document summarizes various banking innovations including new technologies like e-banking, debit/credit cards, internet banking, ATMs, and electronic fund transfers. It discusses these innovations and how they have modernized banking by allowing customers to perform transactions remotely without visiting a branch in person. Traditional banking is compared to e-banking and various electronic delivery channels like ATMs, smart cards, telephone banking, and internet banking are explained.
This document discusses adding facial recognition technology to ATMs. It proposes combining a physical access card, PIN, and facial recognition for added security. The main challenges are keeping verification time negligible, allowing for variation in a customer's face, and enabling credit card use without banks having customer photos. Facial recognition could match a live image to one stored in a bank database associated with the account, neutralizing stolen card and PIN fraud. With appropriate lighting and software, variations could be accounted for, and additional images stored over time to decrease false negatives. This added security could reduce theft by bank employees and the impact of stolen cards and PINs.
Bank computerization in India increased after economic liberalization in 1991. The Reserve Bank of India set up committees in 1984 and 1988 to define banking technology standards and coordinate computerization efforts. The 1984 committee recommended introducing MICR technology and standardized cheque forms. The 1988 committee emphasized computerizing clearing house settlement operations and increasing branch connectivity through computers. Automated teller machines allow customers to perform basic transactions without a bank representative. Customers use an ATM card and PIN for authentication. ATMs make cash available 24/7 and are part of interbank networks. HSBC introduced the first ATM in India in 1987. Electronic clearing service is an electronic funds transfer between bank accounts, used for payments like salaries, dividends, and loan
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- 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.
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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.
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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.
Were excited to share our product profile, showcasing our expertise in Industrial Valves, Instrumentation, and Hydraulic & Pneumatic Solutions.
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We specialize in:
Industrial Valves (Gate, Globe, Ball, Butterfly, Check)
Instrumentation (Pressure Gauges, Transmitters, Flow Meters)
Pneumatic Products (Cylinders, Solenoid Valves, Fittings)
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ATm Machine Presentaion of Progaramming Fundamentals
1. Hanzla 021
Haseeb 015
Anas 030
Talha 009
Uzair 020
Role of ATM machine in
modern Banking
Programming
Fundamentals Lab
2. ATM Machines: A Vital Part
of Modern Banking
An ATM (Automated Teller Machine) is a self-service
electronic device that allows users to perform a variety of
banking transactions smoothly. It enables account holders
to check their balances, withdraw or deposit cash, transfer
money between accounts, and perform other banking
services securely. ATMs are widely accessible and are
designed to provide 24/7 access to banking services,
offering convenience and efficiency for managing personal
finances.
3. History of ATM Technology
1 Early Days
The first ATM was introduced in London in 1967. It was
developed by Barclays Bank and called the "Automatic Teller
Machine."
2 Expansion and Innovation
ATMs spread rapidly throughout the world in the 1970s and
1980s. New features such as card reader technology and PINs
emerged.
3 Digital Transformation
The rise of mobile banking and online payments has led to
advancements in ATM technology, with enhanced security and
interactive features.
4. Key Components of an ATM
Card Reader
Reads your debit or credit
card and verifies your
identity.
Cash Dispenser
Dispensers money from the
vault through a secure
mechanism.
Keyboard and Screen
Allows you to interact with
the machine to make
transactions.
Communication
Network
Connects the ATM to the
bank's computer system.
5. ATM Security Measures
PIN Protection
A personal identification number (PIN) protects your
account from unauthorized access.
Anti-Skimming Devices
Skimming is a common method of stealing card
information. Devices are deployed to prevent skimming.
Surveillance Cameras
Cameras deter criminals and aid in investigations if a crime
occurs.
Encryption Technology
Data transmitted between the ATM and the bank is
encrypted to protect against interception.
6. Transactions Facilitated by
ATMs
New User Registry
New customers register by
providing personal details and
setting a PIN.
Login
Users can deposit cash into their
account by entering amount to be
deposited.
Balance Inquiry
Displays the current balance of the
users bank account after login.
Deposit
Users can transfer funds to another
account by entering the recipients
account username.
Users enter their credentials to access
the system.
Withdraw Send Money
Users can withdraw cash from their
account by entering the desired
amount.
Exit
Logs the user out of the session securely
7. Trends in ATM Deployment
and Usage
1.2M approx.
ATMs Worldwide
According to Tapix Report, there
are approximately 1.2 million
ATMs in the world.
80M approx.
Transactions Daily
Millions of transactions are
processed daily at ATMs globally.
60% approx.
Card-Based Transactions
Most ATMs still rely on traditional
card-based transactions.
8. Regulatory Landscape for ATMs
1
Consumer Protection
Regulations ensure fair and transparent ATM fees.
2
Security Standards
Regulations require ATMs to meet security standards to protect user data and
money.
3
Accessibility
Regulations promote accessibility for people with
disabilities.
9. Challenges Facing the ATM
Industry
Rising Operational Costs
Maintaining and securing
ATMs is becoming increasingly
expensive.
Declining ATM Usage
The rise of mobile and online
banking is decreasing the
reliance on ATMs.
Fraud and Security Threats
The ATM industry is constantly battling against new forms of fraud
and security threats.
10. Conclusion
ATM machines have revolutionized banking, offering a wide range of essential functions for convenient
and secure financial transactions. Their user-friendly interface and advanced security measures make
them indispensable tools for managing personal finances.