The document describes a proposed digital payment system called the Money Pad. The Money Pad uses biometric authentication via fingerprint scanning to securely store and transact digital cash. It aims to provide advantages over existing payment methods like credit cards and smart cards by enabling instant funds clearing, strong security through biometrics, and eliminating the need to carry physical cash. The Money Pad consists of a touch sensor to record fingerprints and a magnetic disk to store authentication details, bank information, and digital cash balances. It is envisioned as a convenient way to perform electronic payments and banking transactions using digital cash.
This document provides an introduction to EMV technology for electronic payment cards. It describes EMV as a global standard for credit and debit cards that uses chip card technology for added security compared to magnetic stripe cards. The document outlines the key aspects of EMV, including how it gets its name from Europay, Mastercard, and Visa, the standards organization EMVCo, how EMV chip cards and transactions work, challenges with EMV implementation, and how EMV provides more security than magnetic stripe cards through unique transaction codes. Methods of cardholder verification and authentication in EMV are also summarized.
The document traces the history and evolution of computers from their origins in 1936 with the Z1 to recent developments after 2000. It discusses early pioneers like John Atanasoff, Clifford Berry and IBM. Home computers emerged in the late 1970s and the IBM PC revolutionized the consumer market in 1981. Microsoft created the MS-DOS operating system that same year. The document also outlines the development of laptop/notebook computers and peripherals over time as well as some curiosities in computer history including early games and the invention of the mouse and floppy disk. Potential disadvantages like cybercrime and protecting personal information online are also briefly covered.
The document discusses electronic cash (e-cash) systems. It defines e-cash as an electronic payment system that provides security features like privacy, authenticity, and non-repudiation while also allowing for user anonymity and untraceability of payments. E-cash aims to preserve some of the key properties of physical cash for electronic payments, like anonymity of transactions. The document outlines the conceptual framework of e-cash systems, including issuers, customers, merchants, and regulators. It also discusses some requirements and components of private e-cash systems.
The document discusses the Pepper robot created by SoftBank Robotics. Pepper is a humanoid robot that uses sensors and cameras to detect emotions and react appropriately during conversations with people. It has features like collision prevention and auto-balance abilities. Pepper can speak multiple languages and is designed to assist with common tasks. While Pepper has advantages like helping make smart decisions, it also has disadvantages such as asking repetitive questions and displaying ads.
Pepper is the world's first humanoid robot that can read emotions. It was jointly developed by SoftBank Mobile and Aldebaran Robotics. Pepper is a social robot that can converse with humans, recognize emotions, and interact autonomously. It uses sensors and algorithms to understand its environment and react in a proactive manner. Pepper is planned to be commercially available in Japan from SoftBank Mobile in February 2015 for 198,000 yen.
'Sixth Sense' is a wearable gestural interface that augments the physical world around us with digital Information and lets us use natural hand gestures to interact with that information. All of us are aware of the five basic senses - seeing, feeling, smelling,
tasting and hearing. But there is also another sense called the sixth sense. Sixth Sense Technology is the science of tomorrow with the aim of connecting the digital world with the physical world seamlessly, eliminating hardware devices.This combination of devices and software together create a reality in which the digital world is merged with the physical world.
The document traces the history of personal computers from the idea of computing in 1843 to the creation of early computers in the 1940s-1950s using vacuum tubes and transistors. It then discusses the invention of the microchip in the late 1950s and the creation of early microprocessors in the 1970s which led to the launch of personal computers like the Altair 8800 in 1975 and the Apple I. The IBM PC launched in 1980 used an operating system from Microsoft, who then released Windows 1.0 in 1983, the same year the Macintosh was introduced by Apple.
The document describes a proposed digital payment system called the Money Pad. The Money Pad uses biometric authentication via fingerprint scanning to securely store and transact digital cash. It aims to provide advantages over existing payment methods like credit cards and smart cards by enabling instant funds clearing, strong security through biometrics, and eliminating the need to carry physical cash. The Money Pad consists of a touch sensor to record fingerprints and a magnetic disk to store authentication details, bank information, and digital cash balances. It is envisioned as a convenient way to perform electronic payments and banking transactions using digital cash.
This document provides an introduction to EMV technology for electronic payment cards. It describes EMV as a global standard for credit and debit cards that uses chip card technology for added security compared to magnetic stripe cards. The document outlines the key aspects of EMV, including how it gets its name from Europay, Mastercard, and Visa, the standards organization EMVCo, how EMV chip cards and transactions work, challenges with EMV implementation, and how EMV provides more security than magnetic stripe cards through unique transaction codes. Methods of cardholder verification and authentication in EMV are also summarized.
The document traces the history and evolution of computers from their origins in 1936 with the Z1 to recent developments after 2000. It discusses early pioneers like John Atanasoff, Clifford Berry and IBM. Home computers emerged in the late 1970s and the IBM PC revolutionized the consumer market in 1981. Microsoft created the MS-DOS operating system that same year. The document also outlines the development of laptop/notebook computers and peripherals over time as well as some curiosities in computer history including early games and the invention of the mouse and floppy disk. Potential disadvantages like cybercrime and protecting personal information online are also briefly covered.
The document discusses electronic cash (e-cash) systems. It defines e-cash as an electronic payment system that provides security features like privacy, authenticity, and non-repudiation while also allowing for user anonymity and untraceability of payments. E-cash aims to preserve some of the key properties of physical cash for electronic payments, like anonymity of transactions. The document outlines the conceptual framework of e-cash systems, including issuers, customers, merchants, and regulators. It also discusses some requirements and components of private e-cash systems.
The document discusses the Pepper robot created by SoftBank Robotics. Pepper is a humanoid robot that uses sensors and cameras to detect emotions and react appropriately during conversations with people. It has features like collision prevention and auto-balance abilities. Pepper can speak multiple languages and is designed to assist with common tasks. While Pepper has advantages like helping make smart decisions, it also has disadvantages such as asking repetitive questions and displaying ads.
Pepper is the world's first humanoid robot that can read emotions. It was jointly developed by SoftBank Mobile and Aldebaran Robotics. Pepper is a social robot that can converse with humans, recognize emotions, and interact autonomously. It uses sensors and algorithms to understand its environment and react in a proactive manner. Pepper is planned to be commercially available in Japan from SoftBank Mobile in February 2015 for 198,000 yen.
'Sixth Sense' is a wearable gestural interface that augments the physical world around us with digital Information and lets us use natural hand gestures to interact with that information. All of us are aware of the five basic senses - seeing, feeling, smelling,
tasting and hearing. But there is also another sense called the sixth sense. Sixth Sense Technology is the science of tomorrow with the aim of connecting the digital world with the physical world seamlessly, eliminating hardware devices.This combination of devices and software together create a reality in which the digital world is merged with the physical world.
The document traces the history of personal computers from the idea of computing in 1843 to the creation of early computers in the 1940s-1950s using vacuum tubes and transistors. It then discusses the invention of the microchip in the late 1950s and the creation of early microprocessors in the 1970s which led to the launch of personal computers like the Altair 8800 in 1975 and the Apple I. The IBM PC launched in 1980 used an operating system from Microsoft, who then released Windows 1.0 in 1983, the same year the Macintosh was introduced by Apple.
The document traces the history of computers from ancient counting devices like the abacus to modern machines. It discusses early mechanical calculators invented by Pascal and Babbage in the 1600s-1800s. The first modern computers of the 1940s-50s used vacuum tubes and were developed by Aiken, Eckert, Mauchly and others. The transistor was invented in 1948, making computers smaller and more reliable. Personal computers emerged in the 1970s with the Altair and IBM PC, using graphical user interfaces pioneered by the Apple Macintosh in 1984. The document also outlines the five generations of computers and their defining technologies.
Introduction to Bitcoins and CryptocurrencyUtkarsh Gupta
Cryptocurrency is a digital currency that uses encryption techniques to regulate currency generation and verify fund transfers independently of a central bank. Bitcoin, created in 2009, was the first cryptocurrency and introduced the concept of a decentralized digital currency not controlled by any single entity. Cryptocurrencies operate using blockchain, a public ledger stored across a network of computers that records all transactions. Key characteristics of cryptocurrencies include decentralization, ease of setup with no transaction fees, anonymity, and transparency through public recording on the blockchain. New currency units are "mined" by users who receive bitcoins for verifying transactions, with the total number of bitcoins limited to 21 million under the cryptocurrency protocol.
The document summarizes a seminar report on Money-Pad, a proposed future wallet that holds digital cash and financial information rather than paper cash. Money-Pad uses biometric fingerprint recognition for secure authentication of transactions. It allows for instant clearing of funds without transaction fees or credit limits. In the future, as internet access expands globally, financial transactions may be conducted via small fingerprint recognition devices without need for physical cards or pads.
The document provides a history of computers from ancient times to the development of mainframes. It discusses early mechanical calculating devices like the abacus and slide rule. Important early pioneers mentioned include Pascal, Leibniz, Babbage, and Ada Lovelace. The first digital computers used vacuum tubes and were developed during World War II like the Colossus and ENIAC. The stored program concept was developed by von Neumann. Transistors replaced vacuum tubes and ushered in smaller mainframe computers. Pioneers like Turing, Hopper, and Zuse made important contributions to the field.
An electronic wallet (e-wallet) allows users to make secure electronic payments quickly. It can store credit card numbers, electronic cash, identification, and contact information. E-wallets come in two types - client side stores information locally on a user's device, while server side stores it remotely on a merchant's server. The proposed e-wallet would make contactless money transfers easier by providing features like infinite lifetime, authentication, and universal access without requiring a physical card. It aims to improve online shopping efficiency by automatically filling in order forms.
Neobanks are completely digital banks that do not have physical branches. While they do not have their own banking licenses, they partner with traditional banks for licensed services. Neobanks fill the gap left by traditional banks, which are held back by their reliance on outdated models, by providing efficient digital solutions. They essentially act as a digital layer over the existing traditional banking system. Some popular Indian neobanks mentioned are Jupiter, Niyo, Fi, and ZikZuk.
EMV is a standard for smart payment cards and terminals. EMV stands for – EuroPay, MasterCard and Visa, the three companies who were the founder of the standard. This standard is maintained by EMVCo – a consortium with payment brands like Visa, MasterCard, JCB, American Express, China UnionPay, Discover as members.
It's a presented presentation by MPA student of King's Own Institute.
Students were Manisha Manandhar, Kumar Magar, Rakesh Maharjan, Nishan Jung Karki, Madan Bahadur Bista and Bikash Tamang.
PayPal is an online payment system that allows users to send and receive payments. It was founded in 1998 and acquired by eBay in 2002. PayPal has over 60 million active accounts in 190 countries and processes payments in 19 currencies. While some criticize PayPal, it maintains low fraud rates and emphasizes security features like its security key to protect users.
1. Information technology refers to the use of computers and software to manage information, including storing, protecting, processing, transmitting, and retrieving information.
2. The history of information technology spans from early writing systems to modern computers. Key developments include the abacus, mechanical calculators, punch cards, mainframe computers, and personal computers.
3. Modern information technology is digital and based on integrated circuits and microprocessors. Advances like graphical user interfaces, operating systems, and the internet have driven the widespread use of personal computers and mobile devices.
The first computers were human beings who performed complex calculations manually. The abacus was one of the earliest aids for mathematical computations. In the 1600s, inventors like Blaise Pascal and Charles Babbage began developing early mechanical calculators to reduce human error and speed up calculations. During World War 2, the U.S. military funded research into programmable electromechanical computers like the Harvard Mark I to compute ballistics firing tables faster than human computers could. The microelectronics revolution later allowed integrated circuits to replace wired components and enabled the mass production of computers.
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 :)
The document provides an overview of cryptocurrencies including bitcoin. It defines cryptocurrency as a digital currency that uses cryptography for security rather than being issued by a central authority. It discusses how transactions work using a public ledger of addresses and digital signatures on a blockchain, how new blocks are added to the chain through mining, and some examples of alternative cryptocurrencies like Litecoin and Dogecoin.
Early computers were mechanical machines created by inventors like Leonardo Da Vinci to help with calculations. Through the 1800s and early 1900s, mechanical calculators and tabulating machines were developed to help mathematicians and clerks with complex calculations. The first modern electronic computers then emerged in the 1940s, including ENIAC which was made of vacuum tubes. The 1950s saw the development of smaller mainframe computers using transistors instead of tubes. By the 1970s, microcomputers for personal use emerged like the MITS Altair and IBM PC, using magnetic disks and chips. Today's computers have further miniaturized into portable laptops and hybrid tablet computers.
The document discusses e-wallets, which allow users to store multiple payment card and bank account numbers digitally to make online purchases faster. E-wallets eliminate the need to re-enter payment details for each transaction. They can be client-side, storing information locally, or server-side, storing data remotely on a server. Near field communication (NFC) technology and secure chips allow phones to securely store digital payment information and authentication details to make contactless payments. The document outlines the types, components, technologies, features, advantages and disadvantages of e-wallets.
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.
The document discusses electronic payment systems. It explains that electronic payment systems allow transactions to be made electronically without cash or checks by using online or mobile banking. The use of electronic payment methods has grown significantly with the rise of e-commerce and internet banking. Various electronic payment options are described, including digital wallets, credit/debit cards, e-checks, stored-value cards, and smart cards. The benefits of electronic payments for both consumers and merchants are convenience, security, and efficiency.
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.
Jonathan Naweji is a Global Account Manager at Adyen based in Brussels with 2.5 years of experience at the company. Adyen is a global payments company that processes €767 billion in volume annually across 250+ payment methods and 187 currencies through its single platform. It has 26 offices worldwide and employs over 2500 people globally. All of Adyen's technology is developed in-house.
Guruprasad Srinivasamurthy has over 15 years of experience in testing services for the telecom, banking, and investment domains. He has worked on projects for clients like Infosys, Bank of America, Rogers, Motorola, and Del Tree. Currently he is a project manager at Infosys working on a data-less key implementation for Fidelity Investments.
Geetha Lakshmi has over 11 years of experience in .NET application development and web development. She is currently working as a project lead at Standard Chartered Bank, where she has led several banking projects involving technologies like C#.NET, SQL Server, and IBM MQ. Some of her project experiences include developing payment processing systems for Standard Chartered Bank in countries like Oman, Kenya, and Tanzania. She is proficient in technologies like C#.NET, ASP.NET, and SQL Server and has a Microsoft certification in .NET application development.
The document traces the history of computers from ancient counting devices like the abacus to modern machines. It discusses early mechanical calculators invented by Pascal and Babbage in the 1600s-1800s. The first modern computers of the 1940s-50s used vacuum tubes and were developed by Aiken, Eckert, Mauchly and others. The transistor was invented in 1948, making computers smaller and more reliable. Personal computers emerged in the 1970s with the Altair and IBM PC, using graphical user interfaces pioneered by the Apple Macintosh in 1984. The document also outlines the five generations of computers and their defining technologies.
Introduction to Bitcoins and CryptocurrencyUtkarsh Gupta
Cryptocurrency is a digital currency that uses encryption techniques to regulate currency generation and verify fund transfers independently of a central bank. Bitcoin, created in 2009, was the first cryptocurrency and introduced the concept of a decentralized digital currency not controlled by any single entity. Cryptocurrencies operate using blockchain, a public ledger stored across a network of computers that records all transactions. Key characteristics of cryptocurrencies include decentralization, ease of setup with no transaction fees, anonymity, and transparency through public recording on the blockchain. New currency units are "mined" by users who receive bitcoins for verifying transactions, with the total number of bitcoins limited to 21 million under the cryptocurrency protocol.
The document summarizes a seminar report on Money-Pad, a proposed future wallet that holds digital cash and financial information rather than paper cash. Money-Pad uses biometric fingerprint recognition for secure authentication of transactions. It allows for instant clearing of funds without transaction fees or credit limits. In the future, as internet access expands globally, financial transactions may be conducted via small fingerprint recognition devices without need for physical cards or pads.
The document provides a history of computers from ancient times to the development of mainframes. It discusses early mechanical calculating devices like the abacus and slide rule. Important early pioneers mentioned include Pascal, Leibniz, Babbage, and Ada Lovelace. The first digital computers used vacuum tubes and were developed during World War II like the Colossus and ENIAC. The stored program concept was developed by von Neumann. Transistors replaced vacuum tubes and ushered in smaller mainframe computers. Pioneers like Turing, Hopper, and Zuse made important contributions to the field.
An electronic wallet (e-wallet) allows users to make secure electronic payments quickly. It can store credit card numbers, electronic cash, identification, and contact information. E-wallets come in two types - client side stores information locally on a user's device, while server side stores it remotely on a merchant's server. The proposed e-wallet would make contactless money transfers easier by providing features like infinite lifetime, authentication, and universal access without requiring a physical card. It aims to improve online shopping efficiency by automatically filling in order forms.
Neobanks are completely digital banks that do not have physical branches. While they do not have their own banking licenses, they partner with traditional banks for licensed services. Neobanks fill the gap left by traditional banks, which are held back by their reliance on outdated models, by providing efficient digital solutions. They essentially act as a digital layer over the existing traditional banking system. Some popular Indian neobanks mentioned are Jupiter, Niyo, Fi, and ZikZuk.
EMV is a standard for smart payment cards and terminals. EMV stands for – EuroPay, MasterCard and Visa, the three companies who were the founder of the standard. This standard is maintained by EMVCo – a consortium with payment brands like Visa, MasterCard, JCB, American Express, China UnionPay, Discover as members.
It's a presented presentation by MPA student of King's Own Institute.
Students were Manisha Manandhar, Kumar Magar, Rakesh Maharjan, Nishan Jung Karki, Madan Bahadur Bista and Bikash Tamang.
PayPal is an online payment system that allows users to send and receive payments. It was founded in 1998 and acquired by eBay in 2002. PayPal has over 60 million active accounts in 190 countries and processes payments in 19 currencies. While some criticize PayPal, it maintains low fraud rates and emphasizes security features like its security key to protect users.
1. Information technology refers to the use of computers and software to manage information, including storing, protecting, processing, transmitting, and retrieving information.
2. The history of information technology spans from early writing systems to modern computers. Key developments include the abacus, mechanical calculators, punch cards, mainframe computers, and personal computers.
3. Modern information technology is digital and based on integrated circuits and microprocessors. Advances like graphical user interfaces, operating systems, and the internet have driven the widespread use of personal computers and mobile devices.
The first computers were human beings who performed complex calculations manually. The abacus was one of the earliest aids for mathematical computations. In the 1600s, inventors like Blaise Pascal and Charles Babbage began developing early mechanical calculators to reduce human error and speed up calculations. During World War 2, the U.S. military funded research into programmable electromechanical computers like the Harvard Mark I to compute ballistics firing tables faster than human computers could. The microelectronics revolution later allowed integrated circuits to replace wired components and enabled the mass production of computers.
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 :)
The document provides an overview of cryptocurrencies including bitcoin. It defines cryptocurrency as a digital currency that uses cryptography for security rather than being issued by a central authority. It discusses how transactions work using a public ledger of addresses and digital signatures on a blockchain, how new blocks are added to the chain through mining, and some examples of alternative cryptocurrencies like Litecoin and Dogecoin.
Early computers were mechanical machines created by inventors like Leonardo Da Vinci to help with calculations. Through the 1800s and early 1900s, mechanical calculators and tabulating machines were developed to help mathematicians and clerks with complex calculations. The first modern electronic computers then emerged in the 1940s, including ENIAC which was made of vacuum tubes. The 1950s saw the development of smaller mainframe computers using transistors instead of tubes. By the 1970s, microcomputers for personal use emerged like the MITS Altair and IBM PC, using magnetic disks and chips. Today's computers have further miniaturized into portable laptops and hybrid tablet computers.
The document discusses e-wallets, which allow users to store multiple payment card and bank account numbers digitally to make online purchases faster. E-wallets eliminate the need to re-enter payment details for each transaction. They can be client-side, storing information locally, or server-side, storing data remotely on a server. Near field communication (NFC) technology and secure chips allow phones to securely store digital payment information and authentication details to make contactless payments. The document outlines the types, components, technologies, features, advantages and disadvantages of e-wallets.
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.
The document discusses electronic payment systems. It explains that electronic payment systems allow transactions to be made electronically without cash or checks by using online or mobile banking. The use of electronic payment methods has grown significantly with the rise of e-commerce and internet banking. Various electronic payment options are described, including digital wallets, credit/debit cards, e-checks, stored-value cards, and smart cards. The benefits of electronic payments for both consumers and merchants are convenience, security, and efficiency.
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.
Jonathan Naweji is a Global Account Manager at Adyen based in Brussels with 2.5 years of experience at the company. Adyen is a global payments company that processes €767 billion in volume annually across 250+ payment methods and 187 currencies through its single platform. It has 26 offices worldwide and employs over 2500 people globally. All of Adyen's technology is developed in-house.
Guruprasad Srinivasamurthy has over 15 years of experience in testing services for the telecom, banking, and investment domains. He has worked on projects for clients like Infosys, Bank of America, Rogers, Motorola, and Del Tree. Currently he is a project manager at Infosys working on a data-less key implementation for Fidelity Investments.
Geetha Lakshmi has over 11 years of experience in .NET application development and web development. She is currently working as a project lead at Standard Chartered Bank, where she has led several banking projects involving technologies like C#.NET, SQL Server, and IBM MQ. Some of her project experiences include developing payment processing systems for Standard Chartered Bank in countries like Oman, Kenya, and Tanzania. She is proficient in technologies like C#.NET, ASP.NET, and SQL Server and has a Microsoft certification in .NET application development.
Ashish Bhandari is a test engineer with over 3 years of experience in financial services applications testing. He currently works at Infosys testing retail and corporate banking applications. Some of his skills include Selenium WebDriver, TestNG, Java, SQL, and defect management. He has worked on several projects for Royal Bank of Scotland testing payments platforms and ensuring compliance with SEPA standards.
This document provides a summary of Mohd. Shafi Quraishi's experience as an IT professional with over 11 years of experience in testing, development, and production support roles. He has extensive experience leading testing teams and delivering projects in the banking domain using Agile and waterfall methodologies. His most recent role is as a QA Lead for the Accounting Hub application at Lloyds Bank.
Hemant Umbarkar is seeking a role as a business analyst with over 12 years of experience in banking, payments, and receivables. He has extensive experience leading projects involving payments processing, SEPA, PSD, and receivables management. Some of the key projects he worked on included developing a new receivables reconciliation platform and a payments solution for corporate clients in Asia. He is proficient in requirements gathering, solution design, and project delivery across agile, waterfall, and six sigma methodologies.
The document provides a summary of the professional experience of P.V.N.D.SURENDRA, including over 6 years of experience in software testing. It details experience in testing mobile rich client applications, generating binaries for Android and iOS, memory profiling, testing web applications, defect triage, review meetings, and more. Specific projects are summarized, including testing mobile banking apps, field service apps, remote deposit capture apps, payment apps, and order management/billing apps. Technologies used include Kony, JMeter, TFS, QC, and Focus.
This document provides a summary of Chris Woods' professional experience, including his current role as a Project Manager at ING Direct since 2009. Prior to that, he held Project Manager roles at TCS Financial Solutions from 2001-2008 where he managed various banking application implementations. The summary highlights his strong background in project management, particularly for payments systems, core banking upgrades, and other financial software implementations.
Manikanta has over 7 years of experience in IT and Guidewire product implementation. He has a bachelor's degree in technology and is skilled in Java, J2EE, XML, and relational databases. He has led teams in developing applications for the insurance, banking, and healthcare industries. Currently he is a technical lead at PricewaterhouseCoopers working on Guidewire implementations and interfaces.
Adnan Khan is a software developer with 9 years of experience developing applications for banking and digital marketing domains using technologies like AngularJS, Java, Spring, and Hibernate. He has experience working as both an individual contributor and team lead on projects for clients including CDK Global, Finacle, and several banks. He is skilled in agile methodologies, test-driven development, and design patterns.
Martin Lavelle is an experienced IT project manager with over 20 years of experience successfully delivering large and complex projects across multiple industries. He has a track record of delivering projects on time, on budget, and to a high quality. Key strengths include risk management, building high-performing teams, and managing stakeholders. Currently he is the Program Manager for Australia Post managing projects such as the EMV payment terminal upgrade and a mobile application.
Dhivakar Nagarajan is a QA Testing Specialist with 3 years of experience in manual and automation testing using Selenium. He has expertise in all phases of the software testing life cycle including smoke, integration, functional and regression testing. He is proficient with testing tools like Selenium WebDriver, Selenium IDE, and Parasoft SOA. Dhivakar has worked on banking and telecom projects for clients such as Amex and Century Link developing test cases, executing tests, identifying and reporting issues. He is skilled in creating automation test scripts in frameworks like TestNG, JUnit and has received appreciation for his work.
Aman Singh Rajput is a senior software engineer with over 2.4 years of experience in design and development using Java. He has extensive experience developing adapters for provisioning systems to integrate with billing and CRM products. His responsibilities include requirements analysis, research and development, unit testing, and integration testing. He has developed adapters using technologies like SOAP, REST, JSON, and socket-based communication. Aman holds an MCA from University of Hyderabad and a BSc from C.S.J.M University, Kanpur.
Rohit Gopal Oza is a software tester with over 4 years of experience in application testing and maintenance. He has worked on projects in telecommunications banking and retail domains. Some of his responsibilities include test planning, design, execution, defect tracking and production support. He is proficient with tools like HP Quality Center, Selenium and Cyara. He aims to build his career with a leading technology company to fully utilize his skills and potential.
Piyush Belkhede has over 10 years of experience as a QA Team Lead testing mobile applications for iOS and Android platforms. He has expertise in managing testing teams, planning sprints, reviewing requirements, designing and executing functionality, system, and regression tests. Some of the projects he has worked on include debit/credit card registration apps, ATM locator apps, mobile surveillance systems, and core banking systems. Piyush holds a B.Tech in Chemical Engineering and is proficient in testing tools such as Jira, Quality Centre, and ClearQuest.
A banking P2P application for fast and secure money transfers was delivered for one of our clients - retail bank. Recent case of OutSystems implementation in banking.
Nishant Kumar is seeking software development or management roles. He has over 8 years of experience in software development and client services using technologies like VB 6.0, ASP, C#, VB.NET, .NET, WPF, MVVM, WCF, Oracle, SQL Server, ASP.NET, ASP.NET MVC, AngularJS, HTML5, CSS3 and jQuery. He has experience managing projects, ensuring deadlines are met and maintaining high quality. Nishant has worked on several projects in various roles including development, maintenance and implementation.
The document provides details about R. Pramoth's contact information, job objective, expertise, achievements, and work experience as a business analyst. It includes over 10 years of experience in operations management, business analysis, and business process management for banking and finance projects. Specific experiences include requirements gathering, gap analysis, documentation, testing, and implementation of core banking systems, cash management systems, and vendor management systems.
Professional Summary
An overall experience of around 14 years in various roles as Test Engineer, Test Lead,
Testing Manager with comprehensive experience on Agile Methodologies, Rally, Quality Centre, ALM, Testing Concepts & Testing Process.
Extensive knowledge in various domains like Telecom, Banking, Retail, Finance & Insurance.
Experienced Scrum Master with the experience of handling multiple scrum teams.
Experience Summary
Currently working at Harland Clarke Holdings Software India Pvt Ltd as an Associate QA Manager at, from Sep 2011 to August
Worked as Technical Lead in Wipro technologies, from May 2004 to August 2011
Worked as Test Engineer in Global Edge Software Pvt Ltd., Bangalore from April 2003 – May 2004
Worked as Test Engineer in Aseema Soft Net Pvt Ltd., Bangalore from August 2002 – March 2003
Skills
Technical Managerial
• HP Quality Center Strategic planning
• ALM - Smart Bear Requirements gathering
• SoapUI Risk mitigation and management
• QTP Agile methodologies
• Linux Change management
• Windows Business process improvement
• Rally
Onsite Experience
S. No Client Work Location Country Years/ Months
1 Nortel Networks Belleville Canada 1 Year 7 Months
2 Capital One Nottingham United Kingdom 1 Year 6 Months
3 UBS Singapore Singapore 2 Months
4 UBS Zurich Switzerland 1 Year
5 Harland Clarke Texas United States 1 Month
Professional Summary
An overall experience of around 14 years in various roles as Test Engineer, Test Lead,
Testing Manager with comprehensive experience on Agile Methodologies, Rally, Quality Centre, ALM, Testing Concepts & Testing Process.
Extensive knowledge in various domains like Telecom, Banking, Retail, Finance & Insurance.
Experienced Scrum Master with the experience of handling multiple scrum teams.
Experience Summary
Currently working at Harland Clarke Holdings Software India Pvt Ltd as an Associate QA Manager at, from Sep 2011 to August
Worked as Technical Lead in Wipro technologies, from May 2004 to August 2011
Worked as Test Engineer in Global Edge Software Pvt Ltd., Bangalore from April 2003 – May 2004
Worked as Test Engineer in Aseema Soft Net Pvt Ltd., Bangalore from August 2002 – March 2003
Skills
Technical Managerial
• HP Quality Center Strategic planning
• ALM - Smart Bear Requirements gathering
• SoapUI Risk mitigation and management
• QTP Agile methodologies
• Linux Change management
• Windows Business process improvement
• Rally
Onsite Experience
S. No Client Work Location Country Years/ Months
1 Nortel Networks Belleville Canada 1 Year 7 Months
2 Capital One Nottingham United Kingdom 1 Year 6 Months
3 UBS Singapore Singapore 2 Months
4 UBS Zurich Switzerland 1 Year
5 Harland Clarke Texas United States 1 Month
Parabolic antenna alignment system with Real-Time Angle Position FeedbackStevenPatrick17
Introduction
Parabolic antennas are a crucial component in many communication systems, including satellite communications, radio telescopes, and television broadcasting. Ensuring these antennas are properly aligned is vital for optimal performance and signal strength. A parabolic antenna alignment system, equipped with real-time angle position feedback and fault tracking, is designed to address this need. This document delves into the components, design, and implementation of such a system, highlighting its significance and applications.
Importance of Parabolic Antenna Alignment
The alignment of a parabolic antenna directly affects its performance. Even minor misalignments can lead to significant signal loss, which can degrade the quality of the received signal or cause communication failures. Proper alignment ensures that the antenna's focal point is accurately directed toward the signal source, maximizing the antenna's gain and efficiency. This precision is especially crucial in applications like satellite communications, where the antenna must track geostationary satellites with high accuracy.
Components of a Parabolic Antenna Alignment System
A parabolic antenna alignment system typically includes the following components:
Parabolic Dish: The primary reflector that collects and focuses incoming signals.
Feedhorn and Low Noise Block (LNB): Positioned at the dish's focal point to receive signals.
Stepper or Servo Motors: Adjust the azimuth (horizontal) and elevation (vertical) angles of the antenna.
Microcontroller (e.g., Arduino, Raspberry Pi): Processes sensor data and controls the motors.
Potentiometers: Provide feedback on the antenna's current angle positions.
Fault Detection Sensors: Monitor for potential faults such as cable discontinuities or LNB failures.
Control Software: Runs on the microcontroller, handling real-time processing and decision-making.
Real-Time Angle Position Feedback
Real-time feedback on the antenna's angle position is essential for maintaining precise alignment. This feedback is typically provided by potentiometers or rotary encoders, which continuously monitor the azimuth and elevation angles. The microcontroller reads this data and adjusts the motors accordingly to keep the antenna aligned with the signal source.
Fault Tracking in Antenna Alignment Systems
Fault tracking is vital for the reliability and performance of the antenna system. Common faults include cable discontinuities, LNB malfunctions, and motor failures. Sensors integrated into the system can detect these faults and either notify the user or initiate corrective actions automatically.
Design and Implementation
1. Parabolic Dish and Feedhorn
The parabolic dish is designed to reflect incoming signals to a focal point where the feedhorn and LNB are located. The dish's size and shape depend on the specific application and frequency range.
2. Motors and Position Control
Stepper motors or servo motors are used to control the azimuth and elevation of
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1. RAGHUNATH CHERUKURI
Contact number : +91 - 9632266243
Email-ID : raghunch99@gmail.com
Career Objective:
To develop my knowledge and career progress in an organization with ample learning
opportunities and challenging environment to enhance my technical skills and be an innovative to the
reputed concern.
Experience Summary:
➢ Currently working in Mastercard office (Client location) in QETs team.
➢ Expertise in Connex on HP Non-Stop Tandem as a developer, tester roles with an experience of
7 yrs. under Tandem (Non-stop Kernel) and Connex Platform.
➢ Good Knowledge in Non-Stop Environment, Tandem Languages TACL, C, FUP, Pathway
concepts, Connex switch, FINSIM, Paragon Simulators etc.,
➢ Worked in Development and Testing projects.
➢ Good Team player having better communication and handling the team members and
interpersonal management skills.
➢ Handled and lead the whole project for successful deployment and act as single point of contact
with clients.
➢ Received various credits from Client Managers and Team leaders appreciating my qualitative
work completion and timely deliverables without any issues.
➢ Experience in implementing the MasterCard & VISA network compliance changes.
Technical Skills:
Programming Languages : C, C++, TACL, COBOL, TAL
Database : Non-Stop SQL/MP and Enscribe
Tools : HP Quality Centre, Tandem utilities
(FUP, INSPECT, SQLCI, TEDIT, Enform, EMS, PERUSE,
DRNet, Connex switch etc...)
OLTP Concepts : Pathway.
Training’s attended : C/C++, Agile methodology
Simulators : ATM FINSIM simulator, Paragon WEBFasest
Project Summary:
Project #1
Project Name : MNGS MAS and Clearing - Dual message Acquiring
Customer : Mastercard
Duration : June 2019 to November 2019
Location : Pune
Technology : Paragon WebFastest, Connex, CED.
Role : Tester
2. Project Description:
The scope of project is to implement the IST MAS/Clearing applications in MasterCard’s MNGS
processing environment and to setup a direct link between Mastercard MNGS with Woolworth's.
As part of this project, Mastercard Gateway (MNGS) established a new link with Woolworth's.
The new link will be used for routing the Woolworth's acquired Domestic cardholder Dual message
transactions to MNGS. The system will allow the clearing of dual message transactions with multi-
currency settlement and reporting.
Key Activities:
➢ Involved in customer profile creation in Connex CED.
➢ Involved in executing the Test cases, Perform the End to end testing, Adhoc and regression
testing to ensure the proper work on new transactions functionalities.
➢ Documented the Test results
➢ Enhanced scripts like adding the Data Elements as per Client Requirements and to automate the
scripts to run in different scheduled cycles.
➢ Performed the performance test by monitoring the Disk I/O Rate and CPU & Memory Usage
through Prognosis tool.
➢ Extended my technical support for various tasks to meet the project deadlines.
Project #2
Project Name : MNGS Multi-Currency Settlement
Customer : Mastercard
Duration : March 2019 to June 2019
Location : Pune
Technology : Paragon WebFastest, Connex, CED .
Role : Tester
Project Description:
MasterCard currently accesses several international POS/ATM networks. As a gateway switch,
the goal is to provide support of the back office multi-currency aspect of these transactions.
The scope of project is to support settlement in various currencies permitted by MC Treasury
team. As part of this the gateway switch will be able to receive the Mastercard forex rate file, supports
configuration across Bilateral, Intra-currency and Regional settlement services and Provide appropriate
reports and advisements to customers.
Key Activities:
➢ Involved in customer profile creation in Connex CED.
➢ Involved in executing the Test cases, Perform the End to end testing, Adhoc and regression
testing to ensure the proper work on new transactions functionalities.
➢ Enhanced scripts like adding the Data Elements as per Client Requirements and to automate the
scripts to run in different scheduled cycles.
➢ Documented the Test results
3. ➢ Extended my technical support for the various tasks to meet the project deadlines.
Project #3
Project Name : CBA – ASB & PTBC ATM Link Migration
Customer : Commonwealth Bank of Australia, Australia
Duration : Feb 2018 to Nov 2018
Location : Bangalore
Technology : TAL, PIAUS, FINSIM ATM Simulator, and INSPECT.
Role : Developer/Tester
Project Description:
The scope of project is to setup a direct link between CBA ATM Connex with ASB & PTBC banks.
Decommission the existing downstream links and route all the ASB/PTBC card transactions acquired at
CBA ATMs to the respective bank directly from Connex and to accept the CBA cards transactions from
ASB/PTBC.
Key Activities:
➢ Requirement Analysis.
➢ High and Mid-level level platform design.
➢ Coding and Unit testing.
➢ Responsible for planning the schedule for Production implementation and their dependencies.
Project #4
Project Name : ATM eHUB Stream3
Customer : Commonwealth Bank of Australia, Australia
Duration : Feb 2017 to Jan 2018
Location : Sydney (Client location), Bangalore
Technology : TAL, PIAUS, CED, FINSIM ATM Simulator, EMV, FUP (File Utility Program),
and INSPECT.
Role : Developer/Tester
Project Description:
The scope of project is to setup a direct link between Connex & BPH. Decommission the existing
downstream application and route all the Debit transactions acquired at ATMs to BPH directly from
Connex.
Common Wealth Bank of Australia (CBA) debit account transactions at ATM will be routed from
ATM Connex to BPH (debit system) directly and the Credit/HLS/Card less transactions will still be routed
to existing flow to down-stream application known as Common Transaction Switch (CTS).
Key Activities:
➢ Requirement Analysis.
➢ High and Mid-level level platform design.
➢ Coding and Unit testing.
4. ➢ Responsible for planning the schedule for Production implementation and their dependencies.
Project #5
Project Name : CBA-First Data Link EMV Upgrade
Customer : Commonwealth Bank of Australia, Australia
Duration : Oct-2016 to Jan-2017
Location : Sydney (Client location)
Technology : TAL, PIAUS, CED, FINSIM ATM Simulator, EMV, FUP (File Utility Program),
and INSPECT.
Role : Developer/Tester
Project Description:
The main aim of the First Data EMV project is to upgrade the CBA - First Data ATM bilateral link
to support EMV & to overcome the fraudulent transactions.
Key Activities:
➢ Requirement Analysis.
➢ High and Mid-level level platform design.
➢ Coding and Unit testing.
➢ Worked in upgraded the First Data ATM link to EMV
➢ Added the new Application IDs into the database to process the EMV transactions.
➢ Worked on the load image changes to read the chip information from the ATMs for FDI BINs to
send the EMV data to the issuer
➢ Involved in creating Test cases for EMV, Perform the End to end testing, Adhoc and regression
testing to ensure the proper work on new transactions functionalities.
➢ Responsible for planning the schedule for Production implementation and their dependencies.
Project #6
Project Name : Union Pay International ATM
Customer : Commonwealth Bank of Australia, Australia
Duration : Mar 2016 – Sep 2016
Location : Sydney (Client location)
Technology : TAL, PICHCS, CED, FINSIM ATM Simulator, FUP (File Utility Program), and
INSPECT.
Role : Developer
Project Description:
This project helps CBA to build a direct ATM bilateral link with Union Pay International. The new
link is EMV enabled which will provide issuers with a secure and fraudulent free transaction with ability
to ready the CHIP information in ATMs from the card. This project also provides the additional feature of
CHIP data validation on behalf of Issuer.
Key Activities:
5. ➢ Handled the different level of project modules to analyze the project requirements.
➢ Prepared the High level design for the impacted the components.
➢ Construction and Unit testing.
➢ Worked in transaction level routing changes to enable the UnionPay card acquired at CBA ATMs
➢ Loaded the new UnionPay Application IDs into Connex tables, to process EMV transactions
➢ Performed the force load activity on all the CBA ATMs across the network
➢ Prepared TACL macros for the automated progress of the testing and support tasks.
➢ Responsible for planning the schedule for Production implementation and their dependencies.
➢ Testing support and production support activities.
Project #7
Project Name : ATM eftpos transformation (ATM eHUB)
Customer : Commonwealth Bank of Australia, Australia
Duration : Nov 2015 – June 2016
Location : Sydney (Client location)
Technology : TAL, PIEHUB, FISNIM ATM simulator, PATHWAY, EMV, FUP (File Utility
Program), TEDIT and SQLCI.
Role : Developer
Project Description:
The eftpos ATM Hub is a core part of the payments interchange transformation program,
providing the industry with centralized, real-time, secure payments processing infrastructure. All eftpos
members indicated that they intend to connect to the eftpos ATM before the EMV liability shift.
As part of this project, Commonwealth Bank of Australia (CBA) established a new ATM
interchange with eftpos/Hub (eHub in short). The new eHub link will be used for routing Other Financial
Institution (OFI) acquired CBA cardholder transactions and CBA acquired OFI cardholder transactions.
Key Activities:
➢ Act as SPOC to work the project requirements with the Business Analyst from client side.
➢ Analysis of the Connex switch flow which impacted the project requirements and prepared the
design for the affected modules.
➢ Played a key role in configuring the new PIEHUB Bilateral ATM links for CBA with eftpos
(eHUB).
➢ Worked on the transaction level routing changes for migrating the Australia New Zealand
(ANZ), National Australian Bank (NAB) & SUNcorp banks to route to eHUB.
➢ Worked on developing the code for the new CBA - eHUB bilateral ATM link
➢ Supported E2E and UAT Testing.
➢ Lead the Defect management meeting with offshore teams.
➢ Extended my technical support for the various projects to meet the project deadlines.
Project #8
Project Name : Connex Software Upgrade 1.69
Customer : Commonwealth Bank of Australia, Australia
Duration : Jan 2015 – Nov 2015
6. Location : Sydney (Client location)
Technology : Manual testing, FISNIM ATM simulator, Connex utilities, Batchcom jobs,
FUP (File Utility Program), Xcom files to downstream applications, HP QC
and SQLCI.
Role : Developer/Tester
Project Description:
The Connex application has been upgraded from existing version 1.55 to new Version1.69.
Key Activities:
➢ Responsible for allocating tasks and preparing timelines for every phase completion of the
project.
➢ Conducted the Onshore/Offshore Design and code review.
➢ Prepared the unit testing document for specific modules and executed the testing to ensure
better quality of the code without any issues.
➢ Performed the system testing to ensure the quality of the deliverable is defect free.
➢ Configured the new job flows in the Batchcom utility as part of this project.
➢ Tested the Connex switch and ATM screens to have new functionalities included in the modules.
➢ Deployed the new refresh codes, new batch jobs in QA/PROD implementation on-time.
Project #9
Project Name : Bankwest (BWA) ATM Migration (Phase -1)
Customer : Commonwealth Bank of Australia, Australia
Duration : Sep 2014 – Feb 2015
Domain : Retail
Location : Bangalore
Technology : TAL, PI, CED, ATM-TH-CH configuration, Load Image configuration, Batch
Unload jobs, FUP (File Utility Program), HP QC, EMV and FISNIM ATM
simulator.
Role : Developer
Project Description:
The Bankwest (BWA) bank has been acquired by CBA, as part of this BWA ATM Migration
Project, All the BWA branded CBA ATMs are added to CBA Connex and transaction are acquired by CBA
and sent to BWA. The secure microchip contains security data and software making it more difficult to
fraudulently copy the details of the card.
Accepting chip cards therefore helps you reduce the risk of processing a counterfeit card
and better card security means fewer disputed transactions. On behalf of BWA, the EMV validation is
performed by CBA and the results are passed to BWA. This project also provides the additional feature
of CHIP data validation on behalf of Issuer.
Key Activities:
➢ Involved in the design, development of configuring the new BWA branded CBA ATMs.
7. ➢ Worked on TAL for the Terminal Handler (TH) & Processor Interface (PIAUS) module & EMV
related changes.
➢ Involved in the new ATM ID, Terminal Handler, and Communication Handler mapping
configuration level changes.
➢ Provided test support to the System Test & End to End testing teams
➢ Maintained very minimal defect percentage by resolving the defects. Maintained good relations
with the test teams.
➢ Lead the Defect management meeting from onshore.
➢ Worked in multiple projects without any remarks.
➢ Supported the Testing team in case of any queries/problems.
➢ Prepared the Implementation plans deployed in to the LIVE systems.
➢ Prepared the Project closure documents and contributed my extensive support to the
Internal/External Audits.
➢ Responsible to handle the new team members about the project knowledge.
➢ Effectively involved in defect fixing and testing support.
➢ Extended my technical support for the various projects to meet the project deadlines.
Project #10
Project Name : CS3 (Clearing Systems 3) ATM Changes
Customer : Commonwealth Bank of Australia, Australia
Duration : Apr 2014 – Nov 2014
Domain : Retail
Location : Bangalore
Technology : TAL, PIAUS, ATM FINSIM Simulator, TACL, Basic Tandem utilities FUP
Role : Developer
Project Description:
As part of Bankwest migration into Commonwealth Bank of Australia (CBA), CBA became
the point of interaction for other financial institutions (OFIs) in Australia. Bankwest will no longer hold
an Authorized Deposit Institution (ADI) license and therefore cannot retain its Exchange Settlement
Account (ESA) with the Reserve Bank of Australia. As part of the CS3 Cards ATM changes, CBA and BWA
operate under a single Exchange Settlement Account with the Reserve Bank of Australia.
Key Activities:
➢ Gathered the business requirements and created the Functional specification & technical
specification documents.
➢ Involved in design, development, creating Test cases for BWA transactions acquired at CBA &
Other Financial Institutions (OFIs)
➢ Supported the End to End Testing team in case of any queries/problems.
➢ As a value add created new test scripts to automate the testing process for the transactions in
FINSIM tool.
➢ Worked in multiple work requests without any remarks.
➢ Prepared the Project closure and Audit documents required for the Project Completion.
8. Project #11
Project Name : APCA (AUSPayNet) BIN Mandates
Customer : Commonwealth Bank of Australia, Australia
Duration : Nov 2012 – Nov 2018
Location : Bangalore
Domain : Retail
Technology : ATM Load image, CED, ATM Force load, Batch jobs, FUP (File Utility
Program), HP QC, FISNIM ATM simulator.
Role : Developer & Tester
Project Description:
The Australian Payments Clearing Association (APCA) requests all the financial
institutions within Australia to update their BIN list on a quarterly basis and CBA has a process to add
the new BINs, Delete the existing bins based on the requirement from Connex Card base table. The
changes has to be performed four times per year (i.e., once in every 3 months).
Key Activities:
➢ Get the requirements from the business, Add/Delete bins in CED (Connex Environmental
Database), BIN Configuration file changes were made to support the transaction.
➢ Created the load image with amendments & load the file on to the ATM, to take the fresh load
with new changes.
➢ Prepared System Test case, Regression test plan and Carried out the system integration testing.
➢ Create the macros to automate the force load activity for around 2000 ATMs
➢ Supported UAT Testing.
Accolades:
➢ Awarded Feather in my Cap for Flawless delivery of various Projects.
➢ Received the Certificate of appreciation by the CBA Client.
➢ Received the Bravo award from the team for continuous dedication and efforts.
Educational Qualification:
Degree University/College Year of Passing Grade/Percentage
M.Tech
(Information Technology)
GITAM, Vizag 2012 8.75 CGPA
B.Tech
(Computer Science &
Engineering)
NIET, Nalgonda 2009 63%
Intermediate
(MPC) Narayana, Hyderabad
2005
77.4%
SSC Heralds High School,
Hyderabad
2003 75%
9. Hobbies/Interests:
Playing and watching Cricket, Listening Music, watching movies, Surfing internet about new
trends and technology gadgets.
Personal Details:
Parents : Satyanarayana and Vasundhara
Address : 3-9-655, Raghavendra Nagar, Near Mansurabad Road,
GSI POST, Hyderabad – 500068, Telangana.
Date of Birth : 06-MAY-1988
Nationality : Indian
Gender : Male
Marital Status : Married
Languages known : Telugu, English and Hindi.
I do hereby confirm that the information furnished above is true to the best of my knowledge
and belief.
Place: Bangalore RAGHUNATH.C