The document provides an overview of electronic data interchange (EDI). It discusses the evolution of EDI from the late 1970s for transmitting data between organizations. It describes what EDI is, common EDI transaction types like purchase orders and invoices, and EDI standards like ASC X12 and EDIFACT. The document also outlines different types of EDI implementation methods and gives examples of large companies that use EDI like Walmart. In under 3 sentences.
EDI is the electronic exchange of business documents between companies in a standardized format. It allows faster processing of transactions which improves response time, customer service and inventory management. EDI reduces errors, lost data and paperwork. Documents are sent electronically via value added networks according to X12 or EDIFACT standards. Companies must consider the technical, legal and implementation aspects of EDI when deciding which transactions to convert from paper to electronic exchange.
The document provides information on EDI (Electronic Data Interchange) including its definition, history, standards, hardware/software requirements, benefits, applications and implementation in India. It discusses the role of the Ministry of Commerce and EDI Council in promoting EDI adoption. Key sectors implementing EDI include customs, DGFT, banks, airlines and ports to facilitate electronic processing and data exchange for international trade. Challenges around initial costs, maintenance and interoperability between different standards are also mentioned.
EDI is the electronic transmission of business documents like purchase orders and invoices between companies in a standard format. It streamlines information flow, reducing paperwork and costs. EDI uses layers including physical infrastructure, standards translation, and transport. It is widely used in international trade to facilitate customs clearance, in healthcare for insurance claims processing, and in manufacturing/retail for just-in-time and quick response procurement. Larger companies directly use EDI while smaller companies employ third-party services.
Electronic Data Interchange (EDI) allows businesses to exchange structured documents electronically in a standard format. It streamlines business transactions by automating document delivery and reducing errors. EDI improves speed, accuracy and security compared to paper-based systems. However, it also faces challenges from high costs that limit its adoption, as well as inconsistencies between the many standards that businesses may use.
Electronic payment systems have revolutionized business by allowing for paperless monetary transactions and reducing paperwork, transaction costs, and labor costs. Common electronic payment methods include credit cards, debit cards, smart cards, e-money, electronic funds transfer, and e-wallets. These systems provide benefits like being user-friendly and faster than manual processing, helping businesses expand their markets. However, businesses must pay processing fees to accept these electronic payments.
This document discusses Electronic Data Interchange (EDI), including what it is, its benefits, and some terminology. EDI allows for the electronic exchange of standard business documents between companies in a computer-to-computer format. It provides benefits like reduced costs, increased speed, and fewer errors compared to traditional paper-based processes. However, EDI systems can be expensive to set up and maintain. The document also provides examples of common EDI documents and defines some key terms.
Electronic Data Interchange (EDI) | E-CommerceHem Pokhrel
This document discusses Electronic Data Interchange (EDI) and how it works. It explains the layered architecture of EDI including the semantic, standards translation, packing, and physical network layers. It provides examples of how EDI streamlines business processes like ordering and payment between organizations by transferring data electronically instead of using paper. The document also outlines EDI standards like X12 and EDIFACT and provides examples of EDI applications in industries like international trade, finance, healthcare, and manufacturing. Overall benefits of EDI like reduced costs, errors and time delays are highlighted.
This document provides an overview of electronic data interchange (EDI). It defines EDI as the computer-to-computer exchange of standard business documents between companies. The history of EDI is traced back to the 1960s when railroad companies first developed the concept. While initially adopted by industries like transportation and retail, EDI is now used across many sectors. The document outlines how EDI works through the transmission of documents between applications using translation software. It also discusses international considerations for EDI like communication standards and connectivity challenges in some countries.
EDI is the electronic exchange of business documents between companies in a standardized format. It allows faster processing of transactions which improves response time, customer service and inventory management. EDI reduces errors, lost data and paperwork. Documents are sent electronically via value added networks according to X12 or EDIFACT standards. Companies must consider the technical, legal and implementation aspects of EDI when deciding which transactions to convert from paper to electronic exchange.
The document provides information on EDI (Electronic Data Interchange) including its definition, history, standards, hardware/software requirements, benefits, applications and implementation in India. It discusses the role of the Ministry of Commerce and EDI Council in promoting EDI adoption. Key sectors implementing EDI include customs, DGFT, banks, airlines and ports to facilitate electronic processing and data exchange for international trade. Challenges around initial costs, maintenance and interoperability between different standards are also mentioned.
EDI is the electronic transmission of business documents like purchase orders and invoices between companies in a standard format. It streamlines information flow, reducing paperwork and costs. EDI uses layers including physical infrastructure, standards translation, and transport. It is widely used in international trade to facilitate customs clearance, in healthcare for insurance claims processing, and in manufacturing/retail for just-in-time and quick response procurement. Larger companies directly use EDI while smaller companies employ third-party services.
Electronic Data Interchange (EDI) allows businesses to exchange structured documents electronically in a standard format. It streamlines business transactions by automating document delivery and reducing errors. EDI improves speed, accuracy and security compared to paper-based systems. However, it also faces challenges from high costs that limit its adoption, as well as inconsistencies between the many standards that businesses may use.
Electronic payment systems have revolutionized business by allowing for paperless monetary transactions and reducing paperwork, transaction costs, and labor costs. Common electronic payment methods include credit cards, debit cards, smart cards, e-money, electronic funds transfer, and e-wallets. These systems provide benefits like being user-friendly and faster than manual processing, helping businesses expand their markets. However, businesses must pay processing fees to accept these electronic payments.
This document discusses Electronic Data Interchange (EDI), including what it is, its benefits, and some terminology. EDI allows for the electronic exchange of standard business documents between companies in a computer-to-computer format. It provides benefits like reduced costs, increased speed, and fewer errors compared to traditional paper-based processes. However, EDI systems can be expensive to set up and maintain. The document also provides examples of common EDI documents and defines some key terms.
Electronic Data Interchange (EDI) | E-CommerceHem Pokhrel
This document discusses Electronic Data Interchange (EDI) and how it works. It explains the layered architecture of EDI including the semantic, standards translation, packing, and physical network layers. It provides examples of how EDI streamlines business processes like ordering and payment between organizations by transferring data electronically instead of using paper. The document also outlines EDI standards like X12 and EDIFACT and provides examples of EDI applications in industries like international trade, finance, healthcare, and manufacturing. Overall benefits of EDI like reduced costs, errors and time delays are highlighted.
This document provides an overview of electronic data interchange (EDI). It defines EDI as the computer-to-computer exchange of standard business documents between companies. The history of EDI is traced back to the 1960s when railroad companies first developed the concept. While initially adopted by industries like transportation and retail, EDI is now used across many sectors. The document outlines how EDI works through the transmission of documents between applications using translation software. It also discusses international considerations for EDI like communication standards and connectivity challenges in some countries.
This presentation provides a high level introduction to the area of EDI before then giving a brief introduction to each area of the site. The website provides a wealth of resources and downloads including message standards, industry specific EDI standards, communication protocols and the many different ways in which EDI services can be deployed across the extended enterprise. www.edibasics.co.uk – Updated April 2013
Electronic Data Interchange (EDI) is the computer-to-computer exchange of standard business documents like purchase orders and invoices between companies in a standardized electronic format. EDI originated in the 1960s with railroad companies and was later adopted by other industries like automobiles and banking. EDI uses value-added networks and EDI software to translate internal data formats to external standard formats and transmit documents between trading partners in near real-time. Benefits of EDI include faster processing speeds, improved accuracy from reducing manual data entry, and competitive advantages from quicker access to business documents.
This document provides an introduction to e-business and e-commerce. It defines e-business as conducting business electronically, including e-commerce as well as other applications like re-engineering processes, e-commerce systems, and enterprise collaboration. E-commerce is defined as a subset of e-business focused on online buying and selling. The document then discusses the history and development of e-business from the 1970s onward, outlines different e-business models and applications, and provides details on concepts like electronic data interchange and business-to-business e-commerce.
The document discusses electronic data interchange (EDI) and some of its key aspects. It provides examples of how EDI streamlines business transactions between buyers, sellers, and transport companies by replacing paper documents with electronic transactions. It also outlines some of the main users of EDI, including large corporations and industries like automakers, banking, healthcare, and government. Finally, it discusses some of the legal and privacy issues that arise with EDI, such as when an EDI transaction becomes legally binding and how to properly authenticate electronic documents.
Electronic data and message security are important for protecting financial transactions and company communications. Unauthorized network monitoring called packet sniffing is a major threat to data security, while message security programs protect a company's messaging infrastructure and personal employee messages related to its vision and mission. Forms of authentication and encryption are the basis of data and message security, with encryption mutating information into an unreadable format without a decryption key. Advantages of encryption include private keys being impossible to deduce from public keys, eliminating the need for senders and receivers to share secrets over public channels.
Electronic payment systems allow customers to make online payments for purchases. There are various types of electronic payment methods, including e-wallets, e-cash, smart cards, and credit cards. E-cash works like real currency with unique serial numbers, while e-wallets store payment information like credit cards. Smart cards can be used for applications such as travel tickets and medical records. Credit cards involve repaying spent amounts later. Payment gateways protect sensitive credit card details during transactions between customers, merchants and payment processors. Electronic payment is growing in India due to technology changes, internet access, and encouragement by the Reserve Bank of India.
Advantages and disadvantages of e commerceShubha Sharma
E-commerce refers to the buying and selling of goods and services over the Internet. It offers several benefits such as lower startup costs than traditional retail stores, the ability to earn income 24/7, and the ability to sell products internationally. However, e-commerce also faces challenges including site crashes that can interrupt transactions, security issues, and customers' inability to physically see products before purchasing them.
This document discusses e-commerce and e-business. E-commerce refers to buying and selling online, while e-business is a broader concept that also includes customer service, partnerships, and internal organization functions. There are different types of e-commerce such as business-to-business, business-to-consumer, consumer-to-consumer. E-commerce provides benefits to organizations, customers, and society as a whole such as access to wider markets, lower costs, and increased standard of living. However, it also faces limitations such as security and privacy issues. The document outlines the consumer decision process and different advertising and shopping methods used in e-commerce.
Electronic commerce (e-commerce) involves the buying and selling of products or services over electronic systems such as the internet and other computer networks. It allows businesses and individuals to create online stores, make digital products available for purchase, and find new ways to reach global markets. The growth of e-commerce has been driven by advances in technology and the widespread use of the internet. It provides benefits such as lower costs, increased access and convenience to both businesses and consumers.
EDI (Electronic Data Interchange) allows companies to exchange structured business data electronically between computer systems. It facilitates quick and easy transmission of common business documents like purchase orders, invoices, shipping notices between trading partners, typically a supplier and customer. EDI uses standardized formats to convert documents so they can be exchanged and processed electronically without manual re-entry of data. The two main EDI standards are EDIFACT, the international generic standard developed by the UN, and ANSI ASC X12, the US national standard.
The document discusses the benefits of electronic business (e-business) and information technology. It defines e-business and e-commerce, outlines the objectives of an e-business course, and describes various types and applications of e-business including business-to-business, business-to-consumer, and inter-organizational systems. It also summarizes the benefits of e-business for organizations, consumers, and society such as reduced costs, increased market reach, improved customer service, and more choices for consumers.
This project is related to EDI (Electronic Data Interchange) given all the information related to EDI like their meaning, features, Benefits, Types, Working of EDI, EDI Business Cycle, Components n etc.
The document presents a presentation on electronic payment systems made by Naimiksha. It defines electronic payment as payments that utilize information and communication technology including cryptography and telecommunications networks. It discusses the types of electronic payment systems such as payment cards, e-cash, e-wallets, and e-cheques. The benefits of electronic payment systems for buyers include convenience, universal acceptance, security, consumer protection, and access to immediate credit. For sellers the benefits are speed and security of transactions, reduced costs, and efficiency. Security issues in electronic payment systems including authentication, integrity, non-repudiation, and privacy are also covered.
The document discusses different types of e-commerce:
- B2B e-commerce accounts for about 80% of all e-commerce and is the fastest growing segment. It involves transactions between businesses.
- B2C e-commerce involves transactions between businesses and consumers through online retail stores. It was an early form of e-commerce.
- B2G e-commerce is commerce between businesses and the public sector, such as through government procurement websites. However, it is a small part of the overall e-commerce market.
- C2C e-commerce allows transactions between individuals, such as through online auctions, file sharing, and classified listings. It has potential to create new markets.
The document discusses the framework and driving forces of e-commerce. It describes the key components of e-commerce infrastructure including common business services, policy support areas, and applications. It then discusses the economic, market, technological, societal, and environmental forces driving the growth of e-commerce. Finally, it outlines some of the benefits of e-commerce to organizations and consumers as well as limitations.
Electronic data interchange (EDI) allows businesses to exchange standard business documents like purchase orders and invoices electronically. It eliminates the need to convert electronic data to hard copy and back, saving on costs. EDI transactions involve computers at different companies sending and receiving standard documents through value added networks or direct transmission. While EDI streamlines processes, it also raises legal issues regarding electronic records and signatures that various laws in India have addressed.
1- Web Hosting Alternatives
Web host is in the business of providing server space, Web services and file
A
maintenance for Web sites controlled by individuals or companies that do not
have their own web server.
1-1 Self-hosting
– Running servers in-house
– Most often used by large companies
1-2 Commerce service providers (CSPs)
– Provide Internet access and Web-hosting services
– Help companies conduct electronic commerce
– Offer Web server management and rent application software
2- Basic Functions of Electronic Commerce Software
Software and hardware products for building sites
– Externally hosted stores with software tools
– Sophisticated electronic commerce software suites
Electronic commerce software needs determined by– Expected enterprise size
– Projected traffic and sales
– Budget
• Consider online store creation costs versus brick and mortar costs
• Consider external or in-house host costs
All electronic commerce solutions must provide:
– Catalog display
– Shopping cart capabilities
– Transaction processing
Larger complex sites may include:
– Software adding features and capabilities to basic commerce tool set
The document discusses electronic data interchange (EDI) and some of its key aspects. It provides examples of how EDI streamlines business transactions between buyers, sellers, and transport companies by replacing paper documents with electronic transactions. It also outlines some of the main components of an EDI system, including standards, software, communication methods, and benefits like reduced costs, improved accuracy and customer service. Finally, it discusses some legal and privacy issues that can arise with EDI and how digital signatures can help address concerns regarding things like authentication and non-repudiation of electronic documents.
This document provides an overview of electronic data interchange (EDI) and related concepts. It defines EDI as the computer-to-computer exchange of business documents between companies using standard formats. The document discusses the history and advantages of EDI, as well as value-added networks (VANs) that allow companies to exchange EDI messages. It also covers implementing EDI systems and the EDIFACT standard.
This presentation provides a high level introduction to the area of EDI before then giving a brief introduction to each area of the site. The website provides a wealth of resources and downloads including message standards, industry specific EDI standards, communication protocols and the many different ways in which EDI services can be deployed across the extended enterprise. www.edibasics.co.uk – Updated April 2013
Electronic Data Interchange (EDI) is the computer-to-computer exchange of standard business documents like purchase orders and invoices between companies in a standardized electronic format. EDI originated in the 1960s with railroad companies and was later adopted by other industries like automobiles and banking. EDI uses value-added networks and EDI software to translate internal data formats to external standard formats and transmit documents between trading partners in near real-time. Benefits of EDI include faster processing speeds, improved accuracy from reducing manual data entry, and competitive advantages from quicker access to business documents.
This document provides an introduction to e-business and e-commerce. It defines e-business as conducting business electronically, including e-commerce as well as other applications like re-engineering processes, e-commerce systems, and enterprise collaboration. E-commerce is defined as a subset of e-business focused on online buying and selling. The document then discusses the history and development of e-business from the 1970s onward, outlines different e-business models and applications, and provides details on concepts like electronic data interchange and business-to-business e-commerce.
The document discusses electronic data interchange (EDI) and some of its key aspects. It provides examples of how EDI streamlines business transactions between buyers, sellers, and transport companies by replacing paper documents with electronic transactions. It also outlines some of the main users of EDI, including large corporations and industries like automakers, banking, healthcare, and government. Finally, it discusses some of the legal and privacy issues that arise with EDI, such as when an EDI transaction becomes legally binding and how to properly authenticate electronic documents.
Electronic data and message security are important for protecting financial transactions and company communications. Unauthorized network monitoring called packet sniffing is a major threat to data security, while message security programs protect a company's messaging infrastructure and personal employee messages related to its vision and mission. Forms of authentication and encryption are the basis of data and message security, with encryption mutating information into an unreadable format without a decryption key. Advantages of encryption include private keys being impossible to deduce from public keys, eliminating the need for senders and receivers to share secrets over public channels.
Electronic payment systems allow customers to make online payments for purchases. There are various types of electronic payment methods, including e-wallets, e-cash, smart cards, and credit cards. E-cash works like real currency with unique serial numbers, while e-wallets store payment information like credit cards. Smart cards can be used for applications such as travel tickets and medical records. Credit cards involve repaying spent amounts later. Payment gateways protect sensitive credit card details during transactions between customers, merchants and payment processors. Electronic payment is growing in India due to technology changes, internet access, and encouragement by the Reserve Bank of India.
Advantages and disadvantages of e commerceShubha Sharma
E-commerce refers to the buying and selling of goods and services over the Internet. It offers several benefits such as lower startup costs than traditional retail stores, the ability to earn income 24/7, and the ability to sell products internationally. However, e-commerce also faces challenges including site crashes that can interrupt transactions, security issues, and customers' inability to physically see products before purchasing them.
This document discusses e-commerce and e-business. E-commerce refers to buying and selling online, while e-business is a broader concept that also includes customer service, partnerships, and internal organization functions. There are different types of e-commerce such as business-to-business, business-to-consumer, consumer-to-consumer. E-commerce provides benefits to organizations, customers, and society as a whole such as access to wider markets, lower costs, and increased standard of living. However, it also faces limitations such as security and privacy issues. The document outlines the consumer decision process and different advertising and shopping methods used in e-commerce.
Electronic commerce (e-commerce) involves the buying and selling of products or services over electronic systems such as the internet and other computer networks. It allows businesses and individuals to create online stores, make digital products available for purchase, and find new ways to reach global markets. The growth of e-commerce has been driven by advances in technology and the widespread use of the internet. It provides benefits such as lower costs, increased access and convenience to both businesses and consumers.
EDI (Electronic Data Interchange) allows companies to exchange structured business data electronically between computer systems. It facilitates quick and easy transmission of common business documents like purchase orders, invoices, shipping notices between trading partners, typically a supplier and customer. EDI uses standardized formats to convert documents so they can be exchanged and processed electronically without manual re-entry of data. The two main EDI standards are EDIFACT, the international generic standard developed by the UN, and ANSI ASC X12, the US national standard.
The document discusses the benefits of electronic business (e-business) and information technology. It defines e-business and e-commerce, outlines the objectives of an e-business course, and describes various types and applications of e-business including business-to-business, business-to-consumer, and inter-organizational systems. It also summarizes the benefits of e-business for organizations, consumers, and society such as reduced costs, increased market reach, improved customer service, and more choices for consumers.
This project is related to EDI (Electronic Data Interchange) given all the information related to EDI like their meaning, features, Benefits, Types, Working of EDI, EDI Business Cycle, Components n etc.
The document presents a presentation on electronic payment systems made by Naimiksha. It defines electronic payment as payments that utilize information and communication technology including cryptography and telecommunications networks. It discusses the types of electronic payment systems such as payment cards, e-cash, e-wallets, and e-cheques. The benefits of electronic payment systems for buyers include convenience, universal acceptance, security, consumer protection, and access to immediate credit. For sellers the benefits are speed and security of transactions, reduced costs, and efficiency. Security issues in electronic payment systems including authentication, integrity, non-repudiation, and privacy are also covered.
The document discusses different types of e-commerce:
- B2B e-commerce accounts for about 80% of all e-commerce and is the fastest growing segment. It involves transactions between businesses.
- B2C e-commerce involves transactions between businesses and consumers through online retail stores. It was an early form of e-commerce.
- B2G e-commerce is commerce between businesses and the public sector, such as through government procurement websites. However, it is a small part of the overall e-commerce market.
- C2C e-commerce allows transactions between individuals, such as through online auctions, file sharing, and classified listings. It has potential to create new markets.
The document discusses the framework and driving forces of e-commerce. It describes the key components of e-commerce infrastructure including common business services, policy support areas, and applications. It then discusses the economic, market, technological, societal, and environmental forces driving the growth of e-commerce. Finally, it outlines some of the benefits of e-commerce to organizations and consumers as well as limitations.
Electronic data interchange (EDI) allows businesses to exchange standard business documents like purchase orders and invoices electronically. It eliminates the need to convert electronic data to hard copy and back, saving on costs. EDI transactions involve computers at different companies sending and receiving standard documents through value added networks or direct transmission. While EDI streamlines processes, it also raises legal issues regarding electronic records and signatures that various laws in India have addressed.
1- Web Hosting Alternatives
Web host is in the business of providing server space, Web services and file
A
maintenance for Web sites controlled by individuals or companies that do not
have their own web server.
1-1 Self-hosting
– Running servers in-house
– Most often used by large companies
1-2 Commerce service providers (CSPs)
– Provide Internet access and Web-hosting services
– Help companies conduct electronic commerce
– Offer Web server management and rent application software
2- Basic Functions of Electronic Commerce Software
Software and hardware products for building sites
– Externally hosted stores with software tools
– Sophisticated electronic commerce software suites
Electronic commerce software needs determined by– Expected enterprise size
– Projected traffic and sales
– Budget
• Consider online store creation costs versus brick and mortar costs
• Consider external or in-house host costs
All electronic commerce solutions must provide:
– Catalog display
– Shopping cart capabilities
– Transaction processing
Larger complex sites may include:
– Software adding features and capabilities to basic commerce tool set
The document discusses electronic data interchange (EDI) and some of its key aspects. It provides examples of how EDI streamlines business transactions between buyers, sellers, and transport companies by replacing paper documents with electronic transactions. It also outlines some of the main components of an EDI system, including standards, software, communication methods, and benefits like reduced costs, improved accuracy and customer service. Finally, it discusses some legal and privacy issues that can arise with EDI and how digital signatures can help address concerns regarding things like authentication and non-repudiation of electronic documents.
This document provides an overview of electronic data interchange (EDI) and related concepts. It defines EDI as the computer-to-computer exchange of business documents between companies using standard formats. The document discusses the history and advantages of EDI, as well as value-added networks (VANs) that allow companies to exchange EDI messages. It also covers implementing EDI systems and the EDIFACT standard.
This document provides an overview of electronic data interchange (EDI). It discusses how EDI allows for the computer-to-computer exchange of standard business documents like purchase orders and invoices. It outlines the benefits of EDI, such as reduced costs, errors and time delays compared to paper-based systems. It also describes how EDI uses standards like ANSI X.12 and EDIFACT to facilitate information exchanges and how software is used to implement EDI between businesses.
The document discusses electronic data interchange (EDI) and the internet. It defines EDI as the electronic exchange of business documents between organizations in a standardized format. Common documents exchanged via EDI include invoices, purchase orders, and shipping notices. The document also outlines several benefits of EDI for industries like retail, manufacturing, and automobiles. It provides a brief history of the internet and defines key terms like protocols and the world wide web. EDI is useful for regular exchanges between business partners in industries like supply chain management.
The document describes the framework of e-commerce, including its core components and infrastructure layers. The e-commerce core consists of business applications, services enabling infrastructure, and content development, deployment and distribution infrastructure. This infrastructure layer includes hardware, storage, and networks that enable e-commerce transactions. The services layer includes activities like payments, authentication, and standards development. Finally, the business applications layer represents actual business transactions like online shopping, banking, auctions and more. Electronic data interchange (EDI) allows standardized electronic exchange of business documents between organizations.
Edi idoc interface-ale-bapi-badi-user exitsShahid Latif
Electronic data interchange (EDI) involves the electronic exchange of business documents between organizations using a standardized format. It allows for direct computer-to-computer transmission of documents like orders and invoices to streamline business transactions by reducing costs and improving efficiency compared to traditional paper-based processes. EDI requires infrastructure like standardized formatting, translation software, value-added networks for transmission, and inexpensive computers to facilitate exchanges between organizations of different sizes.
The document provides an overview of electronic data interchange (EDI). It describes EDI as the computer-to-computer exchange of business data between companies using standardized formats. The document outlines the history of EDI beginning in the 1960s and the development of national EDI standards in the 1970s. It also discusses EDI standards like ANSI X12 and EDIFACT, the use of value-added networks, and advantages of EDI like lower costs and fewer errors.
Electronic data interchange (EDI) allows companies to exchange electronic data between organizations using standardized transactions. EDI is estimated to facilitate $500 billion worth of goods exchanged annually and usually operates over value-added networks. It streamlines business processes by enabling electronic proposals, contracts, shipping notices, invoices and payments between retailers, manufacturers and suppliers in a standardized, efficient manner. EDI requires organizations to agree on compatible hardware, software and format standards to ensure interoperability of electronic data exchange.
The document discusses electronic data interchange (EDI), which allows for the electronic exchange of business documents like purchase orders and invoices between organizations. It provides an overview of EDI standards and infrastructure, how EDI streamlines processes like supply chain management, and benefits organizations through reduced costs and faster transactions. Examples are given of how EDI has been implemented in various industries and applications in India like customs, banking, insurance, and retail procurement. Career opportunities and skills needed for EDI professionals are also outlined.
This document discusses electronic data interchange (EDI), which allows companies to exchange structured data electronically. EDI defines standards for precise data formats and transactions to facilitate the automated exchange of documents like purchase orders and invoices between organizations. It outlines how EDI works, the structure of EDI transactions and data segments, benefits like reduced costs and errors from re-keying data, and considerations around EDI standards and subscription options for companies.
The document defines key terms related to electronic data interchange (EDI) such as electronic commerce, trading partners, mapping, and value added networks. It discusses the strategic benefits of EDI, including reduced costs through just-in-time inventory management. The technical aspects of EDI are explained, including the use of value added networks to transmit standardized EDI messages between organizations according to formats like UN/EDIFACT and ANSI X12.
Electronic data interchange (EDI) allows companies to electronically exchange standard business documents like purchase orders and invoices. EDI has existed for over 30 years and involves directly transmitting data between organizations or through an intermediary using communication networks or digital storage. EDI differs from email in that it transmits actual transaction data electronically rather than just messages.
Electronic data interchange (EDI) allows companies to electronically exchange standardized business documents like orders and invoices instead of using paper. It originated in the 1960s when railroad companies wanted to automate document exchange. Standards for EDI formats were developed in the 1970s to facilitate electronic exchange between different companies and industries. EDI reduces costs and errors compared to paper by automating document exchange and processing.
EDI is the electronic transfer of standardized business documents between computer systems without human intervention. It allows companies to exchange purchase orders, invoices, shipping notices, and other documents electronically. The key benefits of EDI are more efficient transmission of information, automated data entry, receipt verification, data validation, lower costs, faster processing, and strengthened business relationships. However, initial setup and maintenance of EDI systems can be expensive and time-consuming.
This document provides an overview of electronic data interchange (EDI). It discusses how EDI allows for the computer-to-computer exchange of standard business documents between partners to reduce costs, increase speed and reduce errors. Key points covered include how EDI works through 5 steps, the benefits of EDI for both suppliers and buyers, different types of EDI, applications of EDI, and security and privacy issues related to EDI.
This document discusses traditional electronic data interchange (EDI) versus web-based EDI.
Traditional EDI involved the computer-to-computer transfer of predefined business documents like purchase orders and invoices using value-added networks or direct modem connections. Web-based EDI allows the electronic exchange of these documents over the internet.
The document outlines the key steps and advantages of each system. Traditional EDI provided greater security but web-based EDI streamlined processes further by automating document exchange between trading partners within minutes. However, security is a larger concern with web-based EDI due to risks of hackers corrupting data online. Overall, web-based EDI can further improve processing times but traditional
Electronic data interchange (EDI) allows businesses to electronically transmit standard business documents like orders and invoices between computer systems without human intervention. EDI began in the 1970s when the transportation industry formed a committee to develop standards. There are three main types of EDI systems: batch, event-driven, and interactive. EDI provides benefits like reduced costs and improved customer service but also faces challenges like inflexibility and high implementation costs.
The document is a project report on fundamentals of shipping information technology submitted to Tolani Institute of Management Studies. It discusses several topics including Ice Gate, Electronic Data Interchange, INTTRA, BOLERO, INMARSAT, and specialized export software systems. The report provides overviews of these different technologies and systems used in shipping and transportation to improve efficiency and information sharing.
The document is a project report on the fundamentals of shipping information technology. It discusses several topics:
- Ice Gate, an e-commerce portal for customs clearance filings and tracking shipments.
- Electronic Data Interchange (EDI), which allows automated data exchange between organizations to streamline operations.
- INTTRA, the world's largest multi-carrier shipping network that provides booking, management and analytics capabilities.
- BOLERO, an organization that provides a digital bill of lading and aims to digitize all shipping documents.
- INMARSAT, which provides mobile satellite communications for ships, and has developed computer solutions for vessels.
- Specialized export software
Dell pioneered an innovative inventory management system focused on minimizing inventory and maximizing profitability. The system utilizes a build-to-order philosophy with just-in-time inventory practices and zero inventory warehouses. Components are sourced globally from suppliers and assembled only after receiving customer orders. This allows Dell to fulfill customized orders within days while avoiding the costs of storing unsold inventory. The system transformed Dell's supply chain from maintaining weeks of inventory to generating over $15 million in sales daily with under one day of inventory on hand.
Collaborative Planning Forecasting Replenishment at WalmartDanish Ali Syed
How and What is Collaborative Planning Forecasting Replenishment (CPFR)? What are the benefits of CPFR to Walmart? How does Walmart achieves its Customer Service and Fulfills order in timely manner.
This document outlines the 5S methodology for organizing and standardizing a workplace. The 5S steps are: Sort, Set in Order, Shine, Standardize, and Sustain. For each step, the document defines the key activities and provides levels for achieving the goals of that step, from just beginning to continuously improving. Implementing 5S is intended to create a more efficient work environment through eliminating waste, improving storage of needed items, maintaining cleanliness and safety, and sustaining high standards of organization.
This document discusses cargo risk and theft. It notes that cargo faces risks of theft and damage both while sitting in storage facilities and while in transit via vessels, airplanes, trucks, trains, and pipelines from the point of origin to destination. Certain product types like pharmaceuticals, food/beverages, and electronics experience higher rates of theft. Most cargo theft occurs in North America, Europe, and Asia. Billions of dollars worth of cargo is stolen each year. The problems are that cargo is seen as low priority and victimless. Risks include financial, reputational, operational, supply, and economic risks. The impacts are damage to supplier/customer relationships, effects on corporate health and taxation revenue, and transfer of business to
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2. TODAY’S AGENDA
• WHAT IS E-COMMERCE
• EVOLUTION OF EDI
• WHAT IS EDI
• EDI TRANSACTIONS
• TYPES OF EDI TRANSACTIONS
• TYPES OF EDI
• ROLE OF EDI
• HOW DOES IT WORKS
• BENEFITS OF EDI
• FACTS & FIGURES
• CASE IN POINT
• EDI - CLIP
11/19/2016 Danish A Syed 2
3. • E-Commerce - is a very common term that
refers to the exchange of information via
electronic media:
– B2C - the electronic exchange of
information between Business &
Consumer i.e. booking airline tickets
and hotel reservations or buying
books, shoes and clothes online.
– B2B - the electronic exchange of
information between two businesses
– B2G – e-Invoicing mandates require
that businesses providing goods and
services to any government entity –
educational, medical, transportation,
local and federal offices – must
e-Invoice (Nov. 27, 2018).
11/19/2016 Danish A Syed 3
E-COMMERCE
4. EVOLUTION OF EDI
• In Late 1970’s and Early 1980’s for E-Commerce to Transmit data
from one organization to another Organization.
• Rapid-response was building.
• Supply chain visibility was required.
• Big data and growing use of business analytics was coming into
the scene.
• Uses of technology were in the accounting and financial areas
primarily focusing on keeping track of revenue and ensuring that
bills to suppliers were paid on time.
• By Late 1980’s Information technology resources and software
systems were developed and designed to help facilitate supply
chain operations – EDI was born.
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5. The Evolution of EDI
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Broadly defined
communications protocol for
exchanging documents
among computers
– Stage 1: 1970s–1980s—
Document automation
– Stage 2: Early 1990s—Document
elimination
– Stage 3: Mid-1990s—Continuous
replenishment/access model
6. EDI
ELECTRONIC DATA
INTERCHANGE
11/19/2016 Danish A Syed 6
Electronic data interchange (EDI) is the electronic movement
of data between or within organizations in a structured,
computer-retrievable data format that permits information to
be transferred from a computer program in one location to a
computer program in another location.
EDI is used for electronic funds transfer (EFT) between
financial institutions, which facilitates such common
transactions as the direct deposit of payroll checks by
employers, the direct debit of consumer accounts to make
mortgage or utility payments, and the electronic payment of
federal taxes by businesses.
7. • Another common application of EDI involves the
direct exchange of standard business transaction
documents from one business to another via
computer.
• Such as:
– Purchase orders
– Invoices and
– Bills of lading
EDI is mainly used by retail businesses as part of
their electronic scanning and point-of-sale (POS)
inventory replenishment systems.
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EDI – ELECTRONIC DATA INTERCHANGE
10. How EDI Works?
• User Places an Order into the Computer
• That Order goes through an interface
program.
• The Application edits the Order and relays
it to intermediate EDI Files.
• Purchase Order is changed to EDI.
• Translation program functions with several
programs.
• It allows receiver's system to interpret
order.
• The network proceeds to take the order.
• From EDI’s format it is changed back to
sender’s Original format.
• This allows the receiver to read the
document.
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11. MOST COMMON EDI TRANSACTIONS
BETWEEN BUSINESSES
• PURCHASE ORDERS – What you Want, How
Much You Want, What Variety you Want,
When &Where to Ship..
• INVOICES – How Much in What Currency and
When to Pay..
• ADVANCED SHIPPING NOTICES – Information
of Delivery, Notification to Client of Shipment..
• FUNCTIONAL ACKNOWLEDMENT – Receiving
of acknowledgement electronically..
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12. EDI TRANSACTION TYPES
• ASC X12 TRANSACTIONS – US BASED
• EDIFACT TRANSACTIONS – INTERNATIONAL
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14. BELOW MENTIONED TERMINOLOGIES ARE USED IN EDI
between trading partners involved in administration,
commerce and transport. Internationally or Nationally.
http://www.unece.org/trade/untdid/d08a/trmd/htm
• CALINF – This specification provides the definition of the Vessel call information message
• COARRI - This specification provides the definition of the Container discharge/loading report
message
• CUSCAR - This specification provides the definition of the Customs cargo report message
• SANCRT - This specification provides the definition of the International movement of goods
governmental regulatory message
• CODECO – This is a message by which a terminal, depot, etc. confirms that the containers
specified have been delivered or picked up by the inland carrier (road, rail or barge).
• COSTCO - Container stuffing/stripping confirmation message.
• CUSDEC - This specification provides the definition of the Customs declaration message.
• PAXLST - This Passenger List Message permits the transfer of passenger/crew data from a
Customs, Immigration or other designated authority in the country of departure to the
appropriate authorities in the country of arrival of the means of transport.
• CUSRES - This specification provides the definition of the Customs response message
• CONTRL - This specification provides the definition of the Purchase Order Received message
• GESMES - This specification provides the definition of the Generic statistical message
• PRODAT - This specification provides the definition of the Product data message
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18. TYPES OF EDI’s
• Direct EDI/Point-to-Point (End to End)
• EDI via VAN or EDI Network Services
Provider
• EDI via AS2
• EDI via FTP/VPN, SFTP, FTPS
• Web EDI
• Mobile EDI
• EDI Software
• EDI Outsourcing
11/19/2016 Danish A Syed 18
19. Direct EDI/Point-to-Point
• Direct EDI, sometimes called point-to-point EDI,
establishes a single connection between two
business partners.
• In this approach, you connect with each business
partner individually.
• It offers control for the business partners and is
most commonly used between larger customers
and suppliers with a lot of daily transactions.
• Wal-Mart.
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20. EDI via VAN /
EDI Network
Services Provider
• An alternative to the direct EDI model is an EDI
Network Services Provider, which, prior to the
Internet, was referred to as a Value-Added
Network (VAN).
• Many businesses prefer this network model to
shield them from the ongoing complexities of
supporting the varying communication protocols
required by different business partners.
11/19/2016 Danish A Syed 20
21. EDI via AS2
• AS2 (Applicability Statement 2)
is an Internet communications
protocol that enables data to
be transmitted securely over
the Internet.
• Security is achieved by using
digital certificates and
encryption.
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22. EDI via FTP/VPN,
SFTP, FTPS
• File Transfer Protocol (FTP)
over Virtual Private
Network (VPN), Secure File
Transfer Protocol (SFTP)
and File Transfer Protocol -
Securely (FTPS) are
commonly-used
communication protocols
for the exchange of EDI
documents via the
Internet.
• Any of these can be used
to connect to business
partners directly (Direct
EDI) or via an EDI Network
Services Provider.
11/19/2016 Danish A Syed 22
23. Web EDI
• Unlike EDI via AS2, Web EDI conducts EDI using a
standard Internet browser.
• Organizations use different online forms to exchange
information with business partners.
• Web EDI makes EDI easy and affordable for small- and
medium-sized organizations and companies that have
only occasional need to utilize such a service.
11/19/2016 Danish A Syed 23
24. Mobile EDI
• Users have traditionally accessed EDI
by a private network such as a VAN or
the Internet in order to send and
receive EDI-related business
documents.
• Mobile EDI has had limited adoption,
in part due to security concerns with
mobile devices across an EDI
infrastructure, but mainly due to
restrictions with the mobile devices
available.
• The screen quality and size of devices
has been unsuitable, but there is a
growing industry developing software
applications (‘apps’) for downloading
onto mobile devices so it is only be a
matter of time before you will be able
to download supply chain and EDI
related apps from private or corporate
app stores.
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25. • Implementing EDI software behind a company
firewall is sometimes the preferred option.
• This approach assumes that a company has the
correct internal resources to be able to implement
the software and maintain it on an ongoing basis.
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26. EDI Outsourcing
• EDI Outsourcing (also referred to as
B2B Managed Services and B2B
Outsourcing) is a fastest-growing
option that enables companies to
use external specialist resources to
manage their EDI environment on a
day-to-day basis.
• This is in part driven by companies
wanting to integrate to back office
business systems such as Enterprise
Resource Planning (ERP) platforms.
• Many companies do not want to
use their internal resources to
undertake this ongoing type of
work so they outsource it instead.
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34. Problem Faced by SAYRE - one of the Many Companies
doing work Manually – “One of the frustrating
challenges was producing accurate invoices for multiple
products with complicated tax rates. It became very
time consuming and inefficient.”
Problem Solved working with EDI – “It was a lot
more helpful and the transition was very quick,
very smooth and very painless, the process is
very intuitive and straightforward because
everything is right there on the screen”
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35. INDUSTRY WISE EDI USAGE
• Automotive
• Distribution
• Energy
• Government
• Grocery
• Hard line retail
• Healthcare
• Home furnishings
• Home improvement
• Industrial
• Office supplies
• Pharmacy
• Publishing
• Soft line retail
• Specialty
• Sporting goods
• Third party logistics
• Transportation11/19/2016 Danish A Syed 35
36. A-Z OF COMPANIES USING EDI
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160,000 Companies Worldwide
37. Some 500 Pakistani Companies Using EDI
• Rose Beauty Parlor
• WestPoint Electronics
• B&K Accountants
• Bhayani Global Services
• Mughal Import Export Services
• MAF Clearing & Forwarding Co.
• Chughtai Associates
• Shaheen Freight Services
• Pak Mega Enterprises
• Innovative Business Solution
• Geo Engineering Pvt. Ltd
• Khan Enterprises
• PAK AIR CARGO
• Prime International Services
• Green Resources Pakistan
• Agha Group of Services
11/19/2016 Danish A Syed 37
38. Some Facts & Figures of Giant Companies with EDI:
Retailers are adding more products to build a larger assortment of product offerings.
How are they doing this? They are not building bigger stores. Instead they are adding new
products to their web stores and revamping what is sold in stores to stay close to their
customers’ needs.
Home Depot is expanding its depth and breadth of products and now has 600,000 items
available from its online store. A typical Home Depot store stocks about 35,000 items.
Wal-Mart supercenter has about 150,000 different products. But online, Wal-Mart offers
over 5 million items.
Sears says they have 30 million products available from their web store.
Target announced in October the addition of 35,000 new items and free shipping for the
holiday season.
Amazon, a major driver of competitive retail trends and whose aim is to “sell everything to
everyone,” sells over 200 million products
11/19/2016 Danish A Syed 38
39. Case in Point Wal-Mart and Technology
Wal-Mart has become the world’s largest and
most powerful retailer with the highest sales
per square foot, inventory turnover, and
operating profit of any discount retailer. Wal-
Mart began with the goal to provide
customers with the goods they wanted when
and where they wanted them. Next, it
focused on developing cost structures that
allowed it to offer low, everyday pricing. The
replenishment of inventory is one of the key
facilitators behind this strategy.
Wal-Mart’s success is primarily due to
efficient integration of supplier,
manufacturing, warehousing, and
distribution to stores. There are four key
components of its supply chain strategy:
supplier partnerships, cross docking and
distribution management, technology, and
integration.
Technology plays a key role in Wal-Mart’s
supply chain serving as the foundation of its
efficient and effective supply chain. Wal-
Mart has the largest information
technology infrastructure of any private
company in the world. Its state-of-the-art
technology and network design enable Wal-
Mart;
to accurately forecast demand,
track and predict inventory levels,
create highly efficient transportation routes,
manage customer relationships and service
response logistics.
Wal-Mart designed a point-of-sale system
that improved
customer services,
decreased inventory throughout its supply chain,
improved the overall competitive capability
of the company.
EDI is the underlying technology that enables the system
to work.
11/19/2016 Danish A Syed 39
40. Case in Point - Highlights
There are a number of benefits to Wal-Mart’s
supply chain partners. For suppliers:
Demand is visible
Obsolete stocks are minimized
Volume increases
This networked supply chain process has helped to
change the way consumer-products companies and
wholesaler distributors do business with retailers.
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