Bank microprocessor cards

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Uploaded: 13.06.2011
Content: 9785961412338_content.pdf (4267,39 kB)

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Description

The book gives the reader a systematic view of modern microprocessor cards used in banking. It can serve as a guide to the voluminous books that describe the EMV standard, and the specifications of the applications of the leading payment systems. The book contains a system description of the EMV standard, focusing on clarifying the most important aspects, subtleties and features of the implementation of the underlying methods and algorithms. The effect from the introduction of microprocessor card technology on the security of card transactions is analyzed in detail. The influence of the introduction of microprocessor cards on the bank´s processing system is investigated, recommendations on the technology of choosing solutions for migration of the bank to microprocessor cards are offered. The book focuses on open operating systems used in microprocessor cards, as well as the universal platform GlobalPlatform, which is increasingly used for secure remote downloading, installation, application extradition and configuration after the release of the card. A separate chapter is devoted to contactless bank payments, as well as mobile payments.
Author: Goldovsky Igor
ISBN 978-5-9614-1231-4, Format 70x90 / 16,
Circulation 2000 copies, Hard cover.

Additional information

Content.
Introduction

Chapter 1. Basic information about plastic cards
1.1. Basic concepts and definitions
1.2. Standards in the field of magnetic stripe cards
1.3. The contents of the tracks of the magnetic strip of the map
1.4. Interhost interface
1.5. The Security Problem of Card Operations
The Acuity of the Security Problem of Operations with the Use of Plastic Cards
Basic Types of Fraud
Methods of protection in the projection on certain types of fraud
1.6. About the standards for microprocessor cards

Chapter 2. General information about microprocessor cards
2.1. General characteristics of microprocessor cards
2.2. Architecture of the chip
2.3. Initial setting of the card
2.4. Communication protocols
2.4.1. Protocol T = 0
2.4.2. Protocol T = 1
2.4.3. Application layer protocols
2.5. Manufacture of microprocessor cards
2.6. Multi-application operating systems
2.7. GlobalPlatform Platform
        2.7.1. GlobalPlatform Architecture
        2.7.2. Map content management
   2.7.3. Secure Channel Protocol
2.8. Evaluation of the physical security of the microprocessor card
2.9. General trends in the development of microprocessor cards

Chapter 3. The file structure, commands and mechanisms of data protection in microprocessor cards of the EMV standard
3.1. Data objects and their encoding
3.2. General information about the file structure of the card
3.3. DF files
3.4. EF files
3.5. ADF files
3.6. AEF files
3.7. DDF files
3.8. PSE file
3.9. Commands
3.10. Examples of commands
3.11. Security issues in the EMV standard
3.11.1. Digital signature using asymmetric encryption algorithms
3.11.2. Encryption of transmitted information.
3.11.3. Computing the Message Authentication Code (MAC)
3.12. Methods of offline card authentication
3.12.1. Static Data Authentication (SDA)
3.12.2. Dynamic card authentication
     3.12.2.1. Dynamic Data Authentication (DDA)
     3.12.2.2. Combined DDA / Application Cryptogram Generation (CDA)
3.13. Encryption of the PIN code when it is checked offline

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