Smart Card Application Development Using Java,9783540432029

Smart Card Application Development Using Java

by ; ; ; ; ;
Edition: 2nd
ISBN13: 9783540432029
ISBN10: 3540432027
Format: Paperback
Pub. Date: 2002-11-01
Publisher(s): Springer-Verlag New York Inc
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Summary

In today's world, smart cards play an increasingly important role in everyday life. We encounter them as credit cards, loyalty cards, electronic purses, health cards, and as secure tokens for authentication or digital signature. Their small size and the compatibility of their form with the magnetic stripe card make them ideal carriers of personal information such as secret keys, passwords, customization profiles, and medical emergency information. This book provides a guide for the rapid development of smart card applications using Java and the OpenCard Framework. It gives you the basic information you need about smart cards and how they work. It shows in detail how to develop applications that use smart cards by guiding you through examples step by step. A smart card provided with the book will help you to quickly get some first hands-on experience.

Table of Contents

Preface 1(1)
About This Book
1(1)
The Audience of This Book
2(1)
No Need to Read the Whole Book
2(6)
About the Authors
8(2)
Acknowledgements
10(1)
Part I Smart Card Introduction and Overview 11(74)
What Makes the Smart Card ``Smart''?
13(10)
What is a Smart Card?
13(3)
The Benefits of Smart Cards
15(1)
Smart Card Hardware
16(7)
Memory Cards and Microprocessor Cards
16(1)
Contactless Cards
17(1)
The Computer on the Smart Card
17(2)
Mechanical Contacts
19(1)
The Size of a Smart Card
20(1)
Hardware Security
21(1)
The Manufacturing Process
21(2)
Introduction to Smart Card Software
23(12)
Smart Card Application Development Process
23(1)
Communication with the Card
24(4)
APDUs
24(2)
T=0 and T=1
26(1)
TLV Structures
27(1)
Smart Card Operating Systems
28(7)
File System Smart Cards
28(3)
Java Card
31(1)
Multos
32(1)
Smart Card for Windows
33(2)
Smart Cards and e-business
35(16)
Electronic Purses
37(6)
GeldKarte
39(1)
Mondex
40(1)
Proton
41(1)
Visa Cash
41(2)
Common Electronic Purse Specification
43(1)
Authentication and Secure Access
43(3)
Workstation Access
44(1)
Network- and Server-Login
44(1)
Secure Communication
45(1)
Digital Signatures
46(1)
Other Uses of Smart Cards in e-business
47(4)
Electronic Ticketing
47(1)
Loyalty Programs
48(1)
Growth Expected
49(2)
Cryptography
51(18)
Cryptographic Algorithms
51(8)
Symmetric Cryptographic Algorithms
52(4)
Public-Key Algorithms
56(3)
Hybrid Algorithms
59(1)
Smart Card Cryptographic Protocols
59(8)
External Authentication
59(1)
Internal Authentication
60(1)
Secure Messaging
61(6)
TLS and Smart Cards
67(2)
Smart Card Readers and Terminals
69(6)
Smart Card Readers
69(2)
Smart Card Terminals
71(1)
Biometric Identification
72(3)
Smart Card Standards and Industry Initiatives
75(10)
ISO Standards
75(2)
EMV ICC Specifications for Payment Systems
77(2)
PC/SC
79(3)
GlobalPlatform
82(3)
Part II OpenCard Framework 85(108)
Introduction to OpenCard
87(14)
The History of the OpenCard Framework
87(1)
The OpenCard Consortium
88(1)
The Objectives of the OpenCard Framework
89(1)
The Advantages of Using OCF
89(2)
The OCF Architecture
91(10)
A Note on Notation
91(2)
Architecture Overview
93(8)
The Utility Classes
101(14)
The OpenCard Core Definitions
101(1)
The Core Utility Classes
102(7)
Hex String Processing
102(1)
The Configuration Provider
103(1)
The Tracer
104(3)
System Access
107(2)
The Optional Utility Classes
109(6)
The Loader Classes
110(1)
The Pass Thru Card Service
111(2)
The Tag and TLV Classes
113(2)
The Terminal Layer
115(30)
Terminal Layer Core Components
116(9)
Terminal Registry and Event Mechanism
117(1)
Device Abstractions
118(3)
The Terminal Layer Exceptions
121(2)
PIN / Password Support
123(2)
Terminal Layer Optional Components
125(5)
The opencard.opt.terminal Package
126(2)
The opencard.opt.terminal.protocol Package
128(2)
Tracing in the Terminal Layer
130(1)
Communicating with the Card Reader
130(2)
The Java Communications API
131(1)
The Implementation
132(13)
Using the T=1 Protocol Support
133(2)
Implementing the CardTerminal
135(8)
Implementing the CardTerminalFactory
143(2)
The Service Layer
145(30)
The CardService Layer Core Components
147(19)
The Application Access Classes
148(4)
The Card Access Classes
152(4)
The CardService Support Classes
156(5)
The CHV Support Classes
161(3)
The CardService Exceptions
164(2)
The CardService Optional Components
166(2)
Standard CardService Interfaces
168(7)
The ISO File System CardService
169(3)
The Signature CardService
172(1)
The Application Management CardService
173(2)
The OCF Security Concepts
175(18)
OpenCard Security Overview
177(2)
OpenCard Security Classes
179(9)
Cryptographic Key Classes
180(1)
The Smart Card Key Classes
181(2)
CardService Interface Classes
183(4)
Credentials
187(1)
Running OCF in Browsers
188(5)
Browser Security Models
189(1)
Invocation of Privileged Methods
190(1)
Security Implications
191(2)
Part III Smart Card Application Development Using OCF 193(80)
Using OCF
195(20)
Preparing Your System
195(1)
Configuring OCF on Your System
196(2)
Setting the OCF Configuration Properties
196(2)
The First Simple Application
198(4)
Starting OCF and Shutting it Down Again
199(1)
Obtaining a SmartCard Object via waitForCard(...)
200(1)
Obtaining a CardService Object
201(1)
Using this Sample Program with Other Cards
202(1)
Smart Card Access of a Digital Signature Application
202(13)
Attributes
203(1)
Constructor
204(1)
cardInserted()
205(1)
allocateServices(SmartCard, int)
206(1)
cardRemoved()
207(1)
signatureCardPresent()
208(1)
getCardHolderData()
208(2)
propagateAnEarlierException()
210(1)
setCardHolderData(String)
210(1)
sign(int, byte[])
211(1)
close()
212(1)
Class SignatureCardException
212(1)
The Complete Sample Source Code
213(2)
OCF and e-business
215(18)
Internet Stock Brokerage
215(3)
Security Considerations
215(1)
Secure Stock Brokerage Architecture
216(1)
Protocols
217(1)
Distributed Payment Systems
218(15)
Card-to-Card Payment Schemes
219(2)
Card-to-Card Payments via Internet
221(5)
Architecture Overview
226(2)
Implementation
228(5)
Java Card and OCF
233(22)
Developing a Card Applet
233(1)
Inside the Java Card
234(2)
The Java Card Framework
234(1)
Lifetimes of On-card Programs and Objects
235(1)
A Sample Java Card Applet
236(6)
Using OCF to Work with Card Applets
242(13)
Card Applet Proxies
243(2)
Controlling Our Sample Card through OCF
245(10)
Card and Application Management
255(12)
Introduction
255(3)
Card Management Systems
256(1)
Application Management Systems
257(1)
Key Management Systems
258(1)
Using OCF for Card and Management
258(9)
Example
259(1)
Security
259(2)
Architecture and Technology
261(1)
Post-Issuance Application Download
262(2)
Post-Issuance Application Personalization
264(3)
OCF for Embedded Devices
267(6)
Device Profiles
267(2)
OCF for Embedded Devices
269(4)
Differences between OCF and OCF for Embedded Devices
270(2)
Footprint Statistics
272(1)
Part IV Appendixes 273(24)
A The Card
275(10)
A.1 The IBM MultiFunction Card
275(1)
A.2 The File Structure on the Card
276(7)
A.3 Accessing the Card
283(2)
B Useful Web Sites
285(4)
C Bibliography
289(4)
D Glossary
293(4)
E Index
297

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