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Security Engineering for Vehicular IT Systems - Improving the Trustworthiness and Dependability of Automotive IT Applications

Security Engineering for Vehicular IT Systems - Improving the Trustworthiness and Dependability of Automotive IT Applications

von: Marko Wolf

Vieweg+Teubner (GWV), 2009

ISBN: 9783834895813, 218 Seiten

Format: PDF, OL

Mac OSX,Windows PC Apple iPad, Android Tablet PC's Online-Lesen für: Linux,Mac OSX,Windows PC

Preis: 59,95 EUR

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Security Engineering for Vehicular IT Systems - Improving the Trustworthiness and Dependability of Automotive IT Applications


 

Foreword

6

Preface

7

Table of Contents

11

List of Figures

15

List of Tables

17

List of Abbreviations

18

Part I The Preliminaries

21

1 Introduction

22

1.1 Hope for the Best, Prepare for the Worst

22

1.2 Outline

26

1.3 Summary of Research Contributions

28

2 RelatedWork

30

3 Brief Background in Security and Cryptography

32

3.1 Enforcing the Secrecy of Secrets

32

3.2 Symmetric-Key Cryptography

33

3.3 Asymmetric-Key Cryptography

38

3.4 Recommended Key Lengths

45

3.5 Hash Functions

46

3.6 Message Authentication Codes

48

3.7 Cryptographic Implementations

50

3.8 Trusted Computing Technology

54

3.9 Security Schemes in the Automotive Domain

59

3.10 Cryptanalysis

64

Part II The Threats

66

4 Security-Critical Vehicular Applications

67

4.1 Introduction

67

4.2 Theft Protection

67

4.3 Counterfeit and Intellectual Property Protection

71

4.4 Software Updates

72

4.5 After-Sale Applications

74

4.6 Legal Applications

76

4.7 Vehicular Communication

81

4.8 Protection of Safety-Critical Applications

89

4.9 Privacy Protection

91

5 Attackers and Attacks in the Automotive Domain

94

5.1 Attackers in the Automotive Domain

94

5.2 Attacks in the Automotive Domain

97

6 Security Analysis and Characteristical Constraints in the Automotive Domain

107

6.1 Security Objectives Analysis

107

6.2 Security Requirements Engineering

110

6.3 Characteristical Advantages

113

6.4 Characteristical Constraints

114

Part III The Protection

120

7 Vehicular Security Technologies

121

7.1 Physical Security

121

7.2 Security Modules

124

7.3 Vehicular Security Architectures

129

8 Vehicular Security Mechanisms

135

8.1 Why Proper Security Application is Hard

135

8.2 Secure Component Identification

136

8.3 Secure User Authentication

139

8.4 Software Protection

142

8.5 Secure Storage

160

8.6 Secure Communication

161

9 Organizational Security

180

9.1 The Safety of Secrets

180

9.2 Achieving Organizational Security in the Automotive Domain

182

9.3 Organizational Security Measures in a Vehicular Lifecycle

184

10 Conclusions

186

Bibliography

188

Index

215