Secure Broadcast Communication

In Wired and Wireless Networks

By: Adrian Perrig, J.D. Tygar

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Hardcover | 30 November 2002

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Hardcover
244 Pages

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23.5 x 15.88 x 1.91

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Secure Broadcast Communication in Wired and Wireless Networks presents a set of fundamental protocols for building secure information distribution systems. Applications include wireless broadcast, IP multicast, sensor networks and webs, ad hoc networks, and satellite broadcast. This book presents and compares new techniques for basic operations including:
*key distribution for access control,
*source authentication of transmissions, and
*non-repudiation of streams.

This book discusses how to realize these operations both with high performance processors and resource constrained processors. It shows how to protect against adversaries who inject packets or eavesdrop. The focus is on functional descriptions rather than theoretical discussions. Protocols are presented as basic building blocks that can be combined with each other and traditional security protocols. The book illustrates these protocols in practice by presenting a real implementation that provides security for an ad hoc sensor network.

This book can serve as a textbook or supplementary reading in graduate level courses on security or networking, or can be used for self study.

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You Can Find This Book In

Non-Fiction Engineering & Technology Electronics & Communications Engineering Communications Engineering & Telecommunications Computing & I.T.Computer Security Data Encryption Computer Networking & Communications Network Security Computer Science Energy Technology & Engineering Electrical Engineering

Reference, Information & Interdisciplinary Subjects Research & Information Coding Theory & Cryptology Computer Hardware Network Hardware

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Published: 23rd October 2012

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List of Figures	p. xi
List of Tables	p. xiii
Preface	p. xvii
Introduction	p. 1
Challenges of Broadcast Communication	p. 3
Why is Security for Broadcasts Hard?	p. 5
Broadcast Authentication	p. 5
Broadcast Signature	p. 8
Broadcast Data Integrity	p. 9
Confidential Broadcasts and Restricting Access to Legitimate Receivers	p. 9
Security Requirements for Broadcast Applications	p. 10
Novel Contributions	p. 12
Scope of this Book	p. 13
Book Overview	p. 13
Cryptographic Fundamentals	p. 19
Broadcast Network Requirements	p. 19
Cryptographic Primitives	p. 20
Symmetric and Asymmetric Cryptography	p. 20
One-Way Functions and Hash Functions	p. 20
Pseudo-Random Generator (PRG)	p. 22
Message Authentication Code (MAC)	p. 22
Pseudo-Random Function (PRF)	p. 22
Efficiency of Cryptographic Primitives	p. 23
Commitment Protocols	p. 24
One-Way Chain	p. 25
Merkle Hash Tree	p. 25
Self-Authenticating Values	p. 26
Tesla Broadcast Authentication	p. 29
Requirements for Broadcast Authentication	p. 29
The Basic TESLA Protocol	p. 30
Sketch of protocol	p. 30
Sender Setup	p. 31
Bootstrapping Receivers	p. 32
Broadcasting Authenticated Messages	p. 33
Authentication at Receiver	p. 33
TESLA Summary and Security Considerations	p. 34
TIK: TESLA with Instant Key Disclosure	p. 35
TIK Discussion	p. 39
TIK Summary and Security Considerations	p. 40
Time Synchronization	p. 40
Direct Time Synchronization	p. 40
Indirect Time Synchronization	p. 43
Delayed Time Synchronization	p. 44
Determining the Key Disclosure Delay	p. 44
Variations	p. 45
Instant Authentication	p. 45
Concurrent TESLA Instances	p. 46
Switching Key Chains	p. 48
Further Extensions	p. 49
Denial-of-Service Protection	p. 50
DoS Attack on the Sender	p. 51
DoS Attack against the Receiver	p. 52
Biba Broadcast Authentication	p. 55
The BiBa Signature Algorithm	p. 56
The Self-Authenticating Values	p. 57
Intuition for the BiBa Signature	p. 57
Signature Generation	p. 58
Signature Verification	p. 58
Security of BiBa	p. 59
BiBa Extensions	p. 59
The BiBa Signature Scheme	p. 61
Security Considerations	p. 62
The BiBa Broadcast Authentication Protocol	p. 65
One-way Ball Chains	p. 65
Security Condition	p. 67
BiBa Broadcast Protocol Extensions	p. 67
Extension A	p. 68
Extension B	p. 69
Practical Considerations	p. 69
Selection of BiBa Parameters	p. 70
BiBa Overhead	p. 70
Example: Real-time stock quotes	p. 70
Efficient Public-Key Distribution	p. 73
Variations and Extensions	p. 74
Randomized Verification to Prevent DoS	p. 74
Multi-BiBa	p. 74
The Powerball Extension	p. 75
One-Round BiBa is as secure as Multi-Round BiBa	p. 78
Merkle Hash Trees for Ball Authentication	p. 81
EMSS, MESS, & HTSS: Signatures for Broadcast	p. 85
Efficient Multicast Stream Signature (EMSS)	p. 87
EMSS Summary and Security Argument	p. 92
MESS	p. 92
Analysis for Independent Packet Loss	p. 94
Correlated Packet Loss	p. 98
Variations	p. 104
HTSS	p. 106
HTSS Summary and Security Argument	p. 110
Elk Key Distribution	p. 111
Introduction	p. 112
Requirements for Group Key Distribution	p. 113
Review of the LKH Key Distribution Protocol	p. 116
Extension I: Efficient Join (LKH+)	p. 118
Extension II: Efficient Leave (LKH++)	p. 119
Review of the OFT Key Distribution Protocol	p. 119
Reliability for Key Update Messages	p. 121
Four Basic Techniques	p. 123
Evolving Tree (ET) Protocol	p. 123
The Time-Structured Tree (TST) Protocol	p. 125
Entropy Injection Key Update (EIKU)	p. 125
Very-Important Bits (VIB)	p. 128
ELK: Efficient Large-Group Key Distribution	p. 130
Applications and Practical Issues	p. 133
Security Model	p. 133
System Requirements	p. 134
Parameters	p. 134
Advantages	p. 135
Comparison with Related Work	p. 136
Unicast Key Recovery Protocol	p. 137
Appendix	p. 138
Additional Cryptographic Primitives	p. 138
ET Detailed Description	p. 138
EIKU Detailed Description	p. 140
Sensor Network Security	p. 149
Background	p. 151
Sensor Hardware	p. 151
Is Security on Sensors Possible?	p. 152
System Assumptions	p. 153
Communication Architecture	p. 153
Trust Requirements	p. 154
Design Guidelines	p. 155
Requirements for Sensor Network Security	p. 155
Data Confidentiality	p. 155
Data Authentication	p. 155
Data Freshness	p. 156
Additional Notation	p. 156
SNEP and [mu]TESLA	p. 157
SNEP: Data Confidentiality, Authentication, and Freshness	p. 157
[mu]TESLA: Authenticated Broadcast	p. 161
Implementation	p. 165
Evaluation	p. 168
Application of SNEP: Node-to-Node Key Agreement	p. 172
Related Work	p. 175
General Broadcast Security	p. 175
Broadcast Authentication	p. 176
Broadcast Signature	p. 178
Digital Signatures Based on One-way Functions without Trapdoors	p. 179
Small-Group Key Agreement	p. 180
Large-Group Key Distribution	p. 181
Conclusion	p. 185
Open Problems	p. 186
Glossary	p. 189
References	p. 193
Index	p. 213
Table of Contents provided by Syndetics. All Rights Reserved.

Secure Broadcast Communication

In Wired and Wireless Networks

At a Glance

Hardcover

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