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數(shù)字身份認(rèn)證入門（影印版）
數(shù)字身份認(rèn)證入門（影印版）
Phillip J. Windley 著
出版時間：2023年03月
頁數(shù)：446
“本書有助于我理解可驗證憑證的細(xì)微差別，以及我們?nèi)绾卧讵q他州使用數(shù)字身份認(rèn)證來改善市民的生活。”
——Alan Fuller
猶他州首席信息官

為什么公司難以獲得正確的數(shù)字身份認(rèn)證？如果你還在為網(wǎng)站身份驗證等簡單的認(rèn)證問題苦苦掙扎，這本書就是你需要的答案。作者Phil Windley提供了相關(guān)的概念框架，幫助你理解協(xié)議、標(biāo)準(zhǔn)以及可用的解決方案，同時給出了應(yīng)用時機(jī)和場合的建議。
通過將現(xiàn)今的社交登錄解決方案與新興的自我主權(quán)身份認(rèn)證問題聯(lián)系起來，本書解釋了數(shù)字身份認(rèn)證的工作原理，幫助你牢固地把控事態(tài)發(fā)展，同時還展示了如何使用數(shù)字身份認(rèn)證來解決最緊迫的認(rèn)證問題。開發(fā)人員、產(chǎn)品經(jīng)理、主管和副總裁都能從中學(xué)習(xí)到如何在應(yīng)用程序內(nèi)部和整個企業(yè)中有效利用身份認(rèn)證。
本書將幫助你：
● 理解數(shù)字身份認(rèn)證的用途以及為什么數(shù)字身份認(rèn)證是你的業(yè)務(wù)策略的根基
● 了解為什么“自建”數(shù)字身份認(rèn)證基礎(chǔ)設(shè)施不是個好主意
● 區(qū)分身份驗證和授權(quán)等核心概念
● 比較集中式、聯(lián)合式和分散式身份認(rèn)證系統(tǒng)的屬性
● 判斷適合于應(yīng)用的正確授權(quán)方法
● 理解信任、風(fēng)險、安全和隱私等核心概念
  1. Foreword
  2. Preface
  3. 1. The Nature of Identity
  4. A Bundle of Sticks?
  5. Identity Is Bigger Than You Think
  6. No Universal Identity Systems
  7. The Road Ahead
  8. 2. Defining Digital Identity
  9. The Language of Digital Identity
  10. Identity Scenarios in the Physical World
  11. Identity, Security, and Privacy
  12. Digital Identity Perspectives
  13. Reimagining Decentralized and Distributed
  14. A Common Language
  15. 3. The Problems of Digital Identity
  16. Tacit Knowledge and the Physical World
  17. The Proximity Problem
  18. The Autonomy Problem
  19. The Flexibility Problem
  20. The Consent Problem
  21. The Privacy Problem
  22. The (Lack of) Anonymity Problem
  23. The Interoperability Problem
  24. The Scale Problem
  25. Solving the Problems
  26. 4. The Laws of Digital Identity
  27. An Identity Metasystem
  28. The Laws of Identity
  29. Fixing the Problems of Identity
  30. 5. Relationships and Identity
  31. Identity Niches
  32. Relationship Integrity
  33. Relationship Life Span
  34. Relationship Utility
  35. Transactional and Interactional Relationships
  36. Promoting Rich Relationships
  37. 6. The Digital Relationship Lifecycle
  38. Discovering
  39. Co-Creating
  40. Propagating
  41. Using
  42. Updating or Changing
  43. Terminating
  44. Lifecycle Planning
  45. 7. Trust, Confidence, and Risk
  46. Risk and Vulnerability
  47. Fidelity and Provenance
  48. Trust Frameworks
  49. The Nature of Trust
  50. Coherence and Social Systems
  51. Trust, Confidence, and Coherence
  52. 8. Privacy
  53. What Is Privacy?
  54. Correlation
  55. Privacy, Authenticity, and Confidentiality
  56. Functional Privacy
  57. Privacy by Design
  58. Privacy Regulations
  59. The Time Value and Time Cost of Privacy
  60. Surveillance Capitalism and Web 2.0
  61. Privacy and Laws of Identity
  62. 9. Integrity, Nonrepudiation, and Confidentiality
  63. Cryptography
  64. Message Digests and Hashes
  65. Digital Signatures
  66. Digital Certificates
  67. Zero-Knowledge Proofs
  68. Blockchain Basics
  69. The Limitations of PKI
  70. 10. Names, Identifiers, and Discovery
  71. Utah.gov: A Use Case in Naming and Directories
  72. Naming
  73. Discovery
  74. Heterarchical Directories
  75. Discovery Is Key
  76. 11. Authentication and Relationship Integrity
  77. Enrollment
  78. Authentication Factors
  79. Authentication Methods
  80. Classifying Authentication Strength
  81. Account Recovery
  82. Authentication System Properties
  83. Authentication Preserves Relationship Integrity
  84. 12. Access Control and Relationship Utility
  85. Policy First
  86. Authorization Patterns
  87. Abstract Authorization Architectures
  88. Representing and Managing Access Control Policies
  89. Handling Complex Policy Sets
  90. Digital Certificates and Access Control
  91. Maintaining Proper Boundaries
  92. 13. Federated Identity—Leveraging Strong Relationships
  93. The Nature of Federated Identity
  94. SSO Versus Federation
  95. Federation in the Credit Card Industry
  96. Three Federation Patterns
  97. Addressing the Problem of Trust
  98. Network Effects and Digital Identity Management
  99. Federation Methods and Standards
  100. Governing Federation
  101. Networked Federation Wins
  102. 14. Cryptographic Identifiers
  103. The Problem with Email-Based Identifiers
  104. Decentralized Identifiers
  105. Autonomic Identifiers
  106. Cryptographic Identifiers and the Laws of Identity
  107. 15. Verifiable Credentials
  108. The Nature of Credentials
  109. Verifiable Credentials
  110. Exchanging VCs
  111. Credential Presentation Types
  112. Answering Trust Questions
  113. The Properties of Credential Exchange
  114. VC Ecosystems
  115. Alternatives to DIDs for VC Exchange
  116. A Marketplace for Credentials
  117. VCs Expand Identity Beyond Authn and Authz
  118. 16. Digital Identity Architectures
  119. The Trust Basis for Identifiers
  120. Identity Architectures
  121. Algorithmic and Autonomic Identity in Practice
  122. Comparing Identity Architectures
  123. Power and Legitimacy
  124. Hybrid Architectures
  125. 17. Authentic Digital Relationships
  126. Administrative Identity Systems Create Anemic Relationships
  127. Alternatives to Transactional Relationships
  128. The Self-Sovereign Alternative
  129. Supporting Authentic Relationships
  130. Taking Our Rightful Place in the Digital Sphere
  131. 18. Identity Wallets and Agents
  132. Identity Wallets
  133. Platform Wallets
  134. The Roles of Agents
  135. Properties of Wallets and Agents
  136. SSI Interaction Patterns
  137. What If I Lose My Phone?
  138. Web3, Agents, and Digital Embodiment
  139. 19. Smart Identity Agents
  140. Self-Sovereign Authority
  141. DID-Based Communication
  142. Exchanging DIDs
  143. DIDComm Messaging
  144. Protocological Power
  145. Smart Agents and the Future of the Internet
  146. Operationalizing Digital Relationships
  147. Digital Memories
  148. 20. Identity on the Internet of Things
  149. Access Control for Devices
  150. The CompuServe of Things
  151. Alternatives to the CompuServe of Things
  152. The Self-Sovereign Internet of Things
  153. Relationships in the SSIoT
  154. Unlocking the SSIoT
  155. 21. Identity Policies
  156. Policies and Standards
  157. The Policy Stack
  158. Attributes of a Good Identity Policy
  159. Recording Decisions
  160. Determining Policy Needs
  161. Writing Identity Policies
  162. Policy Outline
  163. The Policy Review Framework
  164. Assessing Identity Policies
  165. Enforcement
  166. Procedures
  167. Policy Completes the System
  168. 22. Governing Identity Ecosystems
  169. Governing Administrative Identity Systems
  170. Governing Autonomic Identity Systems
  171. Governing Algorithmic Identity Systems
  172. Governance in a Hybrid Identity Ecosystem
  173. Governing Individual Identity Ecosystems
  174. The Legitimacy of Identity Ecosystems
  175. 23. Generative Identity
  176. A Tale of Two Metasystems
  177. Generativity
  178. The Self-Sovereign Internet
  179. Generative Identity
  180. Our Digital Future
  181. Index
書名：數(shù)字身份認(rèn)證入門（影印版）
作者：Phillip J. Windley 著
國內(nèi)出版社：東南大學(xué)出版社
出版時間：2023年03月
頁數(shù)：446
書號：978-7-5766-0669-0
原版書書名：Learning Digital Identity
原版書出版商：O'Reilly Media
Phillip J. Windley
 
Phil Windley是AWS Identity的開發(fā)經(jīng)理。此前，他是楊百翰大學(xué)（Brigham Young University）信息技術(shù)辦公室的首席工程師和Sovrin基金會的創(chuàng)始主席。他也是Internet身份認(rèn)證研討會（Internet Identity Workshop）的聯(lián)合創(chuàng)始人和組織者，這是世界上最具影響力和最悠久的身份認(rèn)證會議之一，也是Digital Identity（O'Reilly出版）和The Live Web（Course Technology出版）的作者。此外，Phil是猶他州的首席信息官和iMALL公司（電子商務(wù)工具的早期先行者）的創(chuàng)始人兼首席技術(shù)官。
 
 
The animal on the cover of Learning Digital Identity is a nankeen night heron (Nycticorax caledonicus), also known as a rufous night heron. Nycticorax means “night raven” in Ancient Greek, and was used to describe birds of ill omen. In 1555, the term was applied to the night heron.
Nankeen night herons can be found all over Australia, generally in areas where there is permanent water. They like to roost in tall trees and foliage during the day near heavily vegetated wetlands, river margins, floodplains, swamps, parks, and gardens. They breed in colonies that can contain hundreds to thousands of breeding pairs. The largest of these colonies can be found in the Murray-Darling Basin. At twilight, they feed on insects, crustaceans, fish, and amphibians in shallow waters.
The name rufous (reddish-brown) night heron comes from the rich, cinnamoncolored upper parts of the birds. They have white undersides, a black beak, and a black crown on their large heads. Their relatively short legs are yellow, as are their feet and eyes. Compared to other herons, they are stocky and medium-sized.
Populations of nankeen night herons remain stable, so they are listed as a species of least concern on conservation lists.
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定價：129.00元
書號：978-7-5766-0669-0
出版社：東南大學(xué)出版社