Details

Subject(s)

• Blockchains (Databases) [Browse]
• Security, International—Data processing [Browse]
• Nuclear nonproliferation—Data processing [Browse]

Editor

• Vestergaard, Cindy [Browse]

Series

• Advanced sciences and technologies for security applications. [More in this series]
• Advanced Sciences and Technologies for Security Applications

Source of description

Description based on print version record.

Contents

• Intro
• Acknowledgements
• Contents
• Contributors
• Abbreviations
• List of Figures
• List of Tables
• Blockchain for International Security an Introduction
• 1 Introduction
• References
• Distributed Ledger Technology: Beyond the Hype
• 2 What is Distributed Ledger Technology?
• 3 Features of Distributed Leger Technology
• 4 What is in a Block?
• 5 How DLT Records Transactions
• 6 Operationalizing DLT
• 6.1 Circulor and Volvo-Tracking Cobalt from the Congolese Mines to Car Batteries
• 6.2 AURA-A Consortium Model Powered by Ethereum Quorum
• 7 Conclusion
• Blockchain Applications for Nuclear Safeguards
• 2 Overview of International Nuclear Safeguards
• 3 Legal and Political Factors Influencing DLT Acceptance for Safeguards Use
• 4 Technical Factors Influencing DLT Acceptance
• 5 Addressing Critical Questions About Deploying DLT for Safeguards
• 6 Evaluating the Value of DLT Deployment for Safeguards: A Summary of Research to Date
• 7 Summary
• Blockchain Tools for Nuclear Safeguards
• 1 Background-from NUMBAT to SLUMBAT to SLAFKA
• 2 SLUMBAT-Initial Development
• 2.1 SLUMBAT 2.0-Transit Matching Demonstration
• 2.2 SLUMBAT Outcomes
• 3 SLAFKA
• 4 Recording and Reporting Nuclear Material Accounting Information
• 5 Confidentiality and Permissioning
• 6 Reflections on SLUMBAT and SLAFKA
• 7 Future Development of DLT for Nuclear Safeguards
• Possibilities of Blockchain Technology for Nuclear Security
• 2 The Basics of Nuclear Security-Objectives and Principles
• 3 Trust Within the Nuclear Security Community
• 4 Potential Pathways for DLT
• 5 Promising Use Case: Transport Security
• 6 Future Considerations
• Blockchain for Global Trade in Dual-Use Chemicals
• 1 Introduction.
• 2 The CWC and Its Schedules: Obligations and Information Flows
• 3 The Australia Group and Its Lists: Guidance
• 4 DLT and Export Controls: A Practical Example for Chemical End-User Assurances for Re-exports
• 5 Conclusion
• Blockchain Applications for Export Control Compliance and Global Supply Chain Integrity
• 2 Relevance of Export Controls for International Security
• 3 Challenges in Export Controls
• 4 Potential Applications of DLT to the Implementation of Effective Export Controls
• 4.1 Sensitive Data Management and Licensing Processes
• 4.2 Valid Identities and Detection and Prevention of Falsified Documents
• 4.3 Traceability of Sensitive Items
• References.

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ISBN

3-030-86240-2

OCLC

1280458595

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