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C6697172A248D792EB1ACC980955374CC816B8EE
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Sept. 23, 2025, 8:57 a.m.
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(Last updated: Sept. 23, 2025, 8:59 a.m.)
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| Morana M. Blockchain Application Security. How to Design...2026.pdf | 6.4 MB |
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SOURCE: Morana M. Blockchain Application Security. How to Design...2026
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COVER
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MEDIAINFO
Textbook in PDF format Learn to secure, design, implement, and test tomorrow’s blockchain applications. Blockchain Application Security guides readers through the architecture and components of blockchain, including protocols such as Bitcoin and beyond, by offering a technical yet accessible introduction. This resource is ideal for application architects, software developers, security auditors, and vulnerability testers working on enterprise blockchain solutions. It bridges the gap between theory and implementation, providing actionable guidance on protecting decentralized systems while capitalizing on their innovative benefits. Blockchain Application Security covers the essentials, from the fundamentals of distributed ledgers, consensus algorithms, digital wallets, smart contracts, privacy controls, and DIDs, to designing secure dApp architectures with component-level threat analysis and resilient APIs, token transactions, digital exchanges, and identity models. It features a complete lifecycle example for securing a DeFi lending and borrowing platform, along with practical walkthroughs for smart contract development, AWS-integrated blockchain systems, frontend/API integration, and code auditing. Who Should Read This Book? This book is designed for stakeholders managing the security risks of dApps and blockchain-based products. Whether you are an architect, engineer, security leader, or business executive, this book provides insights tailored to your role: • Security architects will gain a comprehensive understanding of designing secure dApps from the ground up. They will learn how to embed security into architecture, design patterns, and APIs, ensuring blockchain applications are resilient against attacks. • Software security engineers will find practical guidance on securing dApp implementations, identifying vulnerabilities, and testing blockchain applications for security flaws. This book also covers threat modeling, DevSecOps integration, and secure coding practices for smart contracts. • CISOs and product security business owners will benefit from governance, compliance, and risk management perspectives. This book provides strategies for security oversight, ensuring compliance with regulatory standards and best practices for blockchain security assurance. For security architects, Chapter 2 is the core section, covering dApp architectures, security requirements, and security by design principles. This chapter provides a detailed breakdown of securing APIs, protecting secrets, and implementing secure smart contracts. Chapter 3 is also essential, as it provides a comprehensive approach to securing blockchain applications by focusing on vulnerability prevention, threat modeling, and security testing. It introduces structured methodologies to identify, analyze, and mitigate risks in dApps, particularly within DeFi ecosystems. One of the key highlights of this chapter is the dApp DeFi threat modeling use case, providing a practical, step-by-step guide for security architects and engineers. It outlines how to identify attack vectors, assess design flaws, and implement risk mitigation strategies early in development. This structured approach ensures dApps are secure by design, implementation, and testing, rather than addressing security issues postdeployment. Chapter 4 offers practical insights on dApp creation, auditing methodologies, and security implementation strategies. For software security engineers, the primary focus should be on Chapter 2, which covers API security, key management, and smart contract security best practices. This chapter provides essential insights into securing dApp components, ensuring that authentication, data protection, and cryptographic key handling are implemented securely. Chapter 3 offers an in-depth exploration of smart contract vulnerabilities, detailing common attack vectors such as reentrancy, integer overflows, and logic flaws. It also introduces threat modeling methodologies, helping engineers systematically identify and mitigate risks before deployment. Additionally, this chapter discusses DevSecOps security tooling, highlighting automated vulnerability scanning, continuous security integration, and security validation techniques that can be embedded into the development pipeline. Preface Introduction The Blockchain Technology Primer Designing Secure Decentralized Applications Mitigating Blockchain Vulnerabilities Securing Blockchain Applications: Practical Examples Appendix A: Threat Modeling Matrix Appendix B: Mapping of Threat Scenarios to Targeted Weaknesses and Asset Impacted Appendix C: Mapping of Threat Scenarios to Exploitable Attack Paths Appendix D: Threat Scenarios Attack Simulation Tests Appendix E: Threat Scenario Weakness and Vulnerabilities Risk Ratings Appendix F: Risks Mitigation Plan Appendix G: Threats Risk Register Appendix H: Attack Simulation Testing Report Appendix I: Risk Analysis Report
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