Beyond Blockchain: Reviewing the Impact and Evolution of Decentralized Networks offers a comprehensive exploration of decentralized technologies that are reshaping digital ecosystems beyond traditional blockchain applications.
The book focuses on the transformative potential of decentralized networks across multiple domains, highlighting their significance in enhancing transparency, security, and trust in digital transactions and communications.
It delves into the evolution of distributed ledger technologies, including Web3 innovations, smart contracts, and the convergence of blockchain with emerging technologies such as AI, IoT, and quantum computing
Table of Contents
Chapter 1: Smart Contracts on Ethereum for Smart Supply Chain Management
- Introduction
- Statement of the Problem
- Motivation
- Methods and Methodology
- Case Study
- Overall System View
- Data and Chain Components
- Function for the Blockchain in Python
- Function for Poof of Work
- Function of Transaction
- Analysis of the Results and the Design
- Proof of Transaction in Ganache
- Comparative Analysis with a Similar Method
- Security Concerns in Smart Contracts for Supply Chain
- Management
- Security Vulnerabilities
- Reentrancy Attacks
- Integer Overflows and Underflows
- Denial of Service (DoS)
- Unchecked External Calls
- Front-Running
- Mitigation Strategies
- Secure Coding Practices
- Static Analysis Tools
- Audits and Peer Reviews
- Usage of Safe Math Libraries
- Gas Optimization
- Time-Locked Transactions
- Zero-Knowledge Proofs (Zkps)
- Security in Supply Chain Context
- Data Integrity
- Access Control
- Conclusion and Plans for the Future
- Summary and Key Insights
- References
Chapter 2: Blockchain Model for Sustainable Agriculture Use Cases 22
- Introduction
- Present Challenges
- Motivation
- Research Question(S)
- The Problem
- The Solution
- Goals
- Background Technology
- Technological Transformation
- Smart Agriculture
- Agricultural Technologies
- Artificial Intelligence (Ai)
- Internet of Things (Iot)
- Blockchain Technology
- Blockchain in Agriculture
- Research Methodology
- Literature Review
- Results and Discussions
- Blockchain Model for Smart Agriculture
- Agriculture Stakeholders/Devices/Processes
- Requirements
- Design Goals
- Blockchain in Smart Agriculture
- Efficient Crop and Food Production
- An Example: Supply Chain Management of Crops
- Food/Product Supply Chain
- Predicting and Monitoring Weather Crisis
- Managing Agricultural Finance
- Benefits and Limitations
- Implementation Concerns
- Cast Studies
- Discussions
- The Future
- Conclusion
- References
Chapter 3: Enhanced Environmental Monitoring Through Blockchain Integration: a Carbon Offset Marketplace Application
- Introduction
- Literature Survey
- Proposed System
- Actors and Roles
- Entities
- System Architecture
- Initialization Phase
- Metamask Registration Phase
- Metamask Integration
- Establishment of Wallet
- Robust Authentication
- Easy Wallet Connection
- Carbon Offset Buying Phase for Buyers
- Carbon Offset Exploration
- Streamlined Purchasing Process
- Smart Contract Execution
- Real-Time Updates on Progress
- Carbon Offset Listing Phase for Sellers
- Implementation
- Technology Integration and Economic Impact
- Integration Challenges
- Economic Impact
- Conclusion
- References
Chapter 4: Blockchain's Educational Renaissance
- Introduction
- Secure Credentialing: Leveraging Blockchain for Academic
- Certificates
- Understanding Blockchain Technology
- The Problem with Traditional Credentialing
- Blockchain-Based Credentialing Solutions
- Immutable Records
- Decentralized Verification
- Enhanced Security
- Improved Accessibility
- Implementing Blockchain-Based Credentialing Systems
- Streamlining Administrative Processes with Smart Contracts
- Understanding Smart Contracts
- Challenges in Traditional Administrative Processes
- Benefits of Smart Contracts in Education
- Automation
- Transparency
- Cost Reduction
- Enhanced Security
- Implementing Smart Contracts in Educational Institutions
- Decentralized Learning Platforms: Redefining Access to Education
- Decentralized Learning Platforms
- Breaking Down Barriers to Access
- Geographical Accessibility
- Reduced Cost
- Flexible Learning Options
- Accessibility for Diverse Learners
- Language Accessibility
- Overcoming Socioeconomic Barriers
- Open Educational Resources (OER)
- Community Engagement and Support
- Bridge to Higher Education
- Global Access to Experts and Resources
- Democratizing Education
- Empowering Learners
- Ensuring Transparency and Trust
- Challenges and Opportunities
- Promoting Transparency and Trust in Educational Transactions
- Transparency and Trust
- Immutable Ledger for Transaction Records
- Decentralized Verification of Credentials
- Secure and Transparent Financial Transactions
- Enhanced Data Security and Privacy
- Trust in Collaborative Educational Initiatives
- Ensuring Compliance and Regulatory Standards
- Empowering Stakeholders with Data Ownership
- Overcoming Challenges: Implementing Blockchain in Educational Institutions
- Implementation Challenges
- Stakeholder Resistance
- Long-Term Sustainability
- Interdisciplinary Applications
- Ethical Considerations
- Overcoming Challenges: Implementing Blockchain in Educational Institutions
- Technical Complexity and Scalability Issues
- Understanding the Technical Aspects of Blockchain
- Regulatory Compliance and Legal Frameworks
- Complexity of Regulatory Compliance
- Data Protection and Privacy Regulations
- Regulation of Academic Accreditation and Credentialing
- Legal Implications of Smart Contracts
- Navigating Regulatory Uncertainty
- Compliance Strategies and Best Practices
- Data Privacy and Security Concerns
- Protecting Student Data Privacy
- Ensuring the Security of Educational Records on the Blockchain
- Interoperability with Existing Systems
- Integration Challenges with Legacy Systems
- Ensuring Seamless Interoperability with Existing Infrastructure
- Educating Stakeholders and Overcoming Resistance
- Awareness and Training Programs for Educators and Administrators
- Addressing Misconceptions and Fears Surrounding Blockchain
- Building Support and Buy-In Among Stakeholders
- Financial Constraints and Resource Allocation
- Budgetary Constraints for Implementation Projects
- Allocating Resources for Blockchain Initiatives
- Leveraging Grants, Funding Opportunities, and Public-Private Partnerships
- Future Directions: Exploring the Potential of Blockchain in Education
- Personalized Learning Experiences
- Credentialing and Digital Badges
- Lifelong Learning Ecosystems
- Enhanced Collaboration and Research
- Blockchain and Artificial Intelligence in Education
- Ethical Considerations and Social Impact
- Future Direction and Call for Actions
- Encouragement for Innovation
- Conclusion
- References
Author
- Sharmila Arunkumar
- Neha Goel
- R.K. Yadav
- Manoj Kumar
