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Mekmun-Sopheaktra/ITE-Thesis-Blockchain

Vehicle Ownership Verification Using Hyperledger Fabric: Research and Development For Bachelor Thesis

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This project is currently developed.

Project Information

This project serves as the thesis defense for the final presentation required for graduation in Bachelor of Information Technology Engineering.

  • University: ROYAL UNIVERSITY OF PHNOM PENH
  • Faculty: Faculty of Engineering
  • Department: Information Technology Engineering
  • Program: Information Technology Engineering
  • Advisor: Chhim Bunchhun (ITE Lecturer)
  • R&D by: Mekmun Sopheaktra
  • Student Generation: 7

Feature

  • Setup Project
  • Init Project
  • Setup Vagrant
  • Setup Hyperledger Fabric
  • Setup Chaincode
  • Setup Network
  • Setup Application
  • Setup Monitoring Tools and Utilities
  • Setup Documentation
  • Setup Presentation
  • Finish Thesis
  • Project Defense
  • Graduation

Abstract:

In the realm of digital transactions and decentralized systems, blockchain technology, particularly Hyperledger Fabric, has emerged as a transformative force. This bachelor's thesis explores the utilization of Hyperledger Fabric for vehicle ownership verification. Through theoretical analysis, practical implementation, and case studies, the research elucidates the potential of Hyperledger Fabric in ensuring secure and efficient vehicle ownership verification systems. The findings contribute to the advancement of blockchain technology and offer insights for implementing Hyperledger Fabric in various domains.

Introduction

Blockchain technology, notably Hyperledger Fabric, offers enterprise-grade features and modular architecture suitable for developing secure and scalable solutions. This thesis investigates the application of Hyperledger Fabric in vehicle ownership verification systems, emphasizing security and efficiency.

Acknowledgments

The acknowledgments express gratitude to individuals, organizations, and institutions contributing to the completion of the thesis, including supervisors, mentors, collaborators, and research participants.

References

The references section provides a comprehensive list of sources cited throughout the thesis, following the prescribed citation style.

Documentation

  • Report: [Vehicle Ownership Verification Using Hyperledger Fabric Report]
  • Slide: [Vehicle Ownership Verification Using Hyperledger Fabric Presentation]
  • Implementation Documentation: [Implementation Documentation]

This thesis aims to provide valuable insights into the utilization of Hyperledger Fabric for secure and efficient vehicle ownership verification systems.

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