b区块链技术对制造管理和工业工程实践的变革性影响的文献综述

Dharmendra Hariyani , Poonam Hariyani , Sanjeev Mishra , Milind Kumar Sharma
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摘要

随着业务绩效越来越依赖于分散的、防篡改的记录来管理交易和数据流,采用区块链技术(BCT)对于在数字和全球化经济中保持竞争力变得至关重要。本文旨在探讨BCT对制造管理和工业工程实践的变革性影响,特别是在透明度、决策、运营效率和信任等领域。通过对从Scopus数据库中检索的480篇同行评审论文的广泛审查,在标题、摘要和关键词中使用关键词搜索“b区块链”和“管理”或(“制造”或“工业工程”或“服务”或“供应链”或“组织”),本研究强调了BCT通过提供实时可追溯性、通过智能合约自动化流程以及确保可持续性和合规性来彻底改变供应链管理的能力。研究发现,BCT通过提高供应链透明度、智能合约自动化操作以及确保质量和可持续性,显著提高了管理和工业工程水平。主要调查结果显示,它在改善数据安全、风险管理和知识产权保护方面的有效性,以及优化库存控制和客户满意度。此外,该研究还确定了BCT在工业4.0框架内集成物联网等数字技术方面的创新应用,从而实现更智能、更有弹性的制造系统。通过解决可伸缩性、监管不确定性和互操作性等挑战,本综述为组织有效采用BCT提供了路线图。该研究的新颖之处在于它对BCT的双重潜力进行了全面分析,即弥合运营差距和促进战略协调,同时为从业者提供可操作的见解,以利用其在不同工业应用中的优势。本文为理解BCT在推动现代制造业生态系统中可持续和竞争性增长方面的作用提供了基础指南。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A literature review on transformative impacts of blockchain technology on manufacturing management and industrial engineering practices
As business performance increasingly depends on decentralized, tamper-proof records to manage transactions and data flows, adopting blockchain technology (BCT) is becoming crucial for remaining competitive in the digital and globalized economy. This review aims to explore the transformative impact of BCT on manufacturing management and industrial engineering practices, particularly in areas like transparency, decision-making, operational efficiency, and trust. Through an extensive review of 480 peer-reviewed papers retrieved from the Scopus database, using the keyword search “blockchain” and “management” or (“manufacturing” or “industrial engineering” or “service” or “supply chain” or “organization”) within the title, abstract, and keywords, this study highlights BCT’s ability to revolutionize supply chain management by providing real-time traceability, automating processes through smart contracts, and ensuring sustainability and compliance. The study finds that BCT significantly enhances management and industrial engineering by improving supply chain transparency, automating operations with smart contracts, and ensuring quality and sustainability. Key findings reveal its effectiveness in improving data security, risk management, and intellectual property protection, alongside optimizing inventory control and customer satisfaction. Moreover, the study identifies innovative applications of BCT in integrating digital technologies such as IoT within Industry 4.0 frameworks, enabling smarter and more resilient manufacturing systems. By addressing challenges such as scalability, regulatory uncertainty, and interoperability, this review offers a roadmap for organizations to adopt BCT effectively. The novelty of the study lies in its comprehensive analysis of BCT’s dual potential, i.e., bridging operational gaps and fostering strategic alignment while providing actionable insights for practitioners to leverage its benefits across diverse industrial applications. This paper serves as a foundational guide to understanding BCT’s role in driving sustainable and competitive growth in modern manufacturing ecosystems.
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