Supply Chain Technology Research Articles

Revolutionizing the restaurant industry: exploring the implementation and impact of blockchain technology on the dining experience

ABSTRACT This research conducted two studies on blockchain technology (BCT) in the restaurant supply chain. The first study explored how BCT influences customer dining experiences using a service design workshop. The second study validated the findings using PLS-SEM. Results indicate that customer innovativeness and cryptocurrency ownership positively impact transparency perceptions. Increased transparency improves food safety, quality, and naturalness perceptions, enhancing customer satisfaction and eWOM behavior. Food safety concerns and health consciousness strengthen the relationship between transparency and perceived food safety and quality. This research expands information processing theory and offers insights for restaurant owners, policymakers, and technology developers regarding BCT adoption.

Application Of Blockchain Technology in Product Supply Chain

Nowadays, people's consumption level continues to increase, and the industrial supply chain needs to be continuously upgraded and improved to cater to market demand. This process has also gradually exposed some shortcomings of the traditional industrial chain, such as opaque information, non-traceable product sources, and difficulty in inventory management by enterprises. , the market is flooded with a large number of substandard products, making it difficult for consumers to protect their legitimate rights and interests, etc. However, when the emerging blockchain technology is applied to traditional industrial chains, people find that it solves many pain points in traditional industrial chains. Blockchain is a distributed ledger technology with multiple nodes distributed in the network. Each node records the same data and jointly maintains and records transaction records. Through blockchain technology, consumers can trace the source of products, companies can trade goods more safely, factories can manage inventory more conveniently, and prosecutors can also supervise the industrial chain more conveniently.

Digital-Era Resilience: Navigating Logistics and Supply Chain Operations after COVID-19

The COVID-19 pandemic has highlighted the need for a paradigm shift in supply chain and logistics operations to respond to myriad disruptions. However, this paradigm shift has changed the supply chain to be more resilient, agile, flexible, and adaptable to upcoming disruptions. Hence, a comprehensive guide to understanding, implementing, and harnessing the power of digitization in the face of disruption, leading to a more resilient and adaptive global community, is greatly appreciated. Thus, this study aims to identify the strategies used in the complex and dynamic nature of the contemporary supply chain landscape for these disruptions. Among several strategies adopted and proposed, this systematic review examines overall efficiency and operational resilience, particularly supplier diversification, investment in digital supply chain technology, and adopting flexible manufacturing models. Following a rigorous four-step identification, screening, qualification, and inclusion process, this review focuses on real-time visibility, robust risk management, and data-driven decision making to determine whether future disruptions under digitization are conducive. Therefore, this systematic review, along with these enhanced resilience strategies, will provide a comprehensive resource for practitioners, policymakers, and researchers seeking to navigate and improve logistics and supply chain operations in the face of future disruptions.

Teknologi Smart Supply Chain (SSC) Pada Kinerja Hijau Yang Dimediasi Oleh Green Operations, Green Relationship Dan Customer Green Information Sharing

This study aims to determine the roleresearchers want to know how the influence of Smart Supply chain (SSC) Technologies on Green Performance Mediated by Green Operations, green relationships and customer green information sharing, research using a questionnaire method of 222 respondents who work in manufacturing companies that implement Smart Supply chain (SSC) Technologies,The results of the study found that implementationSmart Supply chain (SSC) Technologies is able to improve the performance of Green Performance, Green Operations, green relationships and customer green information sharing. Green performance is also influenced by green relationships and customer green information sharing, while green operations cannot affect green performance. directly, it was found that green relationships and customer green information sharing were able to mediate the effect of Smart Supply chain (SSC) Technologies on green performance while green operations had not been able to mediate the relationship between Smart Supply chain (SSC) Technologies and green performance, this study found the importance of implementing Smart Supply chain (SSC) Technologies in the digital industry and distribution channels are not only physical supply chains but digital supply chains through the variable customer green information sharing used in this study

E-commerce Industry Supply Chain: Status, Problems and Countermeasures

In recent years, the e-commerce industry has been developing rapidly, and at the same time, the quality level of e-commerce industry development is limited by the level of supply chain technology development. As a result, the development of supply chain technology has become the core of the driving force for various enterprises to pursue development. This paper analyses the supply chain status quo of e-commerce industry, finds the problems of excess inventory leading to backlogs, high loss rate of goods leading to waste of resources, and negative impacts caused by failure to deliver on time, and proposes the establishment of perfect supply chain management norms, the establishment of incentives, and the establishment of a research department; the use of cold chain transport, multi-modal transport, the use of automated systems, the establishment of inventory systems, the upgrading of technology, the enhancement of training, regular inspection and maintenance of equipment; the enhancement of management and management of equipment. Regular inspection and maintenance of equipment; strengthening management, improving risk control, establishing a supply network, optimizing routes, and improving service quality are some of the solutions.

Blockchain and agency theory in supply chain management: A question of trust

This paper aims to explore how does the introduction of blockchain technologies impact trust in existing supply chain relationships. To do so, we conducted a multiple case study through the lens of agency theory. Three Swiss companies which are carrying out blockchain projects for their supply chain have been analyzed in semi-structured interviews and document analysis. Two significant findings of the impact on principal-agent relationships are stressed. Firstly, blockchain technologies can reduce the asymmetry of information, increase the control of agents, and consequently minimize the trust in the principal towards the agents. Secondly and paradoxically, the control mechanisms inherent in these technologies can decrease the agent's trust in the principal. Thus, questioning trust is necessary, both as an antecedent and an unexpected consequence when adopting blockchain technologies. Finally, we provide guidelines for initiating the adoption of blockchain technologies in supply chains.

Blockchain technology in the agri-food supply chain: a systematic literature review of opportunities and challenges

Blockchain technology in the agri-food supply chain: a systematic literature review of opportunities and challenges

Strengthening Supply Chain Visibility With Blockchain: A PRISMA-Based Review

Over the last 5 years, research into the use of blockchain technology in supply chains (SCs) has increased significantly. This is because many firms are faced with the necessity of enhancing SC visibility not just to fulfill statutory obligations, but also to streamline operations, assure the quality of deliverables, and ensure the sustainability of activities. This review article provides a summary of all scientific work published since 2016, with a special emphasis on the business management & accounting and decision science domains, in order to better comprehend the constantly rising knowledge clusters linked with this topic. The prominent contributors and knowledge clusters were identified using suitable bibliometric algorithms on a review corpus of 308 articles extracted from the SCOPUS database. There are five identified knowledge clusters: 1) blockchain for food SC transparency, 2) distributed ledger for sustainable SCs, 3) traceability systems using smart contracts, 4) internet of things for logistics, and 5) the emergence of Ethereum and hyperledger in SCs. This scholarly assessment, in conjunction with PageRank analysis and content mining, assisted in identifying research articles that are prominent in each cluster, which in turn helped in formulating future research avenues for aspiring researchers.

BTCEN Project: Application of Blockchain Technology in Supply Chain

BTCEN Project: Application of Blockchain Technology in Supply Chain

Exploring competitive advantages in enterprise supply chains: A case study of JD’s predictive and logistics links

In today’s fiercely competitive business landscape, enterprises strive to enhance their competitive advantage. One crucial aspect of achieving this is by optimizing their supply chain practices. This paper presents a comprehensive analysis of Jing Dong (JD), a prominent e-commerce company, as a case study to delve into its supply chain technologies. By examining the specific technologies implemented by JD and elucidating their positive impact on the company’s performance, this study establishes a robust theoretical foundation for further research. It offers a practical model for companies seeking to improve their supply chain practices. By adopting and adapting similar technologies and strategies, enterprises can unlock new opportunities, streamline operations, and ultimately gain a sustainable competitive edge in their respective industries. Through a deeper understanding of JD’s successful supply chain approaches, companies can strategically enhance their capabilities and thrive in the dynamic market environment.

Industry 5.0 and Supply Chain Management: Coevolution and Future Research Directions

Subsequent to the wider adoption of Industry 4.0, the European Union initiated a movement towards the fifth industrial revolution (I5.0). The nature of global supply networks makes the conventional organizational-level viewpoint insufficient to fully realize the advantages of I5.0. This paper provides a broader perspective to the research on I5.0 by studying the dynamic interplay between I5.0 and supply chain (SC). A systematic literature review has been conducted by selecting a refined sample of 80 papers from SCOPUS and the Web of Science databases. Analysis revealed three dominant research clusters namely, SC Digitalization and Sustainability, SC Technologies, and SC Resilience. Based on the gaps in the literature, several future research directions were identified, including Human-centered SCs, Interplays between the pillars of I5.0, I5.0 Evaluation/ Scoring Systems, Value 5.0, and SC 5.0 Ecosystems and Governance. We conclude the paper by highlighting the necessity of having more empirical research.

Exploring the potential impact of blockchain technologies in Health Canada's cannabis supply chain

Exploring the potential impact of blockchain technologies in Health Canada's cannabis supply chain

Evaluation of the effective drivers in the use of blockchain technology in the rice supply chain

Evaluation of the effective drivers in the use of blockchain technology in the rice supply chain

Digital Thread for Smart Products: A Survey on Technologies, Challenges, and Opportunities in Service-Oriented Supply Chains

Digital Thread for Smart Products: A Survey on Technologies, Challenges, and Opportunities in Service-Oriented Supply Chains

Stakeholders’ readiness for adopting blockchain in the fashion industry

This paper examines the current state of readiness among stakeholders in the fashion industry regarding the adoption of blockchain technology. The main aim of the research paper is to assess the industry's preparedness and identify potential barriers and opportunities associated with implementing blockchain solutions. Recognizing the need for additional investigation in this domain, the paper presents a model that addresses pertinent questions related to blockchain technology. The research focuses on exploring the advantages that blockchain technology can bring to the fashion industry's supply chain. Furthermore, the research paper emphasizes the significance of evaluating stakeholders' readiness levels for embracing blockchain technology. By utilizing the proposed model, the findings of the research paper are examined and analyzed. The paper presents a novel business model specifically designed for implementing blockchain in the fashion industry. The proposed model aims to facilitate the adoption of blockchain technology in the industry's supply chain. To evaluate the readiness of fashion industry stakeholders to adopt blockchain, the research paper employs the TOE model. The collected data from stakeholders will be subjected to analysis using the PLS-SEM with the assistance of the SmartPLS software tool. By utilizing the TOE model and employing rigorous analytical techniques, this research paper intends to provide insights into the readiness of stakeholders in the fashion industry for blockchain adoption. Ultimately, this research aims to contribute to understanding blockchain technology in the fashion industry and pave the way for its successful implementation in the supply chain.

Blockchain technology in pharmaceutical supply chain : Ensuring transparency, traceability, and security

Transparency, traceability, and security are three major challenges that blockchain technology has addressed in the pharmaceutical supply chain, making it a disruptive solution. The incorporation of blockchain technology to produce an immutable, decentralized ledger that documents the full path taken by pharmaceutical products from producer to end-user is examined in this abstract. The solution ensures tamper-resistant records by utilizing smart contracts and cryptography concepts, hence mitigating the risk of counterfeit medications. Transparency is improved via real-time supply chain visibility, which gives stakeholders the ability to monitor batch information and confirm product authenticity. Blockchain’s decentralized structure improves security by reducing the possibility of fraud and unauthorized access. By means of blockchain implementation, the pharmaceutical business may create a strong, dependable, and effective supply chain ecosystem, thereby promoting safer and more dependable medicine access for patients across the globe.

Digitalization of supply chain technology to encourage green supply chain

Digitalization of supply chain technology to encourage green supply chain

System Resilience of a Liquid Hydrogen Terminal During Loading and Unloading Operations

Hydrogen technologies are playing an increasing role in transportation and industry. Key for taking maximum advantage out of the great gravimetric energy density of hydrogen are feasible and safe storage and transfer concepts. For the successful implementation of a hydrogen-based society with several green industrial initiatives, it is indispensable to develop an infrastructure of liquid hydrogen (LH2) terminals and tanker ships with the capability to bunker LH2. Liquid hydrogen might be used to store and transport large quantities of hydrogen. LH2 is a cryogenic fluid, so double-walled vacuum insulated tanks are required to keep it cold for long periods of time until further distribution or use. Whether transportation sector or industry, to date there is little knowledge on safety related issues available. Main concern when handling hydrogen are accidental releases that can lead to integrity damage on materials and structures, fires, and explosions. Assuming that LH2 infrastructures will be widely deployed and in use all over the globe, accidents are possible to occur during loading and unloading of LH2 bunkering facilities. Therefore, it is necessary to conduct a detailed risk assessment that focuses on system resilience to improve the capabilities of the facility to keep its functionality up when errors occur. This study refers to the LH2 storage tank installed in the LH2 terminal in Kobe, Japan. This stationary storage tank is an essential element of the terminal that was constructed by the Hydrogen Energy Supply Chain Technology Research Association (HySTRA). HySTRA aims at the distribution of hydrogen in liquified form by ship from Australia to Japan. To date, there is only little data available regarding the facility in Kobe. Nevertheless, due to the novelty of the technology the risk for accidents to occur might be higher than in conventional fuel distribution terminals. Accidents might happen due to technical failures, human errors, or external causes such as natural events. The consequences could be catastrophic. Some of these may expose structures and personnel to extreme low temperatures, fires, and explosions which may hinder bunkering operations of the facility in Kobe. This study gives an overview on possible scenarios that lead to loss of containment and provides an insight in the process of evaluating system resilience during such a scenario. This work details with a framework for assessing system resilience applied to LH2 storage facilities. The system resilience calculation involves the examination of a critical hydrogen accident database and provides suitable preventive and mitigative safety barriers.

Digital supply chain: literature review of seven related technologies

This paper systematically reviews literature related with digital supply chains (DSC) and investigates the application status and development trend of different digital technologies in supply chain management. The review is conducted from the perspective of seven key digital supply chain technologies, i.e. Internet of Things (IoT) & Radio Frequency Identification (RFID), 5th Generation Mobile Communication Technology (5G), 3D Printing, Big data (BD), Blockchain, Digital Twins (DT), and Intelligent autonomous vehicles (IAVs). It highlights the main limitations and opportunities of the various DSC technologies, provides an overview of prior studies, and identifies knowledge gaps by outlining the advantages, weaknesses and restrictions of individual technology. The paper also aims at providing a development framework as a roadmap for the match of different digital technologies with different strategic goals.

О ПОДХОДАХ К ПОСТРОЕНИЮ АРХИТЕКТУРЫ ЛОГИСТИЧЕСКОЙ СИСТЕМЫ УПРАВЛЕНИЯ КАЧЕСТВОМ В СТРОИТЕЛЬСТВЕ

One of the problems of the country's investment and construction sector is the problem of creating a transparent system for quality control of a construction project. The existing quality control system in construction, based on documenting the quality of material and technical resources and the production of work at each stage of the technological process of creating a construction project (construction control), does not provide holistic, transparent, information protected from unauthorized changes , available to all construction participants and end consumers. The article presents one of the possible approaches to designing the architecture of a logistics quality management system in construction with the integration of all necessary information in an information document called a quality passport of the finished construction project. The structure of the passport is proposed, built on the principle of forming a supply chain of material and technical resources (primarily construction materials), starting from a quarry for the extraction of non-metallic building materials and ending with the implementation of a set of technologically interrelated works for the construction of an object on a construction site. The author's definition of the quality certificate of a construction project is formulated. The instrumental support for the proposed architecture of the logistics system can be the Blockchain technology platform, which most fully meets the requirements for the preparation, integration and presentation of information about the quality of a construction project, the elements of which (quality) are formed along the technological supply chain of material and technical resources for construction throughout their movement from the primary source of their occurrence (for example, pre-production) to their installation at the construction site. Blockchain technology will ensure the receipt of reliable and undistorted information about the quality of materials used in construction for any reason, the safety of data on the quality of resources, and the use of quality information for all interested participants in the investment and construction process.