Blockchain applications in the supply chain management in German automotive industry

Xu, Xiaojing; Tatge, Lukas; Xu, Xiaolin; Liu, Ying

doi:10.1080/09537287.2022.2044073

Cited by 35 publications

(27 citation statements)

References 58 publications

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“…1. Case study: The case study method is used to gain an in-depth understanding of the phenomena or issues associated with the use of blockchain in an industry or sector (Xu et al, 2022). Researchers can collect data through interviews, observation, and document analysis, as well as analyze the collected data to understand blockchain implementation and its impact on a particular industry or sector.…”

Section: Methodsmentioning

confidence: 99%

Blockchain Implementation in E-Commerce to Improve The Security Online Transactions

Guntara

Nurfirmansyah

Ferdiansyah

2023

JSRET

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The implementation of blockchain technology in E-commerce has become an increasingly important topic in recent years. Blockchain can bring big changes in the E-commerce industry, especially in increasing customer security and trust in online transactions. In this article, it is explained how blockchain technology can be used in E-commerce, such as in increasing the security of online transactions, product tracking, use of smart contracts, and digital identities. Nonetheless, the implementation of blockchain technology also has challenges and obstacles that need to be overcome, such as the considerable cost and time involved in system development and integration, as well as regulatory and legal issues related to the use of cryptocurrencies and digital identities. Therefore, the implementation of blockchain technology in E-commerce requires careful strategy and planning to maximize the benefits that this technology can provide.

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Section: Methodsmentioning

confidence: 99%

Blockchain Implementation in E-Commerce to Improve The Security Online Transactions

Guntara

Nurfirmansyah

Ferdiansyah

2023

JSRET

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“…(2022) scrutinised the technical obstacles of integrating blockchain into smart supply chains in the industrial Internet of Things environment. The biggest obstacles to blockchain technology adoption in the automotive supply chain include technology immaturity, lack of guidance and industry standards, non-cooperation of chain members and legislative ambiguity (Xu et al. , 2022).…”

Section: Literature Reviewmentioning

confidence: 99%

The behavioural evolution of the smart electric vehicle battery reverse supply chain under government supervision

Gao

Gong

Zhi

et al. 2023

IMDS

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PurposeRecycling and reuse of the electric vehicle (EV) batteries are ways to extend their limited lives. If batteries can be traced from production to recycling, it is beneficial for battery recycling and reuse. Using blockchain technology to build a smart EV battery reverse supply chain can solve the difficulties of lack of trust and data. The purpose of this study is to discuss the behavioural evolution of a smart EV battery reverse supply chain under government supervision.Design/methodology/approachThis study adopts evolutionary game theory to examine the decision-making behaviours of the government, EV manufacturers with recycled used batteries and third-party EV battery recyclers lacking professional recycling qualification.FindingsOn the smart reverse supply chain integrated by blockchain technology, a cooperative recycling strategy of the third-party EV battery recycler is the optimal choice when the government tends to actively regulate. The probability of the EV manufacturer choosing the blockchain adoption strategy exceeds (below) the threshold, and the government prefers negative (positive) supervision. According to numerical analysis, in the mature stage in the EV battery recycling industry, when the investment cost of applying blockchain is high, EV manufacturers' willingness to apply blockchain slows down, the government accelerates adopting a negative supervision strategy and third-party EV battery recyclers prefer cooperative recycling.Practical implicationsThe results of this study provide opinions on the strength of government supervision and the conditions under which EV manufacturers and third-party EV battery recyclers should apply blockchain and cooperate. On the other hand, this study provides theoretical analysis for promoting the application of blockchain technology in smart reverse supply chain.Originality/valueCompared with previous research, this study reveals the relevance of government supervision, blockchain application and cooperation strategy in smart EV battery reverse supply chain. In the initial stage, even if the subsidy (subsidy reduction rate) and penalty are high and the penalty reduction rate is low, the EV manufacturer should rather give up the application of blockchain technology. In the middle stage in the EV battery recycling industry, the government can set a lower subsidy (subsidy reduction rate) combined with a penalty or a higher penalty (penalty reduction rate) combined with a subsidy to supervise it. The third-party EV battery recycler is advised to cooperate with the EV manufacturer when the subsidy is low or the penalty is high.

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“…Using Table 2, we put the 3TIC Framework to industry use with a selection of Blockchain applications in industry [27][28][29][30][31][32][33][34][35][36][37][38][39][40] that are recent, relevant, and representative. The references were selected from a wider search of "Specification of Blockchain use-cases and adoption" with Google Scholar, Research Gate and Semantic Scholar.…”

Section: Use-case Specificationsmentioning

confidence: 99%

“…They discovered that a well-designed Blockchain platform brings about trusted data-sharing hence minimising data duplication and enhancing supply chain operations. In other agricultural use-cases, [30,32] analysed how the formation of a Blockchain-based solution could improve traceability. Examining implementation details in two small businesses, the authors used the results to demonstrate how blockchain technology enhances data collecting and transforms how businesses exchange information and engage with stakeholders and clients, so creating a trust-worthy business environment.…”

Section: Use-case Specificationsmentioning

confidence: 99%

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Towards CRISP‐BC: 3TIC specification framework for Blockchain use‐cases

et al. 2023

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The application of Blockchain and augmented technologies such as IoT, AI, and Big Data platforms present a feasible approach for resolving the implementation challenges of trusted, decentralized platforms. This article proposes a DevOps framework for the specification of Blockchain use‐cases that enables evaluation, replication, and benchmarking. Specifically, it could be applied to specify the requirements and design characteristics of Blockchain applications in terms of key attributes such as: (i) transparency; (ii) traceability; (iii) tamper‐resistance; (iv) immutability; and (v) compliance. The article first introduces the design characteristics of Blockchain as a Platform and then examines successful use‐cases for its implementation using the above attributes. It may be conjectured that the 3TIC framework would serve as the basis of a cross industry process for Blockchain. The intended contribution is that such a standard process will support industry‐academia collaboration in the development of Blockchain platforms and services of relevance and utility as it can be applied by firms to structure their requirements and design specifications.

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Blockchain applications in the supply chain management in German automotive industry

Cited by 35 publications

References 58 publications

Blockchain Implementation in E-Commerce to Improve The Security Online Transactions

Blockchain Implementation in E-Commerce to Improve The Security Online Transactions

The behavioural evolution of the smart electric vehicle battery reverse supply chain under government supervision

Towards CRISP‐BC: 3TIC specification framework for Blockchain use‐cases

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