Assessing blockchain technology's technical utility in construction supply chains: A multi-KPI decision support approach via use cases

Blockchain technology (BCT) holds significant potential to transform construction supply chains (CSCs) by addressing longstanding challenges related to transparency, efficiency, and traceability. This study investigates and develops a rigorous, KPI-centric framework that systematically maps blockchain’s enabling capabilities (ECs) to key performance indicators (KPIs) critical to CSC performance. Through a hybrid methodology combining content analysis and design science research (DSR), the paper introduces a web-based Decision Support Tool (DST) to guide stakeholders in evaluating the technical suitability of blockchain for construction projects. The DST operates in two phases: first, assessing blockchain applicability through a structured diagnostic; second, recommending ‘best-fit’ blockchain stacks by aligning selected KPIs with relevant use cases and ECs. Validation via simulated case scenarios demonstrates the DST’s robustness in supporting early-stage, technically grounded decision-making and recommends blockchain solutions tailored to user-defined KPIs and use cases. The findings reveal that BCT, through automation, immutable data sharing, decentralized governance, and the like, can significantly improve CSCs' performance. By bridging the gap between conceptual promise and practical application, this research provides both theoretical advancements and actionable insights for digital transformation in the construction industry. It contributes a replicable decision-support architecture for technology adoption and performance optimization in complex, multi-stakeholder supply chain environments. • Blockchain enhances cost predictability and operational efficiency in construction supply chains. • Developed a web-based DST tool that helps project stakeholders assess blockchain suitability. • Blockchain use cases are linked to construction supply chain key performance indicators. • The DST framework maps KPIs to BCT enabling capabilities for tailored blockchain solutions. • Focus on technical feasibility can help navigate early BCT adoption steps.

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Publication Details

Journal
Computers in Industry
Published
2025-12-23
DOI
https://doi.org/10.1016/j.compind.2025.104429
Citations
1
Primary Topic
Blockchain Technology Applications and Security
Type
article
Field-Weighted Citation Impact
3.25
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article

Assessing blockchain technology's technical utility in construction supply chains: A multi-KPI decision support approach via use cases

Acheme Okolobia Odeh, Timothy O. Olawumi, Stephen Ojo, Saheed Toyin Muftaudeen et al.
1 citations
Computers in Industry
Blockchain Technology Applications and Security
3.25
article

Assessing blockchain technology's technical utility in construction supply chains: A multi-KPI decision support approach via use cases

Acheme Okolobia Odeh, Timothy O. Olawumi, Stephen Ojo, Saheed Toyin Muftaudeen, Taiwo Amoo
article en
1 citations

Abstract

Blockchain technology (BCT) holds significant potential to transform construction supply chains (CSCs) by addressing longstanding challenges related to transparency, efficiency, and traceability. This study investigates and develops a rigorous, KPI-centric framework that systematically maps blockchain’s enabling capabilities (ECs) to key performance indicators (KPIs) critical to CSC performance. Through a hybrid methodology combining content analysis and design science research (DSR), the paper introduces a web-based Decision Support Tool (DST) to guide stakeholders in evaluating the technical suitability of blockchain for construction projects. The DST operates in two phases: first, assessing blockchain applicability through a structured diagnostic; second, recommending ‘best-fit’ blockchain stacks by aligning selected KPIs with relevant use cases and ECs. Validation via simulated case scenarios demonstrates the DST’s robustness in supporting early-stage, technically grounded decision-making and recommends blockchain solutions tailored to user-defined KPIs and use cases. The findings reveal that BCT, through automation, immutable data sharing, decentralized governance, and the like, can significantly improve CSCs' performance. By bridging the gap between conceptual promise and practical application, this research provides both theoretical advancements and actionable insights for digital transformation in the construction industry. It contributes a replicable decision-support architecture for technology adoption and performance optimization in complex, multi-stakeholder supply chain environments. • Blockchain enhances cost predictability and operational efficiency in construction supply chains. • Developed a web-based DST tool that helps project stakeholders assess blockchain suitability. • Blockchain use cases are linked to construction supply chain key performance indicators. • The DST framework maps KPIs to BCT enabling capabilities for tailored blockchain solutions. • Focus on technical feasibility can help navigate early BCT adoption steps.

Computers in IndustryVol. 175
Bahçeşehir University (TR), Edinburgh Napier University (GB), Anderson University - Indiana (US), University of Cyprus (CY), Pan-Atlantic University (NG), Anderson University - South Carolina (US), Aalto University (FI)
Industry, innovation and infrastructure
Openalex Percentile: Top 5%
Blockchain Technology Applications and Security
3.25
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