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Analysis of distributed ledger technologies for industrial manufacturing
Lam Duc Nguyen1, Arne Bröring2, Massimo Pizzol3
1Software Systems Research Group, CSIRO Data61, Sydney, 2015, Australia. lam.nguyen@data61.csiro.au.
Scientific Reports
|October 27, 2022
Summary
Distributed Ledger Technology (DLT) enables decentralized trust for flexible, intelligent manufacturing. This study evaluates DLT for efficient integration in shared manufacturing environments using wireless IoT networks.
Area of Science:
- Industrial Manufacturing
- Computer Science
- Information Technology
Background:
- Industrial manufacturing is rapidly evolving with digitalization and automation.
- Flexible manufacturing is crucial for customer customization and market adaptability.
- Manufacturing-as-a-service models require decentralized trust and traceability.
Purpose of the Study:
- To investigate Distributed Ledger Technology (DLT) for intelligent manufacturing integration.
- To propose a general framework for adapting DLT in manufacturing settings.
- To analyze the efficiency of DLT in resource-constrained wireless IoT networks for shared manufacturing.
Main Methods:
- Review and selection of potential DLT technologies for manufacturing.
- Development of a general DLT adaptation framework for industrial environments.
- Case study on shared manufacturing to evaluate DLT communication and computation efficiency.
Main Results:
- DLT offers a viable solution for decentralized trust and traceability in manufacturing.
- A framework for DLT integration in manufacturing is proposed.
- Efficiency analysis of selected DLTs in wireless IoT networks for shared manufacturing.
Conclusions:
- DLT is a key enabler for intelligent and flexible manufacturing.
- The proposed framework facilitates DLT adoption in industrial settings.
- Further research is needed to optimize DLT performance in resource-constrained IoT environments.
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