An architecture for ERP interoperability based on blockchain
Αρχιτεκτονική διασύνδεσης συστημάτων ERP με χρήση της τεχνολογίας αλυσίδων μπλοκ
Master Thesis
Author
Lagoumitzis, Georgios
Λαγουμιτζής, Γεώργιος
Date
2024-09View/ Open
Keywords
Blockchain ; ERP ; Supply chain ; ERP interoperabilityAbstract
In the contemporary supply chain management landscape, achieving seamless interoperability between disparate ERP (Enterprise Resource Planning) systems poses significant challenges. This master thesis proposes an innovative architecture that leverages blockchain technology to facilitate ERP interoperability across multiple stakeholders within a supply chain. The core solution involves the development of a blockchain service layer, which is integrated atop existing ERP systems, ensuring secure, transparent, and immutable data exchange among all participating entities.
This thesis delineates the comprehensive design of the proposed architecture, detailing its components, interactions, and the underlying blockchain network where each supply chain stakeholder operates a node. Doing so enables real-time synchronization and validation of transactions across different ERP platforms, thus mitigating issues related to data inconsistency and enhancing overall operational efficiency.
To substantiate the feasibility and efficacy of this architecture, the thesis also includes the development and analysis of a simulated use case within the mock bread supply chain. This simulation demonstrates the practical application of the blockchain service layer, showcasing how it ensures accurate and reliable data sharing among suppliers, manufacturers, distributors, and retailers.
The findings of this research underscore the potential of blockchain technology to revolutionize supply chain interoperability, offering a scalable and robust solution that can be adapted across various industries. This architecture addresses current interoperability challenges and lays the groundwork for future advancements in ERP systems integration.