Blockchain-Based Port Logistics Data Integrity Platform
- Project
- 21020 SOCFAI
- Type
- New system
- Description
In multi-party port logistics, data exchanged among terminal operators and logistics platforms is vulnerable to disputes when managed by a centralized system. Built on Hyperledger Fabric, this platform enables each stakeholder to independently record and verify logistics transactions across CFS/CY operations on a shared, tamper-proof ledger. Key differentiators: (1) equal, independent verification rights with no central authority; (2) ETRI-certified data confidentiality (TTAK.KO-10.1359); (3) production-ready with three registered software components and granted Korean patent (KR 10-2916863).
- Contact
- Jinhong Yang, INJE University
- jinhong@inje.ac.kr
- Research area(s)
- Blockchain, Port Logistics, Data Security
- Technical features
- Hyperledger Fabric network: 3 organizations, 9 peers, 47 Docker containers
- Supply chain chaincode: transaction recording, verification, and chain tracking
- RESTful API Gateway with organization-based authentication (registered: C-2025-041312)
- Blockchain engine for transaction recording and verification (registered: C-2025-041313)
- Web portal: block explorer, transaction tracking, organizational dashboards (registered: C-2025-041314)
- CouchDB rich query support for filtered transaction retrieval
- PostgreSQL synchronization for analytics and reporting
- Prometheus and Grafana monitoring stack
- ETRI-certified data confidentiality (TTAK.KO-10.1359, cert: ETRI-2025-3000-064)
- Integration constraints
- Docker containerized deployment on Linux server
- RESTful API interface with JSON payload format
- API key-based authentication per organization
- Network connectivity between peer nodes required
- Targeted customer(s)
- Port logistics operators managing CFS/CY operations
- Terminal operating system providers requiring tamper-proof audit trails
- Supply chain platform providers integrating multi-party data verification
- Conditions for reuse
Technology transfer through IP licensing from Inje University Industry-Academic Cooperation Foundation
- Confidentiality
- Public
- Publication date
- 11-06-2026
- Involved partners
- INJE University (KOR)