Speaker
Description
Digitalizing the forest supply chain is essential for building resilient value chains that can handle increasing regulatory and environmental complexity. However, implementation is currently hindered by fragmented systems and breaks in communication between harvesting, logistics, and processing. The lack of integration, which is often caused by proprietary data formats, undermines the digital continuity required for transparent operations and compliance with stringent mandates such as the EUDR and the Digital Product Passport (DPP).
To address these challenges, this study proposes an innovative approach to ensure interoperability using the international StanForD standard. The solution involves integrating robust Logscom colour-spray modules directly into harvester aggregates or the forwarder's stake grid. These modules automatically apply alphanumeric identification codes to the cross-cut section of the timber and creating a persistent physical-digital link. This mechanical application is designed for the harsh environments of forestry operations, ensuring resilience against weather and handling.
By linking machine-independent data, including georeferenced harvest locations, dimensions and species, to each unique log, the system enables seamless traceability. Upon arrival at the sawmill, the markings are captured via automated optical recognition, linking the physical material back to its digital twin. To guarantee maximum data integrity and proof of origin, selected datasets are secured via EBSI blockchain notarization. This end-to-end integration eliminates manual documentation errors, strengthens the resilience of the chain of custody and provides a scalable foundation for a sustainable, verified forest-based bioeconomy.
| Keywords | Digital Continuity; Resilience; DPP |
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