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MARINFORSK-Marine ressurser og miljø

ERA-NET: BlueBio - Traceability and Quality Monitoring throughout the Fish Value Chain

Awarded: NOK 3.6 mill.

TraceMyFish aims to advance the supply system in three geographically distributed blue bioeconomy value chains by designing and implementing an iFishManagementSystem that will allow the tracking and tracing of safety and quality-critical information across the links of the targeted value chains. Moreover, the TraceMyFish iFMS will establish a secure, trust-enabled data infrastructure, which will collect, preprocess, and analyze data coming from innovative, portable sensing devices of different nature and modalities (spectral imaging, variegating IoT sensors) and inform specialized AI models and architecture that will enable timely risk prediction to different value chain actors. The examined fish products will carry smart barcodes that, in communication with the iFMS, will carry safety information related to each product and will allow stakeholders and consumers to access this information easily and reliably at any time. To realize its goals, TraceMyFish brings together highly experienced research and industrial partners, bringing their expertise in all different scientific and technical disciplines critical for the project: risk and quality assessment for fish products, food microbiology and nutritional analysis, development and testing of spectral devices, data management and processing, and machine learning and data science. Furthermore, and in order to maximize the impact of the project and its results, TraceMyFish will devise and implement a comprehensive plan comprising a wide variety of dissemination, communication and Human Capacity Building activities. These will allow the focused and organized outreach to stakeholders and the general public, strengthening their understanding of the importance of fish safety and showcasing the means to ensure it. Additionally, they will strongly inform and steer the TraceMyFish business plan, which will set the framework for exploiting and commercializing the TraceMyFish iFMS and its core components.

TraceMyFish har testet en prototype av et håndholdt mulltispektralt analyseinstrument (VideometerLite) som baserer seg på bildeanalyse ved ulike bølgelengder i området fra 365-850 nm (https://zenodo.org/records/7668268). Instrumentet er testet og validert for en rekke ulike kvalitetsparametere samt benyttet til å generere data for utvikling og validering av predikative modeller for å estimere ulike produkters kvalitet. Data fra prosjektet har bidrat til validering av prototypen (VideometerLite, versjon I og II) til Videometer AS (https://videometer.com/) med det resultatet at prototypen er nær kommersiallisering. I tillegg til utvikling av VideometerLite har data generert fra prosjektet resultert i ulike maskinlæringsmodeller skreddersydd for å predikere spesifikke kvalitetskriterier for ulike sjømatprodukter (Atlantisk laks, torsk, og Sea Bass/Sea Bream). Gjennom prosjektet har det også blitt utarbeidet en realistisk og handlingsrettet foretningsmodell for kvalitetsystemet som har blitt utviklet i prosjektet (https://zenodo.org/records/10156256)

TraceMyFish aims to advance supply system in three geographically distributed blue bioeconomy value chains, by designing and implementing an iFishManagementSystem (iFMS) that will allow the tracking and tracing of safety and quality-critical information across the links of the targeted value chains. Moreover, the TraceMyFish iFMS will establish a secure, trust-enabled data infrastructure, which will collect, preprocess and analyze data coming from innovative, portable sensing devices of different nature and modality (spectral imaging, variegating IoT sensors) and informing specialized AI models and architecture that will enable timely risk prediction to different value chain actors. The examined fish products will carry smart barcodes that, in communication with the iFMS, will carry safety information related to each product and will allow stakeholders and consumers to easily and reliably access this information at any time. To realize its goals, TraceMyFish brings together highly experienced research and industrial partners, bringing their expertise in all different scientific and technical disciplines critical for the project: risk and quality assessment for fish products, food microbiology and nutritional analysis, development and testing of spectral devices, data management and processing, and machine learning and data science. Furthermore, and in order to maximize the impact of the project and its results, TraceMyFish will devise and implement a comprehensive plan comprising a wide variety of dissemination, communication and Human Capacity Building activities. These will allow the focused and organized outreach to stakeholders and the general public, strengthening their understanding on the importance of fish safety and showcasing the means to ensure it. Additionally, they will strongly infoorm and steer the TraceMyFish business plan, which will set the framework for exploiting and commercializing the TraceMyFish iFMS and its core components.

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MARINFORSK-Marine ressurser og miljø