Under the Microscope: BioIndustry 4.0 Enters Final Year Driving Digital Innovation in Biomanufacturing

2026, Apr 29

Under the Microscope: BioIndustry 4.0 Enters Final Year Driving Digital Innovation in Biomanufacturing

As the BioIndustry 4.0 project approaches its final phase, set to conclude on 31 December 2026, its impact on the digital transformation of industrial biotechnology is becoming increasingly evident. BioIndustry 4.0, a project called "RI services to promote deep digitalisation of Industrial Biotechnology - towards smart biomanufacturing", is a cutting-edge initiative perfecting advanced technologies to empower the European bioindustry sector, bringing together leading European Research Infrastructures.

Within this collaborative effort, MIRRI-ERIC has played a key role, represented by its partner University of Valencia, through the Spanish Type Culture Collection (UVEG-CECT), from the MIRRI-ES, the Spanish National Node of MIRRI-ERIC; and by KNAW (Royal Netherlands Academy of Arts and Sciences), a partnership from a prospective Member country of MIRRI-ERIC.

MIRRI-ERIC's contribution has focused on enhancing the digital exploitation of microbial biodiversity, reinforcing its strategic mission to support interoperability, ensure data quality, and improve access to microbial resources for both research and industrial applications.

 

Creating a data structure

A central component of this work has been carried out within Work Package 6 (WP6), "Digital tools to expand industrial exploitation of microbial biodiversity", led by DSMZ. This Work Package aimed to create a common data structure that enables interoperability across datasets held in different microbial culture collections, an essential step toward more efficient and integrated use of microbial resources.

One of the major achievements of WP6 has been the development of a new common data standard. This includes a shared data schema and robust validation procedures, ensuring consistency and reliability across collections. UVEG-CECT significantly contributed to this effort by enriching the dataset with new physiological data from CECT strains, information previously unavailable through the MIRRI-ERIC catalogue. This addition has strengthened the dataset's value for both industrial and scientific use.

 

Looking ahead

Importantly, the microbial data standard developed within the WP6 consortium builds upon the MIRRI-ERIC standard, further consolidating MIRRI-ERIC's role in shaping harmonised approaches to microbial data management. Looking ahead, MIRRI-ERIC aims to extend this work by engaging additional international culture collections, with the goal of establishing a globally recognised reference model for microbial data interoperability.

Beyond technical achievements, the BioIndustry 4.0 project has also fostered stronger collaboration and communication among culture collections. By promoting shared digital tools and common standards, it has reduced barriers to data exchange and enabled a more coordinated use of microbial biodiversity. These advances contribute to broader accessibility of microbial resources and support more effective partnerships between research and industry.

As the project enters its final year, its outcomes continue to support the transition towards smarter, more sustainable biomanufacturing, demonstrating the value of collaborative, infrastructure-driven innovation in Europe and beyond.

 

This text had the contribution of Adrián Vaello, Aurora Zuzuarregui, Laura Gomez, and Rosa Aznar (UVEG-CECT).

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