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Industries and Communities

ROTEKS — Industrial Partner / R&D Partner

ROTEKS is an industrial partner supporting TR2’s research and deployment activities in textile manufacturing, with a strong focus on quality control and production efficiency. The collaboration targets advanced inspection and sensing solutions for real-world textile processes, where variability in materials, surface texture and high-speed lines requires robust, repeatable measurement. Together, we work on validating AI-driven vision and multisensor approaches (RGB, 3D and spectral methods where relevant) to detect defects, deviations and process anomalies in-line. The partnership bridges R&D and industrial execution, enabling faster piloting, measurable QC improvements and scalable adoption across textile production environments.

FACTUM— Industrial Partner / R&D Partner

FACTUM is an industrial and R&D partner collaborating with TR2 on the development and validation of advanced quality control and sensing solutions for manufacturing environments. The partnership focuses on translating applied research into deployable inspection systems, combining FACTUM’s industrial expertise with TR2’s capabilities in computer vision, multisensor sensing and AI-driven analysis. Joint activities target reliable defect detection, process monitoring and data-driven QC optimization, with particular attention to robustness, repeatability and integration into existing production lines. The collaboration supports shared innovation, pilot deployments and the evolution of scalable solutions that deliver measurable improvements in quality, efficiency and operational control.

MOSI TEKSTIL— R&D Partner

ROTEKS is an industrial partner supporting TR2’s research and deployment activities in textile manufacturing, with a strong focus on quality control and production efficiency. The collaboration targets advanced inspection and sensing solutions for real-world textile processes, where variability in materials, surface texture and high-speed lines requires robust, repeatable measurement. Together, we work on validating AI-driven vision and multisensor approaches (RGB, 3D and spectral methods where relevant) to detect defects, deviations and process anomalies in-line. The partnership bridges R&D and industrial execution, enabling faster piloting, measurable QC improvements and scalable adoption across textile production environments.

ARKUS MILK —  R&D Partner

ARKUS MILK is an industrial and R&D partner collaborating with TR2 on the development of AI-based quality control solutions for dairy production. The partnership focuses on applying advanced sensing, computer vision and data analytics to monitor product quality, process consistency and hygiene across dairy processing lines. Joint activities include the validation of automated inspection systems, detection of quality deviations and support to data-driven process optimization. Through shared R&D and industrial pilots, the collaboration aims to translate research outcomes into scalable, reliable quality control solutions that enhance product safety, reduce waste and improve operational efficiency in dairy manufacturing.

COFRUITS — On-Premises Testing

COFRUITS collaborates with TR2 as an industrial partner for on-premises testing and validation of AI-based inspection and quality control solutions in fresh produce handling. Activities focus on real operational conditions, where variability in fruit appearance, surface defects and throughput requires robust sensing and computer vision. Tests are conducted directly on site to evaluate detection accuracy, system stability and integration with existing sorting and handling lines. This collaboration supports practical validation, performance benchmarking and refinement of inspection workflows prior to broader deployment.

COOPERATIVA FONTINA VDA — On-Premises Testing

Cooperativa Fontina VDA collaborates with TR2 as an industrial partner for the evaluation and validation of AI-based quality control solutions in dairy production, with a focus on traditional and PDO cheese processes such as Fontina. The collaboration targets on-site testing of sensing and inspection technologies to monitor product quality, surface integrity and process consistency under real production conditions. Activities support practical validation, performance assessment and the adaptation of AI-driven inspection systems to artisanal and semi-industrial dairy environments, ensuring reliability, traceability and compliance with quality standards.

AURORA — Sales Partner / Industrial & R&D Partner

Aurora collaborates with TR2 as a sales, industrial and R&D partner, supporting the commercialization and deployment of advanced sensing and AI-based inspection solutions. The partnership combines Aurora’s market access and business development capabilities with TR2’s technological expertise, enabling effective positioning of solutions across industrial sectors. Joint activities include go-to-market strategies, customer engagement, pilot projects and the adaptation of research outcomes into commercially viable products and services. This collaboration strengthens the link between innovation, industrial validation and scalable market adoption.

URBYETORBIT — Geospatial Partner

URBYETORBIT collaborates with TR2 as a geospatial partner, providing AI-enriched satellite data elaboration and geospatial intelligence services. The partnership focuses on integrating Earth observation data with TR2’s sensing and analytics capabilities to support large-scale monitoring, environmental assessment and spatial decision support. Joint activities include the fusion of satellite imagery with in-situ data, development of AI-driven geospatial analytics and validation of scalable solutions for applications ranging from environmental monitoring to infrastructure and territorial analysis.

ANAS — Geospatial & Infrastructure (SAR for Bridge Displacement) 

ANAS collaborates with TR2 within the geospatial and infrastructure domain, focusing on the application of Synthetic Aperture Radar (SAR) technologies for bridge displacement monitoring. Activities target the use of satellite-based SAR data and advanced analytics to detect structural movements, assess long-term deformation trends and support infrastructure safety and maintenance planning. The collaboration enables large-scale, non-invasive monitoring approaches that complement in-situ measurements, improving early detection capabilities and data-driven decision support for critical transport infrastructure. 

AGROAKTIVE — R&D Partner

Agroaktive collaborates with TR2 as an agrifarming and livestock partner, supporting the development and validation of sensing and AI-based solutions for agricultural and animal monitoring. The partnership focuses on real-field applications, including livestock tracking, pasture assessment and data-driven decision support under variable environmental and connectivity conditions. Joint activities enable on-site testing, pilot deployments and the adaptation of advanced sensing technologies to practical farm operations, supporting productivity, animal welfare and sustainable land management.

AGROINVEST —  R&D Partner

Agroinvest collaborates with TR2 as an agrifarming and livestock partner, contributing industrial insight and operational environments for the development and validation of AI-driven sensing and monitoring solutions. The partnership focuses on applying advanced analytics to livestock management, land use and agricultural operations, with attention to reliability in real field conditions. Joint activities include on-site testing, pilot deployments and performance evaluation, supporting the transition from research concepts to practical, scalable solutions that enhance efficiency, sustainability and decision-making in agrifarming and livestock systems.

BIOMILK — R&D Partner

BioMilk collaborates with TR2 as a dairy and livestock partner, supporting the development and validation of AI-based sensing and monitoring solutions for dairy farming operations. The partnership focuses on livestock health, production quality and operational efficiency, combining field data with advanced analytics to enable data-driven management. Joint activities include on-site testing, pilot deployments and performance evaluation, ensuring that research outcomes translate into practical, reliable solutions for dairy and livestock environments.

Unione dei Comuni Valcerrina — Climate-Resilient Communities

TR2 collaborates with the Unione dei Comuni Valcerrina as a technology supplier and project partner within initiatives focused on climate resilience and community adaptation, including the CLIMAAX framework. In this context, TR2 provides data-driven tools, sensing technologies and analytical support to assist local authorities in environmental monitoring, risk assessment and resilience planning. The collaboration supports the translation of climate intelligence into practical, evidence-based actions for territorial management and community-focused adaptation strategies.

European and National Consortiums

MIND4MACHINES — Consortium (Manufacturing)

MIND4MACHINES is a manufacturing-focused consortium dedicated to connecting machines, processes and people through technology-driven innovation. It supports the development, validation and dissemination of advanced industrial solutions, with emphasis on digitalization, interoperability and adoption in real production environments.

DREAM — Digital Resilient Europe for Advanced Manufacturing

DREAM is a European initiative focused on strengthening digital resilience in advanced manufacturing. In the dairy domain, activities target the application of AI for dairy process monitoring, supporting improved control, traceability and operational efficiency across production lines. The initiative promotes the adoption of data-driven technologies to enhance robustness, quality and adaptability in dairy manufacturing environments.

DIH4AI — Manufacturing (AI-Enriched Automated Quality Control)

DIH4AI is a European Digital Innovation Hub initiative focused on the adoption of artificial intelligence in manufacturing. Within this context, activities address AI-enriched automated quality control, supporting the integration of advanced inspection, sensing and data-driven analytics into industrial production processes. The initiative enables access to expertise, experimentation and validation frameworks that accelerate the deployment of reliable AI solutions for manufacturing quality and efficiency.

AIRISE.EU — Manufacturing

AIRISE.EU is a European initiative supporting the adoption of artificial intelligence in manufacturing. Activities focus on AI-enriched automated quality control, enabling companies to experiment with, validate and deploy advanced inspection and sensing solutions in real industrial environments. The initiative facilitates access to technical expertise, testing infrastructures and support services that accelerate the integration of reliable AI technologies into manufacturing processes.

RETURN — Blue Economy (Coastal Flooding Management)

RETURN is a project focused on coastal flooding management within the Blue Economy domain, addressing risk assessment, monitoring and decision support for vulnerable coastal areas. Activities support the development and application of data-driven tools and analytical methods to improve preparedness, resilience and response to flooding events.

Project cost: approximately €85,000
Contribution: approximately €50,000

MICS — Made in Italy Circolare e Sostenibile (Textile)

MICS is a project focused on circular and sustainable manufacturing within the textile sector, applying AI-driven technologies to textile waste management. Activities address waste classification, process optimization and data-driven decision support to improve material recovery, reduce environmental impact and support circular economy models in textile production.

Project cost: approximately €240,000
TR2 contribution: approximately €140,000

Regional and National Projects

VDA Smart&Start — AI for Manufacturing (Computer Vision)

Smart&Start is an initiative supporting the development and industrial adoption of AI for manufacturing. In this context, activities focus on computer vision for automated inspection and quality control, enabling reliable defect detection, process monitoring and data-driven production optimization.

Project cost: approximately €200,000
Contribution: approximately €150,000

Zona Franca Valle d’Aosta — GIS & Geospatial

This initiative supports the development and application of GIS and geospatial technologies for territorial analysis and data-driven decision support. Activities focus on spatial data processing, mapping and analytical tools to enhance monitoring, planning and operational insights.

Project cost: approximately €100,000
Contribution: approximately €50,000

Trentino Sviluppo — Computer Vision for Safety (Wearable Systems)

Wear-IT is a project focused on the development of wearable systems integrating computer vision technologies to enhance safety in operational and industrial environments. Activities address real-time monitoring, risk detection and decision support through AI-based visual analysis embedded in wearable devices.

Project cost: approximately €50,000
Contribution: approximately €33,000

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