Data as the Digital Heartbeat: Transparency and Value Creation in the Modern Value Chain

Join Patrick Mosegård from Bolia sharing how the implementation of RFID technology is set to transform their supply chain operations. By integrating RFID tags, Bolia gains near real-time visibility across their supply chain—especially within transportation—enabling faster, more accurate scanning while significantly reducing manual checks and human error.

This increased level of transparency allows for end-to-end product traceability, from production all the way to final delivery. The result? Greater operational efficiency, improved order accuracy, and a more seamless customer experience. Learn how Bolia is leveraging RFID not only to streamline internal processes but also to build customer trust and drive long-term loyalty through enhanced reliability and responsiveness.

As the European Union drives adoption of the Digital Product Passport (DPP) to promote sustainability and the circular economy, companies across industries are evaluating how best to comply. For BoardPusher, a custom skateboard platform, the challenge was to find a solution that could both meet evolving regulatory requirements and enhance the rider experience.

While QR codes may suit some products, they fall short when durability, secure authentication, and seamless interaction are essential. That’s where NFC technology steps in. In partnership with Identiv, BoardPusher is integrating NFC tags directly into its skateboards, making each board smart, traceable, and uniquely interactive.

With the NFC Digital Product Passport (NDPP), BoardPusher can now offer customers the ability to tap their phones to authenticate their board, access detailed specs, or even transfer ownership. Behind the scenes, this same technology allows the company to track materials, repairs, and recycling efforts—streamlining compliance while doubling down on sustainability.

This session will explore how BoardPusher is leveraging NDPP to lead innovation in a traditional analog industry, offering a real-world look at the intersection of tech, traceability, and the circular economy. Discover how skateboards—and potentially your products—can become part of the connected, sustainable future.

Join Michele Colli presenting examples of how and where AI is going to be adopted as a competitive lever in the factory, boosting production capacity and reducing costs by innovating production operations.

How can real-time data from the shop floor become a catalyst for sustainable industrial practices? In collaboration with the Danish Industry Foundation, DI Production, the Association of Marine Engineers, and Aalborg and Aarhus Universities, FORCE Technology has launched a new 3-year initiative. The project aims to leverage high-frequency quality data to strengthen sustainability efforts and documentation in manufacturing. In this session, you’ll gain insight into the project’s ambitions, its practical goals, and how it seeks to pave the way for data-driven sustainability in Danish industry.

Discover how one of Canada’s largest hospital complexes, CHUM (Centre hospitalier de l’Université de Montréal), is redefining healthcare logistics with cutting-edge RFID technology. Managing over 80,000 inventory items and $100M in medical supplies, CHUM has rolled out an RFID-enabled two-bin Kanban system integrated with Tecsys to transform its supply chain operations.

This session will take you inside CHUM’s large-scale digital transformation—covering 1.8 million replenishment lines across 250,000 m²—where automation has led to:

• 100% elimination of manual data entry
• 90% reduction in emergency orders
• Up to 35% fewer process steps

By shifting logistics tasks away from clinical staff, CHUM has increased efficiency, improved data integrity, and freed up more time for direct patient care.
Join this session to see what’s possible when IoT, RFID, and healthcare logistics meet real-time data—and how it could apply to your organization.

Last year, we introduced the vision behind the Region of Southern Denmark’s decision to adopt Bluetooth Low Energy (BLE) technology as the foundation for Real-Time Location Services (RTLS) at the new Odense University Hospital (OUH) — setting a new direction apart from the traditional RFID-based systems used in other Danish super hospitals.

This year, we return with an update from the field: sharing key experiences from the implementation phase, the challenges encountered, and the first operational insights gained from bringing BLE-based tracking and location services into a complex hospital environment. Join “name”, “title” at OUH, as he/she/they reflects on the strengths and limitations observed so far, the role of RTLS in supporting hospital workflows, and the evolving strategy as OUH moves closer to full-scale operation. This session offers valuable lessons for healthcare project leaders, IT architects, and decision-makers exploring modern RTLS solutions and digital infrastructure in healthcare

At Nytt Sykehus Drammen, Maria Vu has developed a method introducing risk-based assessment for the implementation of RFID in hospitals. Electromagnetic compliance, hardware utilisation, and infrastructure density all pose challenges when designing an RFID infrastructure.How do you plan and prioritise in an environment where RFID must not affect clinical outcomes, while also aiming for a high level of automated data capture? Maria Vu will introduce us to the tracking concepts used at Nytt Sykehus Drammen. This includes the methods used to avoid introducing electromagnetic compatibility (EMC) issues and at the same time capturing sufficient amounts of RFID data

The life science sector is evolving rapidly—driven by technological innovation, regulatory shifts, and increasing global demand. FORCE Technology continuously monitor the Danish life science landscape to stay ahead of emerging trends and challenges.

In both 2020 and 2023 comprehensive market surveys were conducted to identify the most pressing technological hurdles facing the industry. This session presents key findings and industry-driven insights, exploring what’s shaping the sector today.

What are the core challenges impacting life science companies? What strategic initiatives are being implemented? And where does the industry see the greatest potential for innovation and growth? Join us for a data-driven deep dive into the state of life science—designed to inform, inspire, and guide professionals navigating this critical sector.

In light of growing concerns about Europe’s reliance on American tech giants, the need for a stronger, more autonomous digital infrastructure has become increasingly urgent. In this talk, Lea Schick will present the core elements of the European Data Strategy, which aims to unlock the potential of data while safeguarding sovereignty and trust.She will explore the vision of creating a unified European data market and outline the key initiatives, legislations and projects paving the way for interoperable, secure, and fair data sharing through Data Spaces.

Alexandre Alapetite shares experiences from the “Data Mapper” project with KL & Open Data DK. Possibly including other relevant projects.

With the new capabilities in 5G, more strict demands to the connection can be fulfilled also wirelessly. This enables more advanced use-cases come to life such as remotely controlled robots, drones flying BVLOS and higher degree of safety. Via examples, this talk will also illustrate the commercial value of applying 5G in various domains.

Wrap up the day with key reflections and engaging in dynamic networking