What happened
During the event
For two days, the focus was fully on digitalisation in the process industries. The discussions were not about distant visions but about how companies today manage complexity, use standards and implement solutions step by step. Experts, users, integrators and technology providers came together to exchange their experiences and learn from each other.
Insights
& Recap
The first day was dedicated to perspectives from the industry. Speakers explained how they approach topics like device management, data transparency and digital twins in their daily work. It became clear that there is no simple solution. Every company has its own challenges and priorities. But there was also agreement on one point: collaboration across industries is necessary to make progress.
On the second day, the focus shifted to practical examples. Several demonstrators showed how data flows from engineering to operations, how device management can be simplified and how digital calibration certificates work in practice. These were not concepts for the future but solutions ready for use. Participants could see how standards like the Asset Administration Shell are applied to real problems.
Throughout both days, the message remained the same. Digitalisation is not a question of technology alone. It requires people who understand where value can be created and who are willing to work together to solve the gaps that still exist.
Demonstrators
on site
Digital calibration certificates integrated into existing systems and processes
Device management solutions supporting the entire lifecycle from commissioning to decommissioning
Automated engineering workflows linking design, as-built documentation and operations
Asset Administration Shells applied to real-world examples in process industries
Digital twins supporting lifecycle management and providing consistent data for operations
Secure and efficient data exchange between companies to support collaboration and compliance
Each demonstrator showed that these technologies are no longer future visions. They are ready to use, scalable and capable of delivering measurable benefits today. The examples made it clear that collaboration remains essential to bring these solutions into daily practice and unlock their full potential.
Content that
was discussed
Digital Twins and AAS
Several presentations and demonstrators focused on the role of Asset Administration Shells for building and maintaining digital twins. The discussions showed how structured, standardised digital representations can help manage device information over the entire lifecycle. From initial commissioning to updates, calibration and maintenance, AAS provides a consistent data structure that simplifies data handling within companies and across supply chains.
Engineering to Operations Data Continuity
Data continuity was a recurring theme. Several examples showed how structured data, created during engineering, can support operations without duplication or loss of information. Demonstrators highlighted how automated documentation, control loop checks and maintenance instructions can build on existing data structures, avoiding manual work and errors. This continuity allows companies to maintain a clear view of assets and processes throughout their lifecycle.
Digital Calibration Certificates
Calibration processes are still often dominated by manual work, PDFs and handwritten records. Demonstrators showed how digital calibration certificates help standardise and automate this work. Digital certificates reduce time, avoid redundant steps and provide a secure and traceable foundation for regulated industries. They integrate easily with modern data structures and offer direct benefits in efficiency and quality.
Device Management Across Companies
Managing devices throughout their lifecycle remains a complex task. Demonstrators presented solutions for onboarding, managing and updating devices using shared data structures and collaborative approaches. The presentations showed how device management does not end at commissioning but continues through maintenance, updates and end-of-life. A centralised approach helps to maintain transparency and ensure security.
Software Defined Automation
Automation is shifting from fixed hardware configurations to more flexible, software-based solutions. Presentations showed how industrial control can be provided as a service, with systems designed for easy deployment, scaling and maintenance. This flexibility supports plants in adapting to changing requirements without heavy infrastructure changes. Examples included modular architectures and new platforms supporting agile automation.
Continuous Plant Engineering
Several contributions focused on engineering processes and how to automate repetitive tasks. Demonstrators showed how data flows from engineering tools into operational systems, supporting as-built documentation and control logic verification. This approach reduces errors and rework, speeds up commissioning and ensures that operational data reflects the reality of the plant configuration.
Regulatory Requirements and Data Readiness
Upcoming regulations, such as digital product passports, are already shaping how companies think about their data. Presentations highlighted the need to prepare systems and processes to deliver reliable, structured data to customers and partners. Companies explained how they adapt their processes today to stay ahead of future requirements, ensuring transparency and traceability from raw materials to end products.
Collaboration Across Stakeholders
Throughout the event, the importance of collaboration was clear. Digitalisation affects users, integrators, manufacturers and service providers alike. The event showed examples where shared approaches, standards and aligned data structures enable collaboration beyond company boundaries. Success depends not on isolated solutions but on ecosystems working together on common foundations.