A multi-layered façade system ensures long-term, low-maintenance use. To offer the customer a maintenance service that is optimised and target-oriented, the conditions of the glass elements are continuously monitored. The acquisition of temperature, humidity and air pressure values also enables weather data to be recorded in detail for facility management. The shared use of measurement data by users, operators, product manufacturers and consultants is a typical use case for the development and management of a collaborative digital twin. This use case allows the development of the fundamental platform features (hardware connectivity, rights management, data safety and security), the integration of specific algorithmic analysis and the implementation of AR technologies (visualisation using a 3D model, remote access for maintenance support). The hardware infrastructure required will be implemented based on existing technologies.

Inspections will be in the form remote inspections of the welding seams using a precise digital twin. All information relating to planned and actual geometry, base material, tools and machines used, settings as well as measurement and scan data are provided for better inspection and complete documentation. This Use Case also investigates the capabilities of new computer vision technologies for applications under difficult operating conditions performing demanding quality assurance tasks.

The use of AR technology in safety goggles will enable users to find their way around the construction site. It will also provide additional information that is currently documented and communicated on drawings. A gridshell construction will be used to demonstrate a process chain from assembly planning and logistics to assembly support. Assembly personnel will be able to see installation sequences and identify and localise correct parts and tools. Furthermore, they can document various work steps, such as verifying the correct component position or correct tightening torques of bolts.