Digital Twins for Improved Construction - Get projects right virtually before construction begins.

Aeterna for Digital twin creates a virtual component using real-world data. In the built world, an actual structure can therefore be continuously analysed relative to its virtual counterpart (or twin) under varying conditions. Any testing, adjustments, and improvements can be applied virtually - making the actual impact of things like sustainability improvements clear well before the first brick is laid. The technology reduces the risk of costly, even fatal mistakes that can result from human analysis. It also enable a continuous workflow, unbound by time constraints or geography.

Digital Preservation and Cultural Heritage - Aeterna for Digital representations help preserve and protect heritage sites under increased threat.

Aeterna help preserve and restore heritage sites - which are under increased threat due to armed conflict and war, natural disasters, pollution, poaching, uncontrolled urbanization, and unchecked tourist development. It create (and store) digital models of these sites that capture their physical and functional characteristics, facilitate 3D visualizations, and simulate potential responses to specific conditions.

Precision within Construction Inspection - Aeterna for Assistive Reality increase the accuracy and efficiency of crucial inspections.

By creating an immersive platform for the real-time visualization of and interaction with digital-building models (potentially via 3D cameras), Aeterna for Assistive Reality speed up and sharpen building inspections. Integrating the metaverse with Aeterna, for example, provide dynamic, up-to-date representations of projects, and facilitate simulations and adjustments without requiring the physical presence of engineers or other specialists - who are increasingly in short supply. Engineers can leverage digital environments to perform the same work they would on-site, albeit faster and with greater precision, streamlining inspections and significantly reducing time and resource requirements, while minimizing the likelihood of costly errors. In effect, it is a more connected and innovative approach to construction - pushing the limits of what is achievable in building design, execution, and maintenance.

Assistive Reality for Sustainability - Digital modelling and simulation sharply reduce the environmental impact of construction.

The construction sector is responsible for roughly 40% of global, energy-related carbon emissions. Aeterna for Assistive Reality make critical related industry goals achievable - by enabling more sustainable construction practices, and fostering improved global collaboration. Aeterna for Assistive Reality provides comprehensive environmental analysis during the design phase, enabling more efficient use of natural resources and reducing energy usage. It enable the simulation of a building's carbon footprint long before construction begins, and spur efforts to reduce that footprint. The metaverse amplifies these capabilities by creating a virtual space where the ecological impacts of construction projects can be modelled, and facilitating the incorporation of more sustainable materials and methods that minimize waste.