NEXT-
LEVEL
BUILDING
INSIGHTS
DECODING THE
BUILDING DNA
Our approach begins with deciphering the building's DNA. By unlocking essential spatial data, we can transform semi-structured and unstructured datasets into a coherent framework, providing a detailed understanding of the building's existing conditions.
Next, we focus on converting these datasets into intelligent models through meticulous classification and parameterization. This step ensures that all data is organized and actionable, enhancing the accuracy and usability of the information for further analysis.
BIM =
(3D + ∑IT + I) × N
Building Information Models (BIM) consist of a given number (n) of 3D elements to which a sum of information (i) per life cycle phase (t) is assigned and which have a programmed intelligence I.
The so-called smart properties are stored in an open, accessible and programmable format, ensuring seamless access for all subsequent trades, from planning and construction to property operation.
DATA CLASSIFICATION &
PARAMETERIZATION
Classifying datasets and parameterizing objects are crucial steps in making unstructured information usable. These processes convert semi-structured and unstructured data into organized, understandable, and actionable formats.
Through intelligent data classification and parameterization, we create a foundation for informed decision-making and significantly enhance efficiency at all stages of the building lifecycle.
SMART ANNOTATIONS &
TAGGING WORKFLOW
GEOBILITY's innovative platform stands out by offering a seamless integration of digital and physical realms through its advanced viewer, enhancing inspection, collaboration, and project oversight.
Our user-friendly virtual site visits enable teams to work with detailed as-built documentations with millimetre precision, revolutionising traditional surveying methods.
CONTEXTUAL
CLARITY &
DEEP INSIGHTS
Our tag/annotation workflow enables precise, context-rich annotations across all project views, from 2D plan views and GIS-oriented maps to immersive 3D visualizations showcasing point clouds, meshes, or parametric IFC models. Adhering to both GIS and BIM standards, particularly IFC properties, our structured approach to data management provides valuable context for all subsequent trades, ensuring clarity and coherence throughout the project lifecycle.
UNIFYING DIVERSE STAKEHOLDERS IN BUILT ENVIRONMENT MANAGEMENT
Across all sectors, we harmonize the diverse players in the built environment, allowing them to speak the same language of efficiency and quality. Our platform respects the unique needs of each sector, providing a common dataset that is versatile enough to meet specialized requirements.
Therefore we deliver a versatile platform that adapts to the unique needs of every role within the construction, engineering and property management sectors.
Ferdinand Weyrer Straße 9/3
6020 Innsbruck, AUSTRIA