Why We're Now at the Standards Table: Jürgen Hahn Joins the Austrian Standards Committee 084
MovingLayers supports infrastructure providers, network operators, and utilities along the entire geodata value chain – from field data capture through the geodatabase to AI-powered analysis. In exactly these projects, the same finding emerges that we also championed at AGIT 2026 in Salzburg and BIM Lake 2026 on Lake Constance: the integration of GIS and BIM rarely fails because of the tools. It fails because of missing shared data models and open standards.
This is precisely where standardisation work begins – and precisely where Dr. Jürgen Hahn has been active since June 2026 as a new member of Austrian Standards Committee 084 “Geoinformation and Surveying”. For us, this is not a side stage but the logical continuation of the same question we work on with network operators, in permit planning, and in the product – now one level deeper, where the data foundations themselves are defined.
What Committee 084 Actually Negotiates
The committee standardises the spatial foundations of geographic information systems as well as surveying – from terminology and measurement methods to accuracy requirements. What matters is the shift in content over the past three decades: where symbol and notation keys for classic plan production once stood at the centre, the focus today is on data modelling, data description (metadata), data quality, the exchange of geodata, and digital services (web services) along with their interfaces.
These are exactly the topics that decide whether integration succeeds or fails. A protected-area layer, a BIM structural model, and an operator's network inventory can only be reliably brought together if the semantics, structure, and quality of the data are defined in advance – not renegotiated within each project.
Why This Matters for Infrastructure and Utilities
For network operators and utilities, this is not an academic question. Asset data sits in the CAFM system, inspection data comes from the field, and risk assessments and permit reviews require reconciling multiple sources – often by hand, across system boundaries. This is exactly where we work: in reference projects such as TNG (Transnet) and 50Hertz, we bring geodata management, field data capture, and prediction together from a single source, and in permit planning for energy, telecommunications, and utility infrastructure, we analyse route alignments, affected parties, and protected-area conflicts.
But it only becomes reliably automatable once the underlying geodata are comparable across domains – across surveying, construction (BIM), transport, energy, telecommunications, and the supply and disposal sector. The committee's business plan states this unmistakably: the rapid technical developments – from the digital twin through BIM to mobile capture – “absolutely require standardised interfaces for data, services, and processes”, and as connectivity increases, so does the need for quality assurance, harmonisation, and comparability of data. For infrastructure providers, this means concretely: only when planning, surveying, operation, and authorities work from a jointly defined data basis can review and permit processes be reliably accelerated.
“Standardisation is not an end in itself. It is the quiet infrastructure without which harmonisation between BIM and GIS – and automation in the geodata domain – cannot function reliably.”
– Dr. Jürgen Hahn, Managing Director, MovingLayers
Embedded in the European Framework
National standardisation in geoinformation does not stand alone. It is embedded in the technical specifications of the Open Geospatial Consortium (OGC) and the standards of ISO/TC 211, which are adopted into the European and Austrian body of standards via the Vienna Agreement and CEN/TC 287. Added to this are the relevant EU directives – INSPIRE, Open Data/PSI, Environmental Information – as well as the European data strategy with its sectoral data spaces, including energy, mobility, and public administration.
Standards form the foundation on which these requirements can be implemented in Austria at all. Those who contribute here bring Austrian application practice into a process that reaches far beyond national borders – and, conversely, secure the knowledge transfer back into their own work.
What We Bring – and What We Take Away
MovingLayers works daily at the point where geodata from field capture, database, domain application, and operator knowledge converge – for infrastructure providers, network operators, and utilities. This practical experience, of what really works in GIS-BIM integration and where it gets stuck, now flows into the standardisation work. Conversely, participation in the committee sharpens our understanding of where data models, interfaces, and quality requirements are heading – and thus also what our customers should prepare for in the years ahead.
