Ontology-Based Asset & Network Model
A single substation or pipeline segment is represented differently in the GIS, the asset management system and the SCADA historian, so answering "what do we know about this asset" means manually cross-referencing systems that were never built to agree.
What stands in the way
A single substation or pipeline segment is represented differently in the GIS, the asset management system and the SCADA historian, so answering "what do we know about this asset" means manually cross-referencing systems that were never built to agree.
How Scrydon solves it
An ontology models every asset and network connection as a single entity, mapped from GIS, EAM and historian data, so agents and operators reason over one consistent asset model.
How this plays out
The GIS knows a substation by its geographic asset ID, the EAM system tracks it under a maintenance asset number, and the SCADA historian logs its telemetry under yet another tag — three descriptions of the same physical asset that were never built to reference each other.
The ontology based data platform models every asset and network connection as a single entity mapped from all three systems, so an operator or agent asking what we know about this substation gets one consistent answer instead of manually cross-referencing GIS, EAM and historian records each time.
A unified, queryable asset and network model that replaces manual cross-referencing across disconnected systems.
See how this works for your organisation
Let's map this critical infrastructure use case onto your environment, your data and your sovereignty requirements.
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