Every important asset should have information that the organisation can trust and use. That is the bridge between legacy infrastructure and digital asset management.

The Owner may know what information is needed. But who makes sure the project delivers it? This is where Exchange Information Requirements (EIR) become critical.

The right asset information gives Owners and Infrastructure Authorities the confidence to make better operational, maintenance and investment decisions.

Facilities Management is often viewed as something that begins when a building is completed. The construction team finishes the project. The keys are handed over. The Facilities Management team takes responsibility. Maintenance requests begin arriving. But by then, many of the decisions that determine the facility's operational performance have already been made.

An Asset Owner that invests heavily in physical infrastructure but fails to define and assure the information required to manage it is leaving a significant part of that investment unprotected.

Asset performance does not begin when a facility is occupied. It begins with the Asset Owner.

This is the university campus data gap: the structured, CMMS-importable asset information that maintenance planners, facilities managers, and compliance teams need to run and account for every building in the estate is routinely missing at the moment it is most needed - and most cheaply corrected.

Designers, contractors, and asset owners have all wanted a common format capable of transferring roads, railways, bridges, ports, and utilities between applications without losing information or fidelity

For many asset owners and facilities teams, IFC models are still perceived as a handover artifact—a snapshot frozen at Practical Completion, archived, and rarely revisited. This mindset significantly underutilises the value of IFC during the Operations stage, where accurate, trusted information delivers the greatest return on investment. As facilities become more data-driven and IWMS platforms mature, IFC models are increasingly repositioned as controlled reference models tha