Persistent identity for the physical structure beyond the model.

CAD and BIM environments already contain sophisticated references.

A BIM model can represent a building in extraordinary detail.

A CAD drawing can describe its design.

A digital twin can represent its current operating state.

A simulation can model future conditions.

PIID™ serves a different role.

It identifies the qualifying physical structure represented by those environments.

A BIM environment may contain thousands or millions of modeled objects.

A structure begins as an idea.

Then a design.

Then a coordinated model.

Then a construction project.

Eventually, it becomes a physical asset expected to operate for decades.

PIID™ creates a persistent reference capable of continuing across that transition.

Digital delivery increasingly creates rich information during design and construction.

Project handoff is one of the most important transitions in the infrastructure lifecycle.

As built information can provide important context at project completion.

But the structure does not remain frozen at handoff.

Common data environments help teams coordinate project information across disciplines and organizations.

But the platform supporting that collaboration may not remain in place for the life of the structure.

PIID™ provides an identity reference independent of the project collaboration environment.

Large projects can include multiple qualifying structures.

UMIP Structure Schedule™ is being developed to document each qualifying structure associated with a property through PIID™, location, geometry, and parcel relationship.

For CAD, BIM, and digital delivery workflows, Structure Schedule™ can create a clear bridge between project level representations and the permanent structures actually delivered.

Owners often receive large amounts of information at project completion.

The value of that information depends partly on whether it can remain associated with the correct physical structure after the project environment is gone.

PIID™ gives the owner a persistent structure reference that can continue into:

Once the project is complete, operational responsibility frequently moves into asset management, CMMS, EAM, and facilities environments.

Those systems may have no relationship to the software used during design and construction.

PIID™ provides a persistent structure identity capable of bridging those environments.

Facilities teams operate physical structures long after the original project team is gone.

A physical structure can undergo many projects during its life.

Digital twins and simulations increasingly build on information created during design and construction.

But the digital twin is still a representation of the physical asset.

PIID™ identifies the physical structure underneath it.

Lifecycle™ provides continuity through time.

CAD and BIM environments describe structures at extraordinary levels of detail.

GIS and mapping systems place those structures within broader geographic context.

PIID™ provides a persistent structure identity capable of connecting supported representations across those environments.

PIID Resolve™ can reconcile supported spatial references to persistent structure identity.

Architecture, engineering, and surveying create different but complementary representations of the same physical environment.

Survey establishes spatial context.

Architecture defines design intent.

Engineering defines technical systems and performance.

PIID™ gives supported disciplines a persistent structure reference that can continue beyond the individual project.

Construction transforms the model into the physical structure.

Once completed, the structure enters a lifecycle that can continue for generations.

PIID™ establishes a persistent physical asset reference capable of continuing beyond construction.

A structure can accumulate decades of:

A project may involve multiple models from multiple disciplines and providers.

Those models can retain their own internal identifiers.

PIID™ provides a persistent physical structure reference outside those model specific environments.

This creates another interoperability point among supported:

Technology environments evolve.

Artificial intelligence is increasingly being used across design, engineering, construction, document analysis, facilities, simulation, and digital twins.

AI systems can process enormous amounts of information.

But they still need to know when different records, models, and systems describe the same physical structure.

PIID™ provides persistent structure identity.

Lifecycle™ provides continuity through time.

AI can generate new designs, alternatives, scenarios, models, analyses, and recommendations.

The number of digital representations surrounding infrastructure will continue increasing.

That makes the distinction between representation and physical asset even more important.

PIID™ provides the persistent identity of the actual structure.

UMIP does not require design firms, engineering firms, contractors, owners, BIM providers, or technology companies to move their underlying models, files, or data into a central repository.

CAD, BIM, common data environment, and digital delivery providers can integrate PIID™ as a persistent physical structure reference within their existing platforms.

PIID™ can complement model specific and project specific identifiers without replacing them.

This can support continuity across:

PIID Resolve™ is designed for structured integration into design, construction, geospatial, owner, facilities, and enterprise technology environments.

CAD and BIM environments span organizations, disciplines, projects, owners, software platforms, jurisdictions, and decades of physical asset life.

GIIS™ establishes the governance framework supporting consistent Persistent Infrastructure Identity across those environments.

PIID™ provides the structure identity.

GIIS™ provides the governance foundation supporting its continuity.