GIS, Mapping and Geospatial Intelligence
Persistent identity for the physical structure behind spatial data.
GIS, mapping, imagery, building footprints, parcels, coordinates, and location intelligence provide extraordinary visibility into the physical world.
They tell systems where infrastructure exists.
They describe its geometry.
They establish spatial relationships.
GIS, Mapping and Geospatial Intelligence
Location tells you where. PIID™ tells you which persistent structure is there.
But location and geometry do not necessarily establish persistent identity for the physical structure being represented.
The spatial identity problem
The same structure can exist as many different spatial references.
A physical structure may appear as:
An address.
A parcel relationship.
A coordinate.
A point.
A polygon.
A building footprint.
An imagery feature.
A GIS object.
A proprietary provider identifier.
An enterprise system record.
All can represent the same physical structure without sharing a persistent identity for that structure.
PIID™ provides a common reference to the physical asset behind those spatial representations.
Different spatial references. Same physical structure. One persistent identity.
- Address
- Parcel
- Coordinates
- GIS object
- Geometry
Location is not identity
Spatial context and persistent identity solve different problems.
Address
Describes a location.
Coordinates
Identify a position.
Parcel
Describes land.
Building Footprint
Describes structure geometry.
GIS Object
Represents the asset within a spatial system.
PIID™
Persistently identifies the physical structure itself.
Each reference remains useful.
PIID™ adds the identity layer connecting supported references to the same physical structure.
Position. Geometry. Context. Identity.
ADDRESS
Location
PARCEL
Land
COORDINATES
Position
BUILDING FOOTPRINT
Geometry
PIID™
Persistent Structure Identity
The physical structure as the reference
Give spatial information a persistent asset anchor.
Geospatial systems are designed around location.
Persistent Infrastructure Identity adds another dimension.
The physical structure becomes a persistent entity that can remain identifiable even as:
Geometry is updated.
Imagery is refreshed.
Coordinates improve.
Parcel boundaries change.
Provider datasets evolve.
GIS systems are replaced.
Enterprise applications change.
Spatial representations can evolve. Structure identity persists.
Optional Parcel Geometry Enrichment
Add land context without confusing land with the structure.
A parcel and a physical structure are different spatial objects.
Optional Parcel Geometry Enrichment can add supported land context where required.
This can include:
Parcel Boundary
Parcel Centroid
Parcel Area
Parcel ID or APN
Supported Geometry Source
Structure to Parcel Context
The structure footprint remains distinct from the parcel boundary.
Know the land. Know the structure. Keep the references distinct.
PIID Resolve™
Resolve spatial references to the physical structure itself.
PIID Resolve™ identifies, validates, and resolves supported references to Persistent Infrastructure Identity.
Supported inputs can include:
Normalized Address
Parcel
PIID™
Coordinates
Geometry
Supported Source Reference
This allows geospatial systems to move from a spatial reference to a persistent structure identity.
Submit the reference. Resolve the structure. Return persistent identity.
PIID Resolve™From geometry to identity
A polygon becomes more useful when the asset behind it is known.
Traditional building footprint data answers an important question:
Where is the building and what geometry represents it?
PIID™ adds another question:
Which persistent physical structure does this geometry represent?
Connecting those two concepts creates identity resolved geometry.
The geometry provides spatial representation.
PIID™ provides persistent asset identity.
Geometry describes the structure. PIID™ identifies it.
Geometry through time
Geometry can change without creating a new physical identity.
Physical structures evolve.
Additions are constructed.
Geometry is corrected.
Imagery improves.
Footprints are redrawn.
Data providers update their models.
Spatial accuracy improves.
Those changes should not automatically require the physical structure to become a different identity.
PIID™ provides continuity beneath the evolving spatial representation.
Geometry can evolve.Structure identity persists.
GIS platforms
Add persistent structure identity to spatial layers.
GIS environments can contain thousands of layers representing the built environment.
Parcels.
Addresses.
Buildings.
Permits.
Utilities.
Transportation.
Planning.
Risk.
Inspections.
Emergency information.
Environmental data.
Property records.
PIID™ provides supported GIS environments with a persistent structure reference around which those layers can coordinate.
One physical structure across multiple spatial layers.
Mapping platforms
Connect the location on the map to the physical asset.
Mapping environments frequently begin with:
Addresses.
Coordinates.
Points.
Polygons.
Places.
Locations.
PIID™ provides a structure identity behind those spatial references.
This allows supported mapping systems to distinguish between finding a location and persistently identifying the physical structure at that location.
The map shows where. PIID™ establishes which structure.
Building footprint providers
Add persistent identity to building geometry.
Building footprint providers create valuable representations of physical structures.
PIID™ can complement those datasets by adding a persistent structure identity to supported building geometry.
Providers can retain:
Their existing geometries.
Their source identifiers.
Their proprietary attributes.
Their data models.
Their licensing structures.
Their customer relationships.
PIID™ provides an additional structure reference.
Your geometry remains your geometry. PIID™ identifies the physical structure it represents.
Aerial imagery and remote sensing
Observe change without losing the identity of what changed.
Aerial imagery, satellite imagery, remote sensing, and computer vision increasingly reveal changes across the built environment.
New construction.
Roof changes.
Damage.
Expansion.
Demolition.
Environmental conditions.
Development.
Physical deterioration.
PIID™ provides persistent structure identity around which supported observations can remain associated with the same physical asset through time.
See what changed while preserving the identity of what changed.
Change detection
Change should update context, not automatically reset identity.
Geospatial systems increasingly detect physical changes automatically.
When imagery or geometry changes, systems need to distinguish between:
A better representation of the same structure.
A modification to an existing structure.
A newly constructed structure.
A removed structure.
A different physical asset.
Persistent identity provides another reference for maintaining that distinction.
Detect the change. Preserve the asset context.
Government GIS
One structure identity across public spatial systems.
Government agencies frequently maintain separate environments for:
Parcels.
Addresses.
Permitting.
Planning.
Inspections.
Code enforcement.
Emergency management.
Public works.
Property administration.
Utilities.
GIS.
Those systems can retain their existing functions and identifiers.
PIID™ provides a persistent way for supported environments to reference the same physical structure.
Different public systems. Same structure. One persistent identity.
GovernmentUtilities
Connect service geography to the structures being served.
Utility environments rely heavily on GIS.
Service territories.
Meters.
Accounts.
Network infrastructure.
Service locations.
Coordinates.
Properties.
Facilities.
Those references remain important.
PIID™ provides persistent structure identity that can complement them.
A service location is not always a structure identity.
UtilitiesTelecommunications
Resolve service locations to physical structures.
Telecommunications networks use addresses, service locations, coordinates, network records, GIS, and internal identifiers.
PIID™ provides a persistent structure reference across supported broadband, fiber, fixed wireless, network planning, deployment, and service environments.
Networks connect locations. PIID™ identifies the structures at those locations.
TelecommunicationsInsurance and catastrophe risk
Connect modeled exposure to the correct physical structure.
Insurance and catastrophe environments depend heavily on spatial accuracy.
Building footprints.
Coordinates.
Hazard layers.
Imagery.
Property information.
Exposure models.
PIID™ adds persistent structure identity beneath those spatial relationships.
PIID Resolve™ can reconcile supported references across property, risk, insurance, and geospatial systems.
Model the risk. Preserve the identity of the structure exposed to it.
Emergency management
Maintain the same structure reference through the event lifecycle.
During emergencies, multiple organizations may reference the same physical asset.
GIS teams.
Emergency operations.
Responders.
Insurers.
Government agencies.
Damage assessment teams.
Recovery organizations.
PIID™ provides a persistent structure reference capable of continuing before, during, and after the event.
Before the event. During the event. After the event. Same structure identity.
Emergency ResponseSmart cities
Connected cities need persistent spatial identity.
Smart city environments combine:
GIS.
Planning.
Utilities.
Permitting.
Emergency management.
Energy.
Telecommunications.
Transportation.
Digital twins.
Artificial intelligence.
Urban analytics.
PIID™ provides supported systems with a consistent reference to the physical structures those environments share.
One city. Many systems. One persistent structure identity.
Smart CitiesCAD, BIM and digital delivery
Connect detailed models to the broader physical environment.
CAD and BIM environments create detailed representations of individual structures.
GIS places those assets within larger geographic context.
PIID™ provides a persistent structure identity capable of connecting supported representations across those environments.
BIM describes the asset. GIS locates the asset. PIID™ persistently identifies the asset.
CAD, BIM and Digital DeliveryAsset management and CMMS
Connect operational systems to persistent spatial context.
CMMS and asset management platforms frequently integrate with GIS to understand where facilities and operational assets exist.
PIID Resolve™ can connect supported operational references to structure identity.
This provides a consistent relationship among:
CMMS
GIS
Building Geometry
Property Context
Physical Structure
PIID™
Operations manage the work. GIS locates the asset. PIID™ identifies the structure.
Asset Management and CMMSDigital twins and simulation
Give digital environments a persistent physical reference.
Digital twins and simulations depend heavily on location and geometry.
But geometry alone does not create persistent physical asset identity.
PIID™ identifies the actual structure behind the digital representation.
Lifecycle™ provides continuity through time.
Digital representations change. Physical asset identity should persist.
Lifecycle™Digital Twins and SimulationArtificial intelligence
Geospatial AI needs persistent physical asset context.
AI increasingly analyzes:
Imagery.
Maps.
Geometry.
Property data.
Risk information.
Documents.
Events.
Enterprise records.
Digital twins.
Without persistent identity, intelligent systems may repeatedly need to determine whether different spatial references describe the same physical structure.
PIID™ provides a consistent structure reference.
Persistent identity creates persistent spatial context for machines.
Computer vision and machine generated geometry
Automated detection increases the need for persistent identity.
Computer vision can increasingly identify buildings, physical changes, roof characteristics, damage, construction, and other spatial features automatically.
As machines generate more observations and geometry, the need to know which physical asset those outputs describe becomes more important.
PIID™ provides a persistent structure reference beneath machine generated spatial intelligence.
More observations should create more intelligence, not more identity ambiguity.
Data quality and entity resolution
Resolve the asset before ambiguity moves downstream.
Geospatial environments routinely confront questions such as:
Does this polygon represent the same building?
Which structure on this parcel is being referenced?
Does this coordinate belong to the building or the property?
Are two providers describing the same physical asset?
Did the structure change or did only the geometry change?
PIID™ can support:
Entity Resolution
Geometry Reconciliation
Address Normalization
Cross Source Alignment
Record Matching
Deduplication
Portfolio Resolution
Historical Continuity
Better structure identity creates better spatial context.
Cross provider interoperability
Different geospatial providers can retain their own representations.
One provider may have one footprint.
Another may maintain another.
A government source may maintain parcel geometry.
An imagery company may observe the structure differently.
An enterprise customer may maintain another spatial representation.
Those systems do not need to collapse into one dataset.
PIID™ provides a persistent reference to the physical structure behind supported representations.
Different providers. Different geometry. Same physical asset.
Cross system interoperability
Shared coordinates are not the same as shared identity.
Two systems can agree on location while maintaining different identifiers for the physical structure.
PIID™ adds the persistent structure reference.
Existing systems can retain:
Their GIS objects.
Their property IDs.
Their source keys.
Their geometry.
Their data environments.
PIID™ provides the common physical asset identity through which supported systems can coordinate.
Same location. Same structure. Same persistent reference.
Data providers
Add identity without surrendering your data architecture.
Geospatial providers do not need to transfer ownership of their datasets or replace their proprietary identifiers to work with PIID™.
Providers retain their:
Data.
Geometry.
Source systems.
Identifiers.
Licensing models.
Customer relationships.
PIID™ provides a persistent structure reference that can complement those assets.
Your data remains your data. PIID™ provides the structure identity.
Data control
Connection does not require centralization.
UMIP does not require GIS providers, mapping companies, government agencies, enterprise customers, or spatial data partners to migrate all underlying information into one central repository.
Existing systems remain.
Existing identifiers remain.
Provider datasets remain within their respective environments.
PIID™ provides the persistent structure reference through which supported information can coordinate.
Persistent identity without mandatory data centralization.
Enterprise delivery
Identity and geometry delivered together.
PIID Resolve™ is designed for structured enterprise integration.
Supported JSON responses can provide:
PIID™
Verification Context
Registry Context
Structure Context
Building Footprint Geometry
Structure Centroid
Footprint Area
Property Context
Supported Source References
Optional Parcel Geometry Context
Supported file based delivery can also accommodate applicable enterprise exchange workflows.
Integration environments can include:
GIS platforms.
Mapping systems.
Location intelligence.
Property platforms.
Risk systems.
Government applications.
Utility systems.
Digital twins.
Data platforms.
Artificial intelligence.
API delivered. Machine readable. Built for integration at scale.
GIS and mapping technology providers
Add persistent structure identity to the platforms customers already use.
GIS, mapping, geospatial, imagery, and location intelligence providers can integrate PIID™ as a persistent structure reference within existing applications.
PIID™ can complement provider specific geometry and identifiers without replacing them.
This can support continuity across:
Customer Data
Property Intelligence
Government GIS
Risk Applications
Utilities
Telecommunications
Digital Twins
Enterprise Systems
Artificial Intelligence
Give spatial intelligence a physical asset identity that exists beyond the spatial representation.
Built on UMIP
Persistent identity for the physical structure behind the map.
PIID™
Provides persistent identity for the physical structure.
PIID Resolve™
Resolves supported spatial, property, and source references to persistent structure identity.
Lifecycle™
Maintains continuity around structure identity through time.
UMIP Registry™
Maintains persistent infrastructure identity and supported registry context.
UMIP Registry™UMIP Structure Schedule™
Documents qualifying structures within complex properties.
UMIP Structure Schedule™Coming Soon
In development
Governed by GIIS™
Persistent spatial identity requires consistent rules.
GIS and mapping environments span providers, governments, enterprises, industries, jurisdictions, and generations of technology.
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.
Identity establishes the reference. Governance protects its continuity.
At scale
Persistent identity for the structures already represented across the map.
- 189M+PIIDs Registered Across the United States
The world does not lack maps.
It does not lack coordinates.
It does not lack imagery.
It does not lack geometry.
The missing layer is persistent identity for the physical structures those systems represent.
Location → Geometry → Identity → Interoperability → Connected Infrastructure Intelligence
GIS, Mapping and Geospatial Intelligence
Know where it is. Know which structure it is.Keep the identity connected.
GIS tells us where infrastructure exists.
Mapping makes it discoverable.
Geometry describes its physical form.
Imagery shows how it changes.
PIID™ provides persistent identity for the physical structure itself.
Together, they create a stronger foundation for spatial systems, enterprise platforms, digital twins, analytics, automation, and artificial intelligence to reference the same physical asset consistently.
Location tells you where.PIID™ tells you which persistent structure is there.
Related
Resolve physical structures to persistent infrastructure identities. PIID Resolve™ identifies, validates, and resolves structures from addresses, parcels, coordinates, geometry, and supported source records.