Ports, Rail and Logistics
Persistent structure identity for the physical infrastructure supporting the movement of goods.
Ports, intermodal terminals, rail facilities, warehouses, distribution centers, cargo facilities, maintenance buildings, operations structures, and logistics campuses operate through complex networks of physical infrastructure, GIS, facilities systems, engineering environments, utilities, risk platforms, capital programs, and enterprise technology.
Those environments can reference the same physical structures differently.
PIID™ gives each qualifying physical structure a persistent identity that can remain consistent across operators, systems, capital programs, ownership transitions, modernization, and time.
Ports, Rail and Logistics Infrastructure
Goods move. Infrastructure persists. Its identity should too.
PIID™ gives each qualifying physical structure a persistent identity that can remain consistent across operators, systems, capital programs, ownership transitions, modernization, and time.
The Infrastructure Identity Problem
Freight networks move constantly.Physical structures remain.
Ports and logistics environments may reference infrastructure through:
Terminal identifiers.
Facility codes.
Addresses.
Parcel identifiers.
Coordinates.
GIS objects.
Warehouse numbers.
Engineering references.
Construction project identifiers.
Maintenance systems.
Property systems.
Operator identifiers.
Enterprise system keys.
Each reference can be useful within the system that created it.
But those references do not necessarily provide one persistent identity for the physical structure itself.
PIID™ establishes that persistent structure reference.
Different systems. Same physical structure. One persistent identity.
- Port ID
- Terminal ID
- Warehouse no.
- GIS
- CMMS
- Property ID
Infrastructure Identity, Not Freight Identity
PIID™ identifies the structure supporting the movement of goods.
Ports and logistics environments already use specialized identifiers for:
Containers.
Vessels.
Railcars.
Locomotives.
Shipments.
Trailers.
Equipment.
Cargo.
Inventory.
Those identifiers should remain.
PIID™ serves a different role.
It persistently identifies the qualifying physical structures within the infrastructure network.
Freight keeps its identifiers. PIID™ identifies the infrastructure supporting it.
The Port Is Not the Structure
Port identity and structure identity solve different problems.
A port identifier identifies the broader port environment.
A terminal identifier may identify an operating area.
A parcel identifies land.
Coordinates identify position.
GIS describes spatial context.
An internal facility code identifies the asset within one organizational system.
PIID™ persistently identifies the physical structure itself.
Port context above. Persistent structure identity underneath.
Multi Structure Port Environments
One port. Many structures.Persistent identity for each qualifying asset.
A port or intermodal property may contain:
Cargo terminals.
Warehouses.
Cold storage facilities.
Maintenance buildings.
Operations centers.
Administrative structures.
Distribution facilities.
Intermodal buildings.
Rail facilities.
Utility structures.
Storage buildings.
Parking structures.
Other qualifying permanent structures.
A single port or property reference cannot distinguish every structure within that environment.
PIID™ provides persistent identity at the structure level.
PORT
Structure 01 — Cargo Terminal
PIID™
Structure 02 — Warehouse
PIID™
Structure 03 — Cold Storage Facility
PIID™
Structure 04 — Maintenance Building
PIID™
Structure 05 — Rail Facility
PIID™
- Port Systems
- Rail
- GIS
- CMMS
- BIM
- Engineering
- Property
- Energy
- Insurance
- Digital Twin
- Enterprise Systems
PORT
Structure 01 — Cargo Terminal
PIID™
Structure 02 — Warehouse
PIID™
Structure 03 — Cold Storage Facility
PIID™
Structure 04 — Maintenance Building
PIID™
Structure 05 — Rail Facility
PIID™
Port Systems
Rail
GIS
CMMS
BIM
Engineering
Property
Energy
Insurance
Digital Twin
Enterprise Systems
One port. Many structures. One persistent identity for each qualifying asset.
UMIP Structure Schedule™
Document the physical structure inventory of the port.
UMIP Structure Schedule™ is being developed to document qualifying structures associated with a property through PIID™, location, geometry, and parcel relationship.
For ports and logistics campuses, Structure Schedule™ can provide clear structure level context across large and complex infrastructure environments.
This can support:
Facilities management.
Port administration.
Capital planning.
Engineering.
Insurance.
Risk.
Emergency management.
GIS.
Property management.
Logistics operations.
Infrastructure planning.
Portfolio management.
Know what structures exist. Know where they are. Know which structure is being referenced.
Coming Soon
In development
PIID Resolve™
Resolve fragmented facility references to persistent structure identity.
PIID Resolve™ identifies, validates, and resolves supported references to the physical structure.
Supported inputs:
Normalized Address
Parcel
PIID™
Coordinates
Geometry
Supported Source Reference
Port authorities, operators, logistics companies, rail organizations, engineering firms, and enterprise systems can use PIID Resolve™ to reconcile different representations of the same physical structure around one persistent identity.
Submit a reference. Resolve the structure. Return persistent identity.
PIID Resolve™Port Terminals
The terminal operation can change.The physical structure remains.
Port terminals can experience changes in:
Operators.
Tenants.
Cargo types.
Technology.
Facilities systems.
Equipment.
Capital programs.
Ownership relationships.
Digital platforms.
The physical structures supporting those operations may remain.
PIID™ provides persistent structure identity beneath those changes.
Operations change. Structure identity persists.
Warehousing and Distribution
Inventory changes continuously.The facility remains.
Warehouses and distribution facilities operate around constant movement.
Products enter.
Products leave.
Tenants change.
Automation changes.
Systems change.
Ownership can change.
The physical structure remains.
PIID™ provides a persistent reference to the building beneath those changing relationships.
Inventory moves. Structure identity persists.
Cold Storage and Specialized Logistics
Specialized facilities still need persistent structure identity.
Cold storage, food logistics, pharmaceutical distribution, and specialized freight environments can depend on complex building systems, utilities, risk controls, and operating platforms.
Those systems may change while the physical structure remains.
PIID™ provides persistent identity for the qualifying facility itself.
Different operating environments. Same physical structure. Persistent identity.
Rail and Intermodal Infrastructure
Freight crosses systems.Structure identity should remain consistent.
Intermodal environments connect ports, rail, trucking, warehousing, and distribution networks.
Each system can maintain different infrastructure references.
PIID™ provides persistent structure identity for qualifying buildings supporting those environments.
This can create clearer structure context across:
Rail facilities.
Intermodal terminals.
Warehouses.
Maintenance structures.
Operations buildings.
Distribution centers.
Supporting infrastructure.
Modes change. Operators change. The physical structure remains.
Logistics Campuses
One logistics campus can contain an entire network of structures.
Large logistics environments may include multiple warehouses, terminal facilities, offices, maintenance buildings, utility structures, storage facilities, and support buildings.
One address or parcel may represent the broader property.
PIID™ identifies each qualifying physical structure individually.
Campus context above. Persistent structure identity underneath.
Facilities Management
Persistent identity beneath logistics operations.
Ports and logistics facilities can operate through combinations of:
CMMS.
Enterprise asset management.
Building management systems.
Work order platforms.
Inspection systems.
Engineering systems.
GIS.
Energy platforms.
Property systems.
Digital twins.
Enterprise applications.
Those systems can retain their existing identifiers and records.
PIID™ provides a persistent structure reference across supported environments.
Different operating systems. Same physical facility. One persistent identity.
Asset Management and CMMS
The maintenance system can change.The structure identity should not.
Port and logistics facilities can remain operational through generations of maintenance technology.
A CMMS may be replaced. Asset hierarchies may be migrated. Internal facility codes may change. New systems may be introduced.
The structure remains.
PIID™ provides an identity independent of the maintenance platform currently responsible for it.
Migrate the system. Preserve the structure reference.
Maintenance Continuity
Decades of maintenance.One physical structure.
Logistics infrastructure can accumulate extensive histories of:
Maintenance.
Inspections.
Roof replacement.
Mechanical upgrades.
Electrical improvements.
Fire protection work.
Energy projects.
Renovations.
Structural improvements.
Capital repairs.
Different teams and systems can manage that work through time.
PIID™ provides the persistent structure identity around which supported maintenance context can remain connected.
The work changes the facility. The identity carries forward.
Capital Programs
Freight infrastructure continuously evolves.
Port and logistics environments undergo major capital programs involving:
Terminal expansion.
Warehouse development.
Facility modernization.
Rail improvements.
Intermodal development.
Utility upgrades.
Electrification.
Resilience projects.
Energy improvements.
Facility replacement.
Each program can introduce new project identifiers, contractors, systems, engineering records, models, and documentation.
PIID™ provides persistent structure identity beneath those programs.
New program. Same physical structure. Same persistent identity.
Architecture, Engineering and Construction
Carry structure identity from development into operations.
Port and logistics construction projects generate extensive architectural, engineering, construction, and digital information.
The project eventually ends. The contractor leaves. The design team leaves. The project system may be retired. The physical structure remains.
PIID™ provides an identity capable of continuing beyond project delivery and into permanent operations.
The project ends. The structure continues. Its identity should too.
CAD, BIM and Digital Delivery
Give each model a persistent reference to the physical structure it represents.
Logistics facilities can be represented through multiple generations of CAD, BIM, engineering models, and digital project environments.
Those models can change.
PIID™ identifies the actual physical structure underneath them.
Supported models, GIS environments, facilities systems, digital twins, and future project platforms can reference the same PIID™.
The model represents the facility. PIID™ identifies the facility itself.
GIS, Mapping and Geospatial Intelligence
Connect logistics geography to persistent structure identity.
Ports and freight networks rely heavily on spatial context.
Coordinates.
Parcels.
Building footprints.
Imagery.
Facility maps.
GIS layers.
Terminal boundaries.
Site relationships.
Those systems describe where infrastructure exists.
PIID™ identifies which physical structure is there.
PIID Resolve™ can reconcile supported spatial references.
Location tells you where. PIID™ tells you which structure.
Property and Tenant Management
Occupancy changes.Structure identity persists.
Port and logistics properties can involve complex relationships among:
Port authorities.
Terminal operators.
Logistics companies.
Warehouse operators.
Tenants.
Rail operators.
Property owners.
Investors.
Service companies.
Operating relationships may change repeatedly.
PIID™ provides persistent identity for the physical structure beneath those relationships.
New tenant. New operator. Same physical structure.
Energy and Electrification
Freight infrastructure is becoming increasingly energy intensive.
Ports, warehouses, terminals, and logistics campuses may depend on evolving energy infrastructure involving:
Electrical capacity.
Building systems.
Charging infrastructure.
Distributed energy.
Backup generation.
Energy storage.
Efficiency programs.
Facility modernization.
Those environments can maintain their own service and operational references.
PIID™ provides persistent structure identity around which supported energy context can coordinate.
Energy systems change. Structure identity persists.
Utilities
Connect service relationships to the physical structures they support.
Ports and logistics environments can depend on:
Electricity.
Water.
Gas where applicable.
Telecommunications.
Other site services.
Utility providers and facility operators may use different service points, account references, and building identifiers.
PIID™ does not replace those references.
It provides persistent structure identity underneath them.
A service location is not always a structure identity.
Infrastructure Resilience
Preserve structure identity through disruption and recovery.
Ports and logistics networks are critical physical infrastructure.
Storms, flooding, fire, infrastructure failure, and other disruptions can involve:
Port authorities.
Facilities teams.
Engineers.
Utilities.
Emergency responders.
Insurers.
Government agencies.
Contractors.
Recovery teams.
PIID™ provides a persistent structure reference capable of remaining consistent throughout planning, disruption, assessment, repair, and recovery.
Before the event. During the event. After the event. Same structure identity.
Emergency Management
Response depends on knowing exactly which structure is being referenced.
Large port and logistics environments can contain many buildings with different functions, occupancies, hazards, and operating relationships.
PIID™ provides persistent structure identity.
Structure Schedule™ can provide an organized inventory of qualifying structures.
Know which structure. Know where it is. Maintain the same reference through the event.
Insurance and Risk
Resolve physical exposure to the correct structure.
Ports and logistics facilities can represent significant concentrations of:
Property exposure.
Cargo dependency.
Business interruption risk.
Storm risk.
Flood exposure.
Fire risk.
Operational dependency.
Infrastructure vulnerability.
PIID™ provides persistent structure identity beneath supported insurance and risk workflows.
Structure Schedule™ can provide clearer structure level context across complex sites.
Know which structure carries the risk. Persistently.
Business Continuity
Supply chains depend on physical facilities remaining operational.
A disruption at one structure can affect a broader logistics network.
Persistent structure identity creates a consistent physical reference for supported planning, risk, engineering, recovery, and operational environments.
Supply chains move through systems. They depend on physical infrastructure.
Digital Twins and Simulation
Give digital logistics environments a persistent physical reference.
Ports and logistics operators can increasingly use:
Digital twins.
Engineering models.
Operational simulations.
Capacity planning.
Energy models.
Risk models.
Facility analytics.
Those representations can change.
PIID™ identifies the physical structure beneath them.
Lifecycle™ provides continuity through time.
Digital representations change. Physical asset identity should persist.
Capacity and Network Planning
Many scenarios.One physical facility.
Port and logistics planning can evaluate:
Cargo growth.
Terminal expansion.
Warehouse development.
Rail capacity.
Intermodal flows.
Facility utilization.
Energy requirements.
Resilience.
Property development.
Future automation.
PIID™ provides a consistent structure reference across supported planning environments.
The scenario changes. The physical structure reference remains.
Automation and Robotics
Automated facilities still depend on physical structure context.
Warehouses, terminals, and distribution facilities are becoming increasingly automated.
Robotics.
Autonomous equipment.
Sensors.
Building systems.
Operational software.
AI.
Facility automation.
Those technologies can change significantly through the life of the building.
PIID™ identifies the persistent physical structure beneath them.
Automation changes. The facility identity persists.
Artificial Intelligence
Supply chain intelligence needs persistent physical infrastructure context.
Artificial intelligence can increasingly interact with:
Facilities information.
GIS.
Risk data.
Engineering records.
Energy systems.
Property information.
Digital twins.
Maintenance history.
Operational analytics.
PIID™ provides a consistent structure reference across supported information.
Lifecycle™ provides continuity through time.
Persistent identity creates persistent machine context.
Portfolio Management
Persistent identity across logistics portfolios.
Port authorities, logistics companies, warehouse operators, infrastructure investors, rail organizations, and institutional owners may manage large portfolios of physical facilities.
PIID™ provides persistent structure identity across supported portfolios.
This can support:
Portfolio normalization.
Structure reconciliation.
Capital planning.
Facilities operations.
Risk analysis.
Insurance.
Property management.
Engineering.
Energy analysis.
Infrastructure intelligence.
Many facilities. Persistent identity at the structure level.
Acquisitions and Ownership Transitions
Ownership can change without resetting the identity of the facility.
Warehouses, logistics properties, terminals, and distribution facilities can be acquired, sold, leased, recapitalized, or transferred between operators.
Each transition can introduce new systems and internal identifiers.
PIID™ remains associated with the physical structure.
New owner. New system. Same physical facility.
Lifecycle Continuity
Logistics facilities can serve generations of operations.
A warehouse, terminal, maintenance building, or logistics facility may remain operational through decades of:
Operator changes.
Capital programs.
Technology upgrades.
Automation.
Maintenance.
Energy modernization.
Ownership transitions.
Renovations.
Insurance events.
System migrations.
Lifecycle™ provides the framework through which supported records, relationships, events, and history can remain connected around the same PIID™.
The freight network evolves. The structure identity carries forward.
Lifecycle™Cross System Interoperability
Ports and logistics networks do not need one database.
Port systems can retain their role.
Rail systems can retain their role.
GIS can remain GIS.
CMMS can remain CMMS.
BIM can remain BIM.
Property systems can retain their role.
Engineering environments can retain their role.
Energy platforms can retain their role.
Digital twins can remain digital twins.
Enterprise applications can maintain their own records.
PIID™ provides the persistent structure reference through which supported environments can reference the same physical asset.
Different systems retain their role. Identity becomes the connection point.
Data Control
Connection does not require centralization.
UMIP does not require port authorities, logistics operators, rail organizations, facility owners, engineering firms, technology providers, or data partners to move all underlying information into one central repository.
Existing systems can remain.
Existing identifiers can remain.
Source records can remain within the environments responsible for them.
PIID™ provides the persistent structure reference through which supported information can coordinate.
Persistent identity without mandatory data centralization.
System Independence
Infrastructure can outlive the systems managing it.
Ports, warehouses, terminals, and logistics facilities may remain operational much longer than the technology platforms surrounding them.
CMMS changes.
GIS changes.
Engineering software changes.
Enterprise systems change.
Digital platforms change.
PIID™ provides a structure identity independent of any single technology provider.
Platforms are replaceable. Physical structure identity should persist.
Enterprise Delivery
Built for integration into logistics infrastructure systems.
PIID Resolve™ is designed for structured enterprise integration.
Supported JSON responses:
PIID™
Verification Context
Registry Context
Structure Context
Building Geometry
Property Context
Supported Source References
Integration environments:
Port systems.
Logistics platforms.
Warehouse systems.
Rail environments.
CMMS.
EAM.
GIS.
Engineering systems.
BIM.
Property systems.
Energy platforms.
Risk applications.
Digital twins.
Enterprise data platforms.
Artificial intelligence.
API delivered. Machine readable. Built for integration at scale.
Technology Providers
Add persistent physical identity to logistics technology.
Ports, rail, supply chain, facilities, geospatial, engineering, risk, and property technology providers can integrate PIID™ as a persistent structure reference within existing platforms.
PIID™ complements platform specific identifiers without replacing them.
This creates the opportunity for persistent structure context across multiple downstream workflows.
Give logistics technology a persistent reference to the physical infrastructure itself.
Built on UMIP
Persistent identity beneath ports, rail and logistics infrastructure.
PIID™
Provides persistent identity for each qualifying physical structure.
PIID Resolve™
Resolves supported facility, 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 Structure Schedule™
Documents qualifying structures across complex ports and logistics properties.
Coming Soon
In development
Governed by GIIS™
Persistent logistics infrastructure identity requires consistent rules.
Ports and logistics infrastructure spans public authorities, private operators, rail organizations, property owners, engineering firms, technology providers, insurers, utilities, enterprise systems, 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.
Identity establishes the reference. Governance protects its continuity.
At Scale
Persistent identity for the physical infrastructure supporting commerce.
- 189M+PIIDs Registered Across the United States
Global supply chains will continue becoming more connected, automated, data driven, and intelligent.
The physical infrastructure beneath those networks still requires persistent identity capable of continuing through generations of operational and technological change.
Structure Identity → Logistics Interoperability → Lifecycle Continuity → Infrastructure Intelligence
Ports, Rail and Logistics Infrastructure
The goods move. The operators change.The physical infrastructure remains.
Containers move.
Ships depart.
Trains move.
Inventory changes.
Tenants change.
Operators change.
Technology evolves.
Capital programs transform facilities.
The physical structures remain.
PIID™ gives qualifying ports, rail, and logistics infrastructure a persistent identity capable of continuing across the systems, organizations, and operations responsible for it.
Goods move. Infrastructure persists. Its identity should too.
Related
Resolve physical structures to persistent infrastructure identities. PIID Resolve™ identifies, validates, and resolves structures from addresses, parcels, coordinates, geometry, and supported source records.
Establishes how supported records, attributes, events, relationships, and history remain connected to that identity through time.
Identify and organize the permanent structures associated with a property, with each qualifying structure referenced through its own PIID™.