Data Centers and Semiconductor Facilities
Persistent structure identity for the physical infrastructure behind the digital economy.
Data centers and semiconductor facilities depend on highly specialized combinations of buildings, power systems, utilities, engineering environments, operational technology, facilities platforms, digital twins, risk systems, and enterprise technology.
Those environments can all reference the same physical structures differently.
PIID™ gives each qualifying physical structure a persistent identity that can remain consistent across design, construction, commissioning, operations, expansion, modernization, ownership transition, and time.
Data Centers and Semiconductor Facilities
Technology changes rapidly. The physical structure identity should persist.
PIID™ gives each qualifying physical structure a persistent identity that can remain consistent across design, construction, commissioning, operations, expansion, modernization, ownership transition, and time.
The infrastructure identity problem
Mission critical infrastructure can still be identified by temporary references.
Data center and semiconductor environments are among the most technically advanced physical facilities in the world.
Yet the structures themselves may still be referenced through:
Addresses.
Parcel identifiers.
Campus building numbers.
Internal facility codes.
Engineering references.
GIS objects.
Model identifiers.
Asset management systems.
Insurance records.
Utility references.
Enterprise system keys.
Different systems can describe the same physical structure without sharing a persistent identity for that structure.
PIID™ provides the common reference to the physical asset itself.
- Campus code
- Facility ID
- CMMS
- BIM
- GIS
- Energy
The physical structure as the constant
The technology inside the facility will change many times.
Servers change.
Compute infrastructure changes.
Semiconductor process technology changes.
Production equipment changes.
Cooling systems change.
Electrical systems are upgraded.
Software changes.
Operators change.
Owners can change.
The physical structure can remain in service through generations of technological change.
PIID™ provides a persistent identity capable of continuing underneath those transitions.
The technology can change. The structure identity remains.
Structure identity, not equipment identity
PIID™ identifies the physical structure, not the technology operating inside it.
Data centers and semiconductor facilities contain enormous numbers of specialized assets.
Servers.
Racks.
Networking equipment.
Fabrication tools.
Production systems.
Electrical equipment.
Cooling infrastructure.
Mechanical systems.
Building systems.
Those assets should continue using the serial numbers, equipment IDs, asset tags, and classifications required by the systems responsible for them.
PIID™ serves a different role.
It persistently identifies the qualifying physical structure that provides the physical context around those assets.
Equipment keeps its identifiers. PIID™ identifies the structure.
Multi structure campuses
One campus can contain many distinct physical structures.
Large technology and semiconductor campuses can include multiple qualifying structures serving different purposes.
Compute facilities.
Fabrication buildings.
Support buildings.
Utility structures.
Administration buildings.
Storage facilities.
Engineering buildings.
Research facilities.
Other qualifying permanent structures.
One address or parcel may represent the broader campus without distinguishing each structure independently.
PIID™ allows qualifying structures to maintain their own persistent identities.
One campus. Many structures. One persistent identity for each qualifying asset.
UMIP Structure Schedule™
Document the physical structure inventory of the campus.
UMIP Structure Schedule™ is being developed to document each qualifying structure associated with a property through PIID™, location, geometry, and parcel relationship.
For data center and semiconductor campuses, Structure Schedule™ can provide clear structure level context across complex environments where multiple buildings operate as part of one larger site.
This can support:
Facilities management.
Risk review.
Insurance.
Engineering.
Capital planning.
Portfolio management.
Due diligence.
Property documentation.
Operational planning.
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 can include:
Normalized Address
Parcel
PIID™
Coordinates
Geometry
Supported Source Reference
Enterprise and operational systems can use PIID Resolve™ to reconcile different representations of the same facility around one persistent structure identity.
Submit a reference. Resolve the structure. Return persistent identity.
PIID Resolve™Data center infrastructure
Persistent identity beneath the physical infrastructure supporting compute.
Data centers depend on physical structures designed to support high concentrations of computing, network, electrical, mechanical, cooling, and operational infrastructure.
Those systems can evolve rapidly during the life of the facility.
PIID™ provides a persistent reference to the physical structure underneath that changing technology.
This can create clearer structure context across:
Facilities operations.
Capacity planning.
Energy systems.
Engineering.
Insurance.
Risk.
GIS.
Digital twins.
Enterprise technology.
Capital projects.
Lifecycle continuity.
Compute evolves. The physical structure identity persists.
Semiconductor facilities
Persistent identity beneath generations of fabrication technology.
Semiconductor facilities can undergo continual modernization as process technology, production requirements, equipment, utilities, and engineering systems evolve.
The facility may experience significant change while the underlying physical structure remains.
PIID™ provides a persistent structure identity capable of remaining consistent across those technology cycles.
Supported systems can continue referencing the same physical asset even as the manufacturing environment inside it evolves.
Fabrication technology changes. The structure identity remains.
Energy and power
Digital infrastructure depends on physical energy infrastructure.
Data centers and semiconductor facilities are deeply dependent on reliable energy.
Electrical service.
Generation.
Backup systems.
Storage.
Distribution.
Capacity planning.
Resilience.
Efficiency.
Future power infrastructure.
Energy systems may reference facilities differently from property, engineering, GIS, and enterprise systems.
PIID™ gives supported environments a persistent structure identity around which energy context can coordinate.
Power systems change. Structure identity persists.
EnergyUtilities
Connect utility relationships to the structures being served.
Mission critical facilities depend on multiple utility relationships and infrastructure systems.
Electricity.
Water.
Gas where applicable.
Telecommunications.
Other site services.
Utility environments can maintain their own accounts, service locations, meters, network records, and identifiers.
PIID™ does not replace those references.
It provides persistent structure identity that can complement them.
A service location is not always a structure identity.
UtilitiesWater and cooling context
Specialized infrastructure still needs persistent physical context.
Cooling, water, mechanical, and environmental systems can be fundamental to the operation of data center and semiconductor facilities.
Those systems may be managed through specialized engineering, facilities, utility, and operational platforms.
PIID™ provides a persistent structure reference capable of remaining consistent across those environments.
Different systems. Same physical facility. One persistent structure identity.
Facilities management
Maintain structure continuity across decades of operations.
Data centers and semiconductor facilities can operate through complex facilities environments.
CMMS.
Enterprise asset management.
Building management systems.
Maintenance platforms.
Inspection systems.
Energy platforms.
Engineering systems.
Safety systems.
Digital twins.
Enterprise applications.
PIID™ gives supported systems a persistent reference to the same physical structure.
Different operating systems. Same facility. One persistent identity.
Facilities ManagementAsset management and CMMS
Give the operating hierarchy a persistent structure reference.
CMMS and asset management environments manage equipment, work orders, inspections, maintenance activity, facilities operations, and capital projects.
Those systems can retain all of their existing equipment and operational identifiers.
PIID™ provides a persistent structure level identity underneath those hierarchies.
The CMMS manages the work. PIID™ identifies the structure.
Asset Management and CMMSCapital expansion
New capacity should recognize the physical infrastructure that already exists.
Data center and semiconductor campuses frequently evolve through major capital programs.
Expansion.
Retrofit.
Modernization.
New electrical capacity.
Cooling upgrades.
Utility expansion.
Production changes.
Facility additions.
Engineering modifications.
Technology refreshes.
Each project can create new teams, systems, documents, models, and project identifiers.
PIID™ provides persistent structure identity beneath those changes.
New project. Same structure. Same persistent identity.
CAD, BIM and digital delivery
Carry structure identity from design into operation.
Mission critical facilities rely heavily on detailed design, engineering, modeling, construction, and digital delivery environments.
The project models may change.
The software may change.
The project teams eventually leave.
The physical structures remain.
PIID™ provides a persistent structure reference capable of continuing from design and construction into ownership and long term operations.
The model represents the facility. PIID™ identifies the physical structure itself.
CAD, BIM and Digital DeliveryEngineering continuity
Different engineering disciplines should reference the same physical asset.
Data centers and semiconductor facilities can involve extensive:
Electrical engineering.
Mechanical engineering.
Structural engineering.
Civil engineering.
Environmental engineering.
Process engineering.
Energy engineering.
Other technical disciplines.
Each environment may maintain different project references.
PIID™ provides a common structure identity around which supported engineering context can coordinate.
Different disciplines. Same physical structure. Persistent identity between them.
Digital twins and simulation
Give every model and simulation a persistent physical reference.
Data centers and semiconductor facilities increasingly use digital twins, engineering models, simulations, predictive environments, and operational analytics.
Those representations can change continuously.
PIID™ identifies the physical structure beneath them.
Lifecycle™ provides continuity through time.
Digital representations change. Physical asset identity should persist.
Digital Twins and SimulationCapacity and scenario modeling
Many scenarios.One physical facility.
Mission critical environments can model:
Capacity expansion.
Energy demand.
Cooling performance.
Utility constraints.
Catastrophe exposure.
Operational resilience.
Capital improvements.
Future technology requirements.
Emergency scenarios.
Different models can produce different possible outcomes.
PIID™ gives supported scenarios a consistent reference to the actual physical structure being modeled.
The scenario changes. The physical asset reference remains.
GIS, mapping and geospatial intelligence
Connect campus geography to persistent structure identity.
Large facilities and campuses depend on maps, parcels, building footprints, coordinates, imagery, and GIS.
Those systems establish valuable spatial context.
PIID™ adds persistent identity for the physical structure itself.
Location tells you where. PIID™ tells you which structure.
GIS, Mapping and Geospatial IntelligenceInsurance and risk
Resolve concentrated physical risk to the correct structure.
Data centers and semiconductor facilities can represent significant concentrations of physical, operational, and financial exposure.
Insurance and risk systems may analyze:
Property exposure.
Catastrophe risk.
Business interruption.
Physical damage.
Resilience.
Fire.
Storm.
Flood.
Other facility risks.
PIID™ provides persistent structure identity beneath supported risk workflows.
Structure Schedule™ can provide clearer structure level context across complex campuses.
Know which structure carries the risk. Persistently.
InsuranceCatastrophe and resilience
Preserve structure identity through disruption and recovery.
Severe weather, fire, infrastructure failure, and other events can involve multiple organizations and systems.
Facilities teams.
Emergency responders.
Insurers.
Engineers.
Utilities.
Government agencies.
Contractors.
Recovery teams.
PIID™ provides a persistent structure reference capable of remaining consistent throughout planning, event response, assessment, repair, and recovery.
Before the event. During the event. After the event. Same structure identity.
Emergency ResponseSecurity and access context
Physical infrastructure remains the reference point.
Mission critical facilities may operate highly specialized security, access, and operational systems.
Those systems have their own identifiers and controls.
PIID™ does not replace those operational or security identities.
It provides persistent identity for the qualifying physical structure itself.
This allows supported enterprise and infrastructure systems to maintain a consistent structure reference while specialized security systems retain their own functions.
Different control systems. Same physical structure.
Portfolio management
Persistent identity across large facility portfolios.
Operators, owners, investors, lenders, insurers, and institutions may manage multiple data center or semiconductor facilities across different regions and systems.
PIID™ provides persistent structure identity across supported portfolios.
This can support:
Portfolio normalization.
Structure reconciliation.
Capital planning.
Risk analysis.
Insurance.
Property intelligence.
Facility operations.
Enterprise reporting.
Acquisition integration.
Lifecycle intelligence.
One portfolio. Many facilities. Persistent identity at the structure level.
Acquisitions and ownership change
Ownership can change without resetting the identity of the facility.
Mission critical assets can be acquired, sold, financed, recapitalized, or transferred between operators.
Each transition can introduce new systems and internal identifiers.
PIID™ remains associated with the physical structure.
New owner. New systems. Same physical facility.
Lifecycle continuity
Mission critical facilities can evolve for decades.
A data center or semiconductor structure may experience generations of:
Technology refresh.
Engineering projects.
Capital expansion.
Energy upgrades.
Maintenance.
Insurance events.
Ownership transitions.
Operational changes.
Utility modifications.
Renovations.
Lifecycle™ provides the framework through which supported records, relationships, events, and history can remain connected around the same persistent PIID™.
Technology cycles change. The structure identity carries forward.
Lifecycle™Artificial intelligence
AI infrastructure itself needs persistent physical context.
Artificial intelligence increasingly depends on physical infrastructure.
Compute facilities.
Data centers.
Energy systems.
Network infrastructure.
Semiconductor manufacturing.
At the same time, AI is increasingly used to operate, model, analyze, and optimize those facilities.
PIID™ provides persistent structure identity around which supported physical infrastructure information can coordinate.
Lifecycle™ provides continuity through time.
The intelligence may be digital. The infrastructure supporting it is physical.
Artificial IntelligenceAI and automation
Automated systems should know which physical structure they are reasoning about.
AI systems may increasingly interact with:
Facilities data.
Maintenance information.
Energy information.
Risk models.
Engineering records.
Digital twins.
Geospatial data.
Enterprise systems.
Capital planning.
PIID™ provides a persistent physical structure reference across supported information.
Persistent identity creates persistent machine context.
Cross system interoperability
Mission critical facilities do not need one software platform.
CMMS.
EAM.
GIS.
BIM.
Digital twins.
Energy systems.
Utility systems.
Risk platforms.
Enterprise technology.
Engineering systems.
Artificial intelligence.
Each serves a specialized purpose.
They do not need to become one system.
PIID™ gives supported environments a persistent reference to the same physical structure.
Different systems retain their role. Identity becomes the connection point.
Data control
Persistent identity does not require centralizing mission critical data.
UMIP does not require operators, owners, engineering firms, data providers, technology companies, insurers, or enterprise customers to migrate all underlying information into one central repository.
Existing systems can remain.
Existing identifiers can remain.
Provider data can remain within provider environments.
Operational information can remain within the platforms responsible for it.
PIID™ provides the persistent structure reference through which supported information can coordinate.
Connection does not require centralization.
Enterprise delivery
Built for direct integration.
PIID Resolve™ is designed for structured enterprise integration.
Supported JSON responses can provide:
PIID™
Verification Context
Registry Context
Structure Context
Building Geometry
Property Context
Supported Source References
Integration environments can include:
Facilities platforms.
Engineering systems.
GIS.
Digital twins.
Risk platforms.
Energy systems.
Enterprise data platforms.
Portfolio applications.
Artificial intelligence.
Supported file based delivery can also accommodate applicable enterprise exchange workflows.
API delivered. Machine readable. Built for integration at scale.
Technology providers
Add persistent physical identity to the systems mission critical facilities already use.
Software, engineering, geospatial, facilities, risk, and infrastructure technology providers can integrate PIID™ as a persistent structure reference within existing products.
PIID™ can complement platform specific identifiers without replacing them.
This can support continuity across:
Facility operations.
Portfolio systems.
System migrations.
Engineering environments.
Digital twins.
GIS.
Risk applications.
Energy systems.
Artificial intelligence.
Enterprise workflows.
Give mission critical technology a persistent reference to the physical facility itself.
Built on UMIP
Persistent identity for the physical infrastructure behind computing and advanced manufacturing.
PIID™
Provides persistent identity for each qualifying physical structure.
PIID Resolve™
Resolves supported property, spatial, and enterprise 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 campuses.
Coming Soon
In development
Governed by GIIS™
Mission critical identity requires consistent rules.
Data center and semiconductor environments span operators, owners, engineering firms, utilities, technology providers, insurers, enterprise systems, jurisdictions, and decades of 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 behind the digital economy.
- 189M+PIIDs Registered Across the United States
Cloud computing, artificial intelligence, semiconductor production, and advanced digital systems will continue evolving rapidly.
The facilities supporting those technologies are physical infrastructure.
They require persistent identity capable of continuing through generations of technological change.
Structure Identity → Operational Interoperability → Lifecycle Continuity → Infrastructure Intelligence
Data Centers and Semiconductor Facilities
The technology can change.The facility identity should persist.
Compute changes.
Fabrication technology changes.
Equipment changes.
Energy systems change.
Operators change.
Software changes.
Ownership can change.
The physical structure remains.
PIID™ gives qualifying facilities a persistent identity capable of remaining consistent across the systems, organizations, and technologies surrounding them.
Technology changes rapidly. The physical structure identity should persist.
Related
Resolve physical structures to persistent infrastructure identities. PIID Resolve™ identifies, validates, and resolves structures from addresses, parcels, coordinates, geometry, and supported source records.