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Research Area 12

Data, Semantics &
Interoperability

Researching the language, data and protocol fabric that lets companies, countries, agents, machines and products understand one another.

From data silos to a connected commerce ecosystem

Making commercial meaning work together across the world.

Commercial systems often use different classifications, schemas, units, definitions and identifiers. Those mismatches create hidden economic cost and make automation brittle.

Interoperability can reduce repeated translation and reconciliation while preserving local and sector-specific meaning.

See the interoperability stack

Connected global data

Linking commercial and regulatory evidence across borders.

Shared meanings

Common concepts without erasing local context.

Interoperable systems

Protocols that allow diverse systems to exchange meaning.

The interoperability stack

From raw data to shared understanding.

We study the layers required to turn diverse real-world commerce data into a trusted, interoperable foundation for analysis and action.

Data sources

Companies & suppliers
Products & catalogs
Transactions & payments
Logistics & transport
Regulations & policy
Government data
Identity & Linking LayerEntity resolution and graph links
Semantic LayerOntologies, schemas and common definitions
Knowledge LayerRules, context and relationships
Protocol LayerDiscovery, requests, offers, authority and evidence
Trust & Governance LayerQuality, provenance, contradiction and access control

Data users & applications

Companies & platforms
AI agents & analytics
Governments & regulators
Country-native systems
Search & retrieval
Global decision systems
Five public research programs

Data, Semantics & Interoperability Research Programs

View all research programs
01

Commerce Language & Ontologies

Controlled concepts for principals, products, capabilities, state, authority, evidence, actions and outcomes.

02

Commerce Protocols & Standards

Interoperable patterns for discovery, requests, offers, negotiation, authority, evidence, fulfillment and settlement.

03

Search & Retrieval Science

Retrieval across structured data, documents, current state, rules and evidence.

04

Economic Knowledge Infrastructure

Provenance-aware knowledge that preserves version, source, authority and contradiction.

05

Semantic Friction & Translation

Measurement and reduction of losses created by language, units, classifications and schema mismatch.

Semantic friction laboratory

Meaning mismatches create economic cost.

We study where information loses fidelity across language, units, classifications, identifiers and schemas—and whether those losses can be measured as economic friction.

Explore our methods
LANGUAGE

Same product, different commercial terms.

UNITS

Dimensions and quantities translated inconsistently.

CLASSIFICATION

Different product or regulatory taxonomies.

SCHEMA

Fields align syntactically but not semantically.

Search & retrieval science

Retrieval should span more than documents.

Commerce questions may require structured data, documents, current state, rules and evidence at the same time. Research should preserve authority and provenance across those sources.

Structured data

Documents

Current state

Rules

Evidence

Economic knowledge infrastructure

Provenance and contradiction should be first-class data.

Provenance-aware knowledge

SourceWhere did the claim originate?
AuthorityWho is entitled to assert it?
VersionWhich definition or rule was in force?
TimeWhen was the claim true?

Contradiction handling

ConflictTwo sources disagree.
ContextDifferent jurisdictions or scopes apply.
UncertaintyEvidence is incomplete or stale.
ResolutionEscalate, compare authority, or preserve disagreement.
Key research questions

Questions we are exploring.

See more research questions

What commercial meaning must remain stable across systems?

How should ontologies evolve without breaking existing integrations?

Can semantic friction be measured as an economic cost?

Our research boundary

Open standards where ecosystem value is high.

Public standards and protocols may be released where ecosystem value is high. Internal data models, proprietary mappings and protected knowledge assets may remain private.