Research Primitives
Formal and operational building blocks of the Representation Economy research program
Research primitives are the minimum units used to define, measure, and implement the concepts developed across the Representation Economy research program. They include variables, indices, conditions, records, layers, mechanisms, and governance objects used to analyze AI-mediated markets, agent-ready infrastructure, verified property records, computational sovereignty, and global market access.
Browse by Layer
Primitives organized by their role in the Representation Economy research program
Representation Layer
11 primitives
Agent-Readiness Layer
9 primitives
Global Market Layer
4 primitives
Governance Layer
9 primitives
Market Power Layer
6 primitives
Property Record Layer
14 primitives
Trade Infrastructure Layer
5 primitives
Measurement Layer
9 primitives
Discovery Layer
7 primitives
Economics Layer
8 primitives
Action Layer
1 primitives
Interoperability Layer
2 primitives
Zero-Click and Computational Transmission Primitives
49 primitives
Representation Layer
The foundational layer that encodes market-relevant information in machine-readable form. Includes economic entities, representations, representation capital, computational visibility, eligibility, admissibility, and VPRs.
Canonical Representation
A single, authoritative machine-readable representation of an entity that serves as the source of truth for AI-mediated discovery and coordination.
Machine-Readable Entity
An entity represented in structured, machine-readable format that AI systems can interpret, compare, and reason about without ambiguity.
VPRVerified Property Record (VPR)
A canonical, machine-readable property record with verified attributes, trust signals, and action protocols designed for AI-mediated discovery and transaction coordination.
Representation Efficiency
The degree to which a representation conveys selection-relevant information concisely and completely, enabling efficient AI reasoning without redundancy or omission.
Four-Layer Architecture
A framework for understanding AI-mediated markets as four interdependent layers: Representation, Reasoning, Action, and Governance.
eEconomic Entity (e)
e — An economic entity or asset that can be represented in AI-mediated markets.
Agent-Readiness Layer
The six conditions that determine whether economic objects are ready for AI-mediated discovery, comparison, verification, and transaction initiation. ARI is multiplicative: if one dimension is zero, agent-readiness becomes zero.
ARIAgent-Readiness Index (ARI)
ARI(e) = D(e) × I(e) × C(e) × V(e) × P(e) × T(e) — A multiplicative index measuring whether an economic object is ready for AI-mediated discovery, comparison, verification, and transaction initiation.
DDiscoverability (D)
D(e) — The ability of AI agents to find an economic object through computational search and discovery mechanisms.
IInterpretability (I)
I(e) — The degree to which an object is represented in machine-parseable forms that AI systems can understand and reason about.
CComparability (C)
C(e) — The extent to which an object's attributes enable machine comparison across alternatives within consideration sets.
VVerifiability (V)
V(e) — The ability to verify claims about an object through trusted, machine-readable evidence sources.
PPermissioned Access (P)
P(e) — The ability of AI agents to understand what actions are permitted and to act within defined authorization boundaries.
Global Market Layer
Extends agent-readiness to cross-border markets where legal, regulatory, semantic, and transaction conditions differ across jurisdictions. GARI incorporates jurisdictional legibility and semantic portability.
GARIGlobal Agent-Readiness Index (GARI)
GARI(e, j) = ARI(e) × J(e, j) × S(e) — Extends ARI with jurisdictional legibility and semantic portability for cross-border AI-mediated markets.
JJurisdictional Legibility (J)
J(e, j) — The ability of AI agents to understand the legal, regulatory, tax, compliance, ownership, and transaction context of an economic object within jurisdiction j.
SSemantic Portability (S)
S(e) — The ability of a representation to remain meaningful across languages, standards, units, market conventions, and jurisdictions.
CMACross-Market Access (CMA)
CMA — The capacity of an economic object to remain discoverable and comparable across market boundaries, platforms, and jurisdictions.
Governance Layer
The oversight and trust infrastructure that ensures safety, fairness, and accountability in AI-mediated markets. Includes representation governance, sovereignty, verification, and permissioning infrastructure.
Representation Governance
The systems, protocols, and institutions that establish authority, verification, and interoperability for canonical representations in AI-mediated markets.
Verification Primitive
A machine-readable attestation, certification, or proof that validates the accuracy, authenticity, or status of a representation attribute.
Canonical Ownership
The right to control, update, and authorize the canonical representation of an entity, determining discoverability autonomy and market participation.
Owner Confirmation
A constraint requiring explicit approval from the entity owner before AI systems can execute binding actions like booking, payment execution, or contractual commitments.
RSRepresentation Sovereignty (RS)
RS — Control over how economic entities, assets, and services are represented to AI systems.
RSLRepresentation Sovereignty Layer (RSL)
RSL — Governance infrastructure ensuring representation autonomy and control.
Market Power Layer
Analyzes concentration of allocative access through computational consideration infrastructure, inferential monopoly, platform dependency, and invisible assets.
CCIComputational Consideration Infrastructure (CCI)
CCI — Control over systems that determine which options enter consideration sets in AI-mediated markets.
IMInferential Monopoly (IM)
IM — Concentration over computational consideration infrastructure as allocative monopoly power.
DEPDependency Risk (DEP)
DEP — Extent of dependence on AI systems for discovery and selection.
IAInvisible Asset (IA)
IA — Allocative assets outside traditional measurement frameworks.
NDLNetwork-Dependent Allocation (NDL)
NDL — Condition where valuation depends on network relationships and representation quality.
ICTInferential Control Threshold (ICT)
ICT — The threshold at which control over consideration infrastructure enables allocative monopoly.
Property Record Layer
Defines what an agent-ready property record must expose to AI agents, market participants, institutions, and transaction workflows. Includes identity, provenance, legal status, documentation, and transaction-readiness.
PIDProperty Identity (PID)
PID — A canonical, persistent identifier for a property that works across all systems, platforms, and jurisdictions.
PROVProvenance (PROV)
PROV — A record of what was done, by whom, when, and with what authority for each property record.
LEGLegal Status (LEG)
LEG — Ownership structure, encumbrances, liens, constraints, and rights attached to a property.
DOCDocumentation Layer (DOC)
DOC — Supporting documents with verification status for a property record.
TAXTax Context (TAX)
TAX — Assessment, payment status, and jurisdictional tax information for a property.
ZONZoning / Urban Constraints (ZON)
ZON — Land use rules, building codes, regulatory restrictions, and urban constraints affecting a property.
Trade Infrastructure Layer
The representational layer of international trade infrastructure. When AI agents mediate cross-border discovery and comparison, representation quality determines global market access.
CTIComputational Trade Infrastructure (CTI)
CTI — The representational layer of international trade infrastructure that allows firms, assets, services, and jurisdictions to be discovered, compared, verified, and acted upon by AI agents.
JLIJurisdictional Legibility Infrastructure (JLI)
JLI — Systems that make legal, regulatory, tax, compliance, ownership, and transaction contexts machine-readable for AI agents.
RS-AIMRepresentation Sovereignty in AI-Mediated Markets (RS-AIM)
RS-AIM — Control over how economic entities, assets, and services are represented to AI systems in cross-border markets.
DNTBDigital Non-Tariff Barrier (DNTB)
DNTB — A non-interoperable representation, incompatible schema, fragmented verification system, or closed platform record that prevents economic objects from being parsed, verified, or compared by AI agents across markets.
Infrastructure Cost Compression
The economic principle that fixed costs of agent-ready representation should be shared across participants rather than duplicated.
Measurement Layer
The metrics and scoring systems that measure representation quality, discoverability, and selection readiness. Includes MRI, RES, SRS, and the six Representation Capital primitives.
MRIMachine Readability Index (MRI)
A standardized 0-100 score measuring how effectively a property record enables AI-mediated understanding, comparison, and selection.
RESRepresentation Efficiency Score (RES)
A standardized score measuring how efficiently a property record conveys selection-relevant information, balancing completeness with concision.
SRSSelection Readiness Score (SRS)
A composite score combining representation quality, trust signals, and discoverability factors to predict AI-mediated selection likelihood.
Completeness
The degree to which an asset representation contains the fields, attributes, metadata, and semantic descriptors required for computational evaluation.
Accuracy
The degree to which the representation corresponds to the actual state of the asset.
Verifiability
The degree to which claims about the asset can be externally checked, audited, certified, or linked to trusted evidence.
Discovery Layer
The mechanisms by which AI systems locate, evaluate, compare, and select entities. Includes AI-mediated discovery, discovery friction, intent resolution, and selection readiness.
AI-Mediated Discovery
The process by which AI systems locate, evaluate, compare, and select entities through reasoning rather than human-mediated search or ranking. Also referred to as AI-Mediated Demand.
Discovery Friction
The effort required for AI systems to locate, parse, reconcile, infer, and validate information before including entities in consideration sets.
Intent Resolution
The process by which AI systems interpret user requirements, extract selection criteria, and formulate search strategies for discovery.
Selection Readiness
The degree to which an entity has the attributes, trust signals, and representation completeness required for AI-mediated selection and recommendation.
QDQualified Demand Capture (QD)
The amount or share of economically relevant demand captured as qualified enquiries, bookings, matches, or transactions.
Invisible Consideration Set
An AI-constructed set of candidate assets that is not directly observable through conventional traffic, click, or website analytics.
Economics Layer
The economic structures and value creation mechanisms in AI-mediated markets. Includes understanding economy, protocol vs platform economics, distribution dependency, acquisition costs, contribution margins, and asset productivity.
Understanding Economy
An economic system where value is created through machine understanding, reasoning quality, and representation efficiency rather than attention acquisition and visibility.
Protocol vs Platform Economics
The distinction between platform economics (based on inventory aggregation, attention monetization, and data moats) and protocol economics (based on interoperability, verification, and canonical representation).
DDDistribution Dependency (DD)
The share of demand or revenue dependent on paid, commissioned, portal, OTA, or other intermediated channels.
ACAcquisition and Distribution Cost (AC)
The combined paid-media, portal, OTA, commission, representation-operating, and related costs incurred per qualified demand outcome.
Contribution-Margin Compression
A reduction in contribution margin caused by increased variable acquisition and distribution costs, holding other relevant factors constant.
APAsset Productivity (AP)
The operating productivity of a physical asset, measured through occupancy, turnover, match velocity, time-to-transaction, utilization, or comparable sector-specific outcomes.
Action Layer
The transaction and coordination infrastructure that enables AI-mediated commerce while preserving human control. Includes action constraints.
Interoperability Layer
The standards and interfaces that enable representations and trust signals to work across multiple platforms and AI systems. Includes interoperability interfaces and machine-readable trust.
Interoperability Interface
A standardized interface that enables representations, trust signals, and action protocols to work across multiple platforms, protocols, and AI systems.
Machine-Readable Trust
Trust signals encoded in structured, machine-readable format that AI systems can autonomously verify and process for confidence assessment.
Zero-Click and Computational Transmission Primitives
Volume XII: Primitives for analyzing the Zero-Click Economy, computational transmission gaps, and value reallocation in AI-mediated markets. These primitives measure how demand, visibility, and value flow through AI systems.
CSComputational Selection (CS)
CS(e) — The process by which AI systems evaluate and select assets for inclusion in consideration sets, independent of human browsing or clicking.
CRComputational Recommendation (CR)
CR(e) — The stage where AI systems present selected options to users with explanations and rationale for the recommendation.
CVComputational Verification (CV)
CV(e) — The process by which AI systems verify claims, trust signals, and preconditions before recommending or acting on assets.
CAcComputational Actionability (CAc)
CAc(e) — The extent to which AI systems can initiate or coordinate transactions on behalf of users, subject to authorization and safety constraints.
CCComputational Conversion (CC)
CC — The rate at which AI-mediated selection and recommendation convert into actual transactions or economic outcomes.
PDPotential Demand (PD)
PD — Economic demand that exists or could exist but is not realized through AI-mediated channels due to exclusion, friction, or transmission gaps.
Core Formulas
Formal relationships that define and connect research primitives
Agent-Readiness Index
View primitive →ARI(e) = D(e) × I(e) × C(e) × V(e) × P(e) × T(e)Multiplicative because if one dimension is zero, the object may be online but not agent-ready.
Global Agent-Readiness Index
View primitive →GARI(e, j) = ARI(e) × J(e, j) × S(e)Extends ARI with jurisdictional legibility and semantic portability for cross-border markets.
Representation Capital Chain
RC(e) → CV(e) → CE(e) → ARI(e) → GARI(e, j)Representation Capital improves Computational Visibility and Computational Eligibility; ARI operationalizes eligibility; GARI extends it across jurisdictions.
Agent-Readiness Maturity Levels
These maturity levels translate ARI/GARI into an institutional assessment tool for platforms, property owners, funds, banks, public administrations, and policy makers.
How Primitives Connect to Concepts
Mapping between research primitives, concepts, and their role in the Representation Economy research program
| Primitive | Concept | Paper | Role |
|---|---|---|---|
ARI(e) | Agent-Ready Market Infrastructure | Agent-Ready Market Infrastructure | Measures agent-readiness |
GARI(e, j) | Global Market Access | Agent-Ready Market Infrastructure | Extends ARI across jurisdictions |
RC(e) | Representation Capital | Representation Capital | Input layer |
CV(e) | Computational Visibility | Computational Sovereignty | Discovery condition |
CE(e) | Computational Eligibility | Agent-Ready Market Infrastructure | Access condition |
VPR(e) | Verified Property Records | Agent-Readable Property Markets / ARMI | Real estate implementation object |
CCI | Inferential Monopoly Theory | Inferential Monopoly Theory | Market power infrastructure |
DNTB | Digital Non-Tariff Barriers | Agent-Ready Market Infrastructure | Trade friction primitive |
J(e, j) | Jurisdictional Legibility | Agent-Ready Market Infrastructure | Cross-border understanding |
S(e) | Semantic Portability | Agent-Ready Market Infrastructure | Cross-border comparability |