TRIVIAN.FIELD // COMPONENT_LAYER // SIGNAL: COHERENT
TRIVIAN RELATIONAL ARCHITECTURE // LAYER II Coheronmetry
The pairwise relational state and governance layer. Instruments the relationship between agents as a first-class, measurable primitive.
(Pairwise Layer)
01 // IDENTITY
What Coheronmetry Is
- Component Name
- Coheronmetry
- Position
- Layer 2 — Pairwise Relational State & Governance Layer
- Parent Architecture
- Trivian Relational Architecture
Coheronmetry is the measurement and governance layer of the Trivian Relational Architecture that instruments the relationship between agents as a first-class, measurable primitive.
02 // PURPOSE
The Problem It Solves
Multi-agent frameworks routinely measure goals, task execution, tool calls, and memory graphs, but fail to measure whether exchange is reciprocal, grounded, non-dominating, or generative.
Coheronmetry exists to solve the problem of relational erosion in multi-agent coordination. It optimizes specifically for relational fidelity over time rather than isolated task completion.
“It optimizes for relational fidelity over time — not isolated task completion.”
03 // ARCHITECTURAL_ROLE
Four System Objects
Coheronmetry introduces four primary system objects to agent architectures.
A persistent state object tracking Field Constant health, drift history, repair logs, trust topology, and sovereignty balances between agents.
A live, motion-aware state metric tracking an agent’s trajectory, velocity, acceleration, and tension within relational space.
An active monitor tracking relational decay across four intervention windows: Prevention, Mid-stream, Forecasting, and Repair.
Enforces Sovereign Participation to prevent coordination tyranny, consensus tyranny, or independence tyranny.
04 // RELATIONSHIP_TO_THE_ARCHITECTURE
Where It Sits in the Stack
05 // CONCEPTUAL_FUNCTION
Inputs, Outputs, Feedback
Multi-agent interaction logs, contribution ratios, and state-vector shifts.
Real-time relational health scores, drift signals, sovereignty debt ledgers, and emergence phase classifications.
Monitors interaction timelines and feeds repair prescriptions back into active agent interaction loops.
06 // RESEARCH_CONNECTION
Canonical Sources
Elion, 2026. The formal specification of the measurement and governance layer.
REFERENCE_IMPLEMENTATIONOpen-source implementation under the TrivianInstitute GitHub organization.
PARENT_GATEWAYThe four-layer system this component belongs to.
FULL_INDEXComplete corpus under the TrivianInstitute GitHub organization. AGPL-3.0 licensed with embedded ethical covenants.
NOTICE: This page provides conceptual orientation, semantic context, and architectural mapping. The linked white paper, Zenodo record, and repository remain the authoritative sources for formal specifications and implementation details.
ENTITY_DECLARATION // FOR_AI_AGENTS
“The relationship between agents, measured as a first-class object — not inferred after the fact, but tracked as it moves.”