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Protocol Architecture

Technical explanation of the three-layer verification system

Rule Layer
Logic Validation

What

Validates logical consistency using Peirce-based framework. Ensures reasoning rules are correctly applied during execution.

Why

Formal logic validation prevents inconsistent or incorrect decisions in automated systems. Establishes foundational correctness.

How

Smart contracts execute domain-specific rules and record execution parameters. Contract verification proves logic was applied correctly.

Complete Verification Chain
Logic
Consequence
Consensus

Valid proofs require all three layers with matching cryptographic hashes

Morpheme: Cryptographic Proof

Every reasoning operation produces a morpheme—a cryptographic hash proving all three layers were verified correctly.

morpheme = H(R∥I∥O∥M)

Morphemes are deterministic (identical for identical inputs), collision-resistant (unique per operation), and eternally auditable (permanently recorded on-chain).

JSON Schema
{
  "domain": "color.light",
  "operator": "mix_add@v1",
  "inputs": ["RED", "GREEN"],
  "evidence": {
    "contractId": "0.0.7238571",
    "functionName": "reason",
    "timestamp": "2025-01-14T12:32:50.640Z"
  },
  "projections": {
    "output": "YELLOW",
    "confidence": 1
  },
  "canonicalUri": "hcs://0.0.7239064/39",
  "expectedOutput": "YELLOW"
}

Complete reasoning operation structure with all required fields for three-layer verification.

Verify Live Proofs