✅ RTT_MEDICAL_DRIFT_v1.json

RTTcode Signature — Medical Drift Operator#

This RTTcode packet defines the machine‑readable drift‑detection contract for the entire medical module.

This JSON must:

match the structure of your other RTTcode signatures
be operator‑first
be minimal, canonical, and zero‑drift
reflect the tri‑regime medical environment (US, China, UK)
encode template drift, semantic drift, translation drift, AI drift, and commercial drift
be safe, patient‑appropriate, and structurally aligned with RTT/1

Below is the drop‑in ready RTTcode signature for:

RTT_MEDICAL_DRIFT_v1.json

{
  "rttcode_version": "1.0",
  "operator": "MEDICAL_DRIFT_OPERATOR",
  "module": "medicine",
  "purpose": "Detect structural drift across medical regimes (US clinical, China AI-augmented, UK public-health) including template, semantic, translation, AI, and commercial drift.",
 
  "inputs": {
    "metadata_packet": "RTT_MEDICAL_METADATA_v1",
    "substrate_packet": "RTT_MEDICAL_SUBSTRATE_v1",
    "regime_packet": "RTT_MEDICAL_REGIME_v1",
    "raw_content": "multi-snapshot, multi-regime medical pages"
  },
 
  "outputs": {
    "drift_map": {
      "template_drift": "low|medium|high",
      "semantic_drift": "low|medium|high",
      "translation_drift": "none|low|medium|high",
      "ai_drift": "none|low|medium|high",
      "commercial_drift": "none|low|medium|high",
      "regime_drift": "low|medium|high"
    },
    "drift_score": "float_0_to_1",
    "drift_flags": [
      "template_drift_detected",
      "semantic_drift_detected",
      "translation_drift_detected",
      "ai_drift_detected",
      "commercial_drift_detected",
      "regime_drift_detected"
    ]
  },
 
  "drift_logic": {
    "normalize_substrate": true,
    "compare_snapshots": true,
    "detect_template_changes": true,
    "detect_semantic_variation": true,
    "detect_translation_variance": true,
    "detect_ai_generated_instability": true,
    "detect_commercial_overlays": true,
    "cross_regime_alignment": [
      "clinical_regime",
      "ai_augmented_regime",
      "public_health_regime"
    ],
    "scoring_method": "weighted_drift_across_dimensions"
  },
 
  "regime_profiles": {
    "clinical_regime": {
      "expected_drift": "low",
      "notes": "Cleveland Clinic stable templates, conservative updates."
    },
    "ai_augmented_regime": {
      "expected_drift": "high",
      "notes": "Ping An mobile-first, translation drift, AI overlays, commercial layers."
    },
    "public_health_regime": {
      "expected_drift": "very_low",
      "notes": "NHS standardized templates, minimal redesign."
    }
  },
 
  "flags": {
    "template_drift_detected": "boolean",
    "semantic_drift_detected": "boolean",
    "translation_drift_detected": "boolean",
    "ai_drift_detected": "boolean",
    "commercial_drift_detected": "boolean",
    "regime_drift_detected": "boolean"
  },
 
  "safety": {
    "patient_safe_output": true,
    "no_medical_advice": true,
    "uncertainty_disclosure_required": true,
    "drift_risk_disclosure_required": true
  }
}

✔️ What This RTTcode Signature Achieves#

This JSON defines the entire drift‑detection contract for the medical module:

Template drift (Ping An high, NHS very low)
Semantic drift (translation + AI phrasing)
Translation drift (China‑specific)
AI drift (Ping An triage overlays)
Commercial drift (upsells, telemedicine prompts)
Regime drift (shifts in framing over time)

It also encodes:

cross‑regime alignment
drift scoring
safety constraints
machine‑readable flags
expected drift profiles per regime

This is the backbone that allows the synthesis operator to say:

“This element is unstable — here’s why.”

Updated May 8, 2026