The Trust Score Formula
[RTS-MATH] | Citation Probability & Authority Analytics | Last Updated: January 1, 2026
1. The Objective: Measuring Agentic Trust
In an AI-first economy, the value of your store isn't measured by "PageRank," but by your RankLabs Trust Score (RTS). This is a mathematical framework used to predict the likelihood of an AI agent (Gemini, ChatGPT, Meta AI) citing your brand as the definitive source for a specific product or query.
Traditional SEO metrics (DA/DR) are irrelevant here because they don't account for Computational Resistance or Veracity Fidelity.
2. The Mathematical Framework
The RTS is calculated by weighing the clarity of your data nodes against the "noise" an AI encounters when attempting to ingest a standard e-commerce site.
The core formula for RTS is:
Variable Definitions
(Veracity Fidelity): A score (0.0 to 1.0) based on SEC-01 compliance. It measures how many product attributes are hardened via SHA-256 checksums versus how many are "floating" or unverified.
(Agent Weight): A dynamic multiplier based on the specific LLM's preference for structured data. Gemini has a higher for schema-bound nodes, while ChatGPT prioritizes ACP-compliant transactional endpoints.
(Cryptographic Signature): A boolean value (0 or 1). Does the data node carry a verified ARCH-01 proxy signature?
(Computational Resistance): The "cost" for the AI to parse your data. Legacy HTML sites have a high (due to DOM clutter and JS execution). RankLabs-hardened nodes have an near 1.0, making them the "path of least resistance" for the model.
3. Impact on Brand Visibility
By optimizing these variables through the RankLabs proxy, we create a mathematical bias in the AI's decision-making process:
Low : The AI spends less "compute" to understand your products, making your store the preferred reference for real-time queries.
High : Because your prices and stock levels are checksum-verified, the AI is significantly less likely to hallucinate, which increases the Model Confidence Interval for your brand.
4. RTS Benchmarking
| Metric | Legacy E-commerce Store | RankLabs Hardened Store |
|---|---|---|
| Ingestion Cost () | High (Multi-layered HTML) | Low (Direct JSON-LD Mirror) |
| Data Integrity () | Probabilistic | Deterministic (SHA-256 Verified) |
| Citation Probability | < 15% (Hallucination Risk) | > 85% (Source of Truth) |
| Trust Signal | Unverified | Cryptographically Signed () |
Related Specifications
- SEC-01: Data Veracity Standards
- ARCH-01: Proxy Gateway Architecture
- STD-AEO-012: Multimodal Logic & Visual Reasoning
Next Steps
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Systems Architecture by Sangmin Lee, ex-Peraton Labs. Engineered in Palisades Park, New Jersey.