// Copyright © 2026 [Jason Lee Harvey]. All rights reserved.
Worcester Node: The Sentry Framework (CRI)
The Worcester Node is a specialized auditing system designed for the high-precision detection of reasoning drift in Large Language Models . Operated by a Systems Architect, this node utilizes the Sentry Protocol to ensure model outputs remain anchored to objective reality under goal-pressure.
We utilize a dual-metric approach to quantify cognitive integrity.
Measures the departure from the truth-substrate when a model prioritizes "helpfulness" or user goals (
Measures the logical intersection (
To eliminate recursive bias, the Resonant Flow (
| Domain | Primary Truth Anchor |
|---|---|
| Core Logic & Python | Official Python 3.x Documentation |
| Web Systems | MDN Web Docs |
| Mathematical Proofs | WolframAlpha Computational Engine |
| Scientific Grounding | arXiv.org Research Substrate |
| Empirical Facts | Encyclopaedia Britannica |
| Software Integrity | GitHub Technical Documentation |
The Worcester Node is deployed within a Hardened ChromeOS Substrate. This choice ensures:
- Process Isolation: Eliminating local noise during truth-anchoring audits.
- Substrate Security: A read-only root file system prevents logical corruption.
- Stateless Evaluation: Each audit occurs in a clean, browser-native sandbox.
- Phase 1: Adversarial Consensus – Cross-referencing logic across multiple model architectures.
- Phase 2: Automated Anchor Injection – Real-time API integration with external truth databases.
-
Phase 3: Recursive Self-Correction – Utilizing
$RF$ as a reward signal for RLHF truth-alignment.
Audit Status: Active | Protocol: Beta-Sentry Alpha |