A Governance-First Architecture for Auditable Agentic Reasoning Hybrid State-Space · Structurally-Primed Discrete Anchors · Anti-Scale Training Discipline
This repository hosts the defensive preprint, governance documents, threat model, and disclosure boundary for DOORM Genmount WorldModel-OS — a hybrid local/cloud operating system for auditable agentic world models, paired with the model-agnostic Finetune Workbench.
- What this is. A position + system paper proposing seven cognitive increments for auditable agentic reasoning, grounded in a discrete state-space (8 base / 64 paired / 384 ordinal anchors), a four-level rollback contract embedded in every inference trace, and an anti-scale training discipline. Applications: Traditional Chinese Medicine (TCM) syndrome differentiation and rehabilitation robotics.
- What this isn't. An empirical benchmark paper. No metrics are claimed in v0.2. The reproducibility envelope, three release gates, non-coverage list, and falsification criteria are specified in §11.
- Open vs closed. L1 (platform skeleton) + L2 (training methodology) are AGPL-3.0-or-later / CC BY 4.0. L3 (production weights, clinical adapters, partner data, commercial terms, device auth keys) is held under separate commercial / clinical governance.
| File | Description |
|---|---|
PAPER-v0.2-en.md / .pdf |
English paper |
PAPER-v0.2-zh.md / .pdf |
Chinese paper (中文版) |
LICENSE |
CC BY 4.0 |
CITATION.cff |
Citation metadata |
SECURITY.md |
Security contact |
The platform and workbench code (separately governed):
- Genmount WorldModel-OS — L1 platform skeleton (AGPL-3.0-or-later)
- Genmount Finetune-Workbench — L2 training workbench (AGPL-3.0-or-later); base-model agnostic
Use the CITATION.cff entry (GitHub auto-generates citation buttons), or:
@misc{doorm2026worldmodel,
title = {DOORM Genmount WorldModel-OS: A Governance-First Architecture for Auditable Agentic Reasoning},
author = {Tong, Li and Tong, Tong and Wu, Lihua},
year = {2026},
doi = {10.5281/zenodo.20053545},
url = {https://github.com/doorm-ai/Genmount-WorldModel-OS-Governance}
}| Author | Role | Affiliation |
|---|---|---|
| Tong Li¹* | Conceptualization; Methodology; Software (system architecture); Writing | DOORM AI PTE. LTD. |
| Tong Tong¹ | Software (implementation, deployment); Data curation; Validation; Project administration; Funding | DOORM AI PTE. LTD. |
| Wu Lihua² | Conceptualization; Investigation (literature review); Writing – review | Independent Researcher |
¹ DOORM AI PTE. LTD. (UEN 202441729W), Singapore ² Independent Researcher * Corresponding author: service@doorm.ai
Author order reflects relative contribution, not academic seniority.
- Paper + governance documents: CC BY 4.0
- Linked code repositories: AGPL-3.0-or-later (see those repos individually)
| Tier | Status | Scope |
|---|---|---|
| L1 Platform skeleton | ✅ Open (AGPL-3.0) | Service architecture, gateway, audit, state space, redactor |
| L2 Training methodology | ✅ Open (AGPL-3.0 + CC BY 4.0) | 5-class data pipeline, 3 quality gates, bucketed evaluator |
| L3 Production artifacts | ❌ Closed | Production LoRA weights, clinical adapters, partner medical data, commercial license terms, device authentication keys |
L3 is held under separate commercial / clinical governance by DOORM AI PTE. LTD.
- Corresponding author: service@doorm.ai
- Issues: GitHub Issues
- Security disclosure: see SECURITY.md
No artifact is considered officially released by DOORM AI until all three gates are passed:
- Reproducibility gate — A third party can run
run_dataset_v1.py → train → evalon a single consumer GPU (RTX 3090 / 4090, 24 GB VRAM) within 24 hours, producing a v1 adapter matching the referenceadapter_version. - Benchmark gate — At least one bucketed metric in the domain evaluation (TCM + rehabilitation robotics) with a pre-registered rollback threshold.
- Real-adoption gate — At least one MOU or paid deployment with a medical institution. (Partner identities not disclosed in this draft.)
Until all three are passed, every claim in this paper is, by our own framing, falsifiable conjecture — not validated science.