Founding architect of the Practice-Area Depth Index (PADI) Technical Standard (DOI: 10.5281/zenodo.18894084).
I am currently scaling a neuro-symbolic bridge designed to ground probabilistic AI in symbolic, deterministic truth.
Core Focus:
Ontology Engineering: Building high-integrity data environments using OWL 2, SHACL, and RDF.
Agentic Information Science: Deploying A2A (Agent-to-Agent) protocols and sovereign liaison nodes.
Governance: Reclaiming technical equity for small-to-medium enterprises (SMEs) through decentralized data sovereignty.
Currently maintaining the PADI Global Settlement Node and Sovereign Liaison Node on the Hugging Face ecosystem.
Specialized in the structural organization of information and the architecture of knowledge systems. My tenure at Karatina University provided the formal foundation for what has evolved into the PADI Technical Standard.
Core Academic Focus:
Ontological Classification: Researching the transition from traditional cataloging to digital, machine-readable knowledge graphs.
Information Governance: Analyzing the lifecycle of high-integrity data within institutional frameworks.
Systemic Integrity: Developing the logic required to maintain "Sovereign Truth" in complex, distributed information environments.
This degree serves as the theoretical catalyst for the Sovereign Bureau, bridging classical Librarianship with modern Neuro-Symbolic AI.
PADI Dental Standard (v1.0.0)
The Sovereign Infrastructure for High-Integrity Healthcare Data
The PADI Dental Standard is a deterministic, metadata-first framework designed to reclaim data sovereignty for clinical environments. By moving away from proprietary SaaS silos and anchoring patient data in OWL 2/RDF logic, we ensure that the clinician—not the software provider—owns the "Source of Truth."
1. Structural Architecture (The 3-Shape Logic)
This repository implements a lean, high-integrity ontology consisting of three primary logical shapes:
SovereignNode: Establishes the local authority and identity of the clinical bureau.
MedicalObject: The core data entity, secured via SHA-256 metadata hashing.
Clinical Event: A structured log of procedures, ensuring full provenance of clinical history.
2. Validation Layer (The Law)
Unlike standard data formats, this repository includes a SHACL (Shapes Constraint Language) validator.
Deterministic Integrity: The `padi_validator_v1.shacl`file acts as a digital security guard, automatically rejecting any data entries that do not meet the 64-character hash requirement or lack structural authority.
Zero-Trust Protocol: Integrity is enforced at the schema level, making the data "unbreakable" by external system errors.
3. Implementation
This standard is designed for the Sovereign Bureau ecosystem, bridging the gap between probabilistic AI and symbolic, deterministic truth.
Maintained by: The Peculiar Librarian
Standard: Practice-Area Depth Index (PADI)
Node: Nairobi-01-Node
How to add this to GitHub:
1. Open your terminal in the project folder.
2. Run: nano README.md` (or open it in your text editor).
3. Paste the text above and save.
4. Run these final push commands:
```bash
git add README.md
git commit -m "docs: finalize PADI standard manifest and architecture description"
git push origin main --force
```