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MARGARITA MONTAÑEZ DAVENPORT

D.N.Psy., BCHN, CBHP
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Summary

Founder and CEO of Future Systems Lab (FSL), a decentralized Web3 platform for sovereign health data governance built on wallet-signed bilateral consent architecture and blockchain-verified session attestation. Thirty-year clinical background spanning dental practice, naturopathic psychology, and orthomolecular medicine, combined with self-taught applied engineering in blockchain systems, decentralized infrastructure, and AI-driven architectures. Active author on healthcare sovereignty and consent-based data systems at America Out Loud. Applicant to Arizona State University Doctor of Engineering (DEng), Spring 2027.


Research Interests


Professional Experience

Founder & Chief Executive Officer
Future Systems Lab (FSL)
Weekly Contributing Author
America Out Loud
Contributing Writer
Energetic Health Institute
Founder & Clinical Director
Naturopathic Psychology & Hypnosis Center
Founder & Clinical Director
SunCodes Holistic Health
Practice Operations Lead & Clinical Lead
Riccobene Associates Family Dentistry
Licensed Dental Hygienist (RDH) — North Carolina License #7177
Private Practice

Education


Professional Memberships


Certifications


Technical Skills

Blockchain & Web3
Solidity, Hardhat, ERC-20/721, EIP-191, EIP-712, Ethers.js, wagmi, viem, MetaMask, WalletConnect, Rabby, XRPL, HKDF key derivation
Decentralized Infra
IPFS, Filecoin, Pinata, Lighthouse, libp2p, Gitea, Radicle, Cloudflare, VPS systems
App Development
React, Next.js, Zustand, JWT, PostgreSQL, Flask, REST APIs
AI Systems
Multi-agent orchestration, OpenRouter API, Python, Streamlit, automation pipelines
Health Informatics
HL7, FHIR, OMOP, clinical data modeling, EHR mapping, orthomolecular medicine, amino acid therapy
Engineering Mgmt
Platform governance, regulatory design, decentralized architecture strategy

Research

EIP-191 Consent Architecture for Sovereign Behavioral Health Data Governance
Lead Author · Manuscript in preparation · Target journal: Blockchain in Healthcare Today (BHTY)

Establishes the EIP-191 wallet-signature consent pattern as a generalizable architecture for sovereign data governance, with regulated behavioral health as the deliberate stress-test domain. Documents the implementation deployed across the nine-contract Sepolia ecosystem.


Selected Publications


Open-Source Contributions

Self-directed contributions to healthcare informatics and decentralized identity infrastructure. Applied projects: Secure Health Login (practitioner-facing smart wallet authentication) and Future Systems Lab (decentralized wellness ecosystem with wallet-signed consent).

bcgov/aries-vcrPR #811Merged
openmrs/openmrs-module-fhir2PR #577Open
openmrs/openmrs-contrib-fhir2-igPR #63Open

Intellectual Property


Deployed Smart Contracts — Ethereum Sepolia

ContractAddress
HypnoNeuro Token (HNT)0x1ae1e1...84e2
EncryptHealthToken (EHT v2)0x93583a...bd88
HypnoNeuroNFT0xCb9EcB...7771
SovereignLedger v20x4afA57...aCc4
AlchemistForge0x5e1757...3c3B
SovereignSession0xbeb13A...65A1
NeuroBalanceConsent0x215718...96b8
FSL Sovereign Achievement0xC3F11d...9B8D
BenevolenceFund v20x96E800...251B

Proposed Applied Research (DEng)

Bilateral Wallet-Signed Consent: A Custom Signature Protocol for Decentralized Sovereign Data Governance, with Behavioral Health as Proving Ground

Applied doctoral research investigating bilateral wallet-signed consent with client-side encryption for behavioral health data governance. Phase 1 deployed; Phases 2–4 scaffolded/specified on Ethereum Sepolia testnet. Phase 5 is the doctoral contribution and is not implemented: each party produces an EIP-191 plain-language consent signature and an EIP-712 typed structured session attestation signature; the second party's EIP-712 signature cryptographically embeds the first party's; session encryption keys derive via HKDF from both parties' EIP-712 signatures such that neither party, nor the infrastructure operator, can decrypt session material alone.

While FSL uses behavioral health as its proving ground, the architecture is domain-agnostic — demonstrating that any system requiring consent-first data governance, bilateral verifiable consent, and trustless auditability can be built and stress-tested using this model.