Future Systems Lab is an applied research and development studio documenting end-to-end system building—from physical wellness environments and biosensing prototypes to digital platforms, blockchain-enabled services, and decentralized healthcare software.
The lab uses healthcare—particularly mental health—as the ultimate stress test for data integrity, governance, interoperability, and human-centered system design.
To design and validate end-to-end decentralized systems under real operational and regulatory constraints. By integrating applied informatics, decentralized identity, blockchain-based consent, and analytics, the lab demonstrates that if secure systems can operate in healthcare, they can scale across any complex enterprise or global domain.
To establish a systems benchmark where data sovereignty, verifiable consent, biosignal integrity, and governance-aware infrastructure are proven under maximum constraint—enabling architectures that are interoperable by design and transferable across industries.
Integrity
Audit-ready data, reproducible systems, and verifiable design decisions across the full lifecycle
Scalability
Architectures that function locally, interoperate globally, and evolve without redesign
Autonomy
User-controlled identity, consent, and participation embedded as first-class primitives
Governance
Compliance-aware design integrated directly into technical architecture, not added later
This work reflects a deliberate progression from physical systems → digital platforms → decentralized healthcare infrastructure.
Everything here was built to operate in the real world, not as abstract demos.
I designed and operated a fully functioning brick-and-mortar wellness retail and clinical-adjacent environment, responsible for:
- Physical store layout and user flow design
- Intake, education, and customer experience systems
- Regulatory-aware operations and documentation
- Inventory, pricing, and analytics workflows
This phase grounded my work in real operational risk, compliance, and human behavior.
I developed physical wellness and orthomolecular products end-to-end, including:
- Formulation design and sourcing
- Supplier verification and COA management
- Traceable inventory and provenance systems
- Transparency practices aligned with consumer trust
These workflows later informed my work in data integrity, auditability, and governance design.
I explored biosensing and physiological signal capture as part of wellness and healthcare systems, including:
- Sensor-driven data capture concepts
- Integration of physical signals with digital dashboards
- Consideration of signal integrity, noise, and misuse
- Early thinking around consent, data ownership, and downstream analytics
This work bridged physical bodies and digital systems, shaping later consent-aware architectures.
I transitioned physical services into digital-first offerings, exploring:
- Online service delivery and dashboards
- Early cryptocurrency payment flows
- Token-based engagement and incentives
- Analytics for behavior, participation, and outcomes
This phase connected physical commerce with emerging financial and data infrastructure.
Building on these foundations, I developed decentralized mental wellness systems focused on:
- Wallet-based identity and authentication
- Privacy-preserving, non-custodial user flows
- Modular, narrative-driven therapeutic frameworks
- Tokenized participation and progression models
These systems test how mental wellness can function without centralized data custody.
My current work focuses on healthcare-grade, governance-aware systems, including:
- Consent-aware authentication (EIP-712, wallets)
- End-to-end decentralized system design (identity → consent → data → analytics)
- Interoperability and data exchange patterns
- HL7/FHIR-aligned architecture thinking
- Compliance-aware and audit-ready system design
Healthcare is treated as the ultimate systems stress test—where failures are unacceptable.
Core architecture diagrams, biosensing designs, system logic, and governance frameworks are maintained in private, invite-only repositories.
Public access is intentionally restricted to protect pre-commercial IP, security design, and governance logic.
Access to these materials is available to recruiters, academic reviewers, and partners upon request.
Where diagrams or system representations are published publicly, they are paired with reproducible source definitions to support verification, traceability, and academic review.
This approach supports rigorous evaluation across: Security • Biosensing • Full Systems • Blockchain • AI / Data
Archived portfolio artifact exploring privacy-first wellness services, early Web3 payment concepts, and trauma-informed UX.
This work informed later decentralized mental wellness systems.
Status: Retired / Archived
Use: Educational and portfolio reference only
Repository:
https://github.com/Future-Systems-Lab/anonymous-therapy-prototype
Category: Applied Retail Systems & Data Integrity
Focus: Product Lifecycle • Provenance • Analytics
CBD Continuum was a fully operating brick-and-mortar wellness retail business in Apex, North Carolina. It is preserved as a historical case study demonstrating:
- End-to-end business creation and operation
- Physical product design and formulation
- COA verification and transparency practices
- Traceable inventory and provenance workflows
Repositories:
https://github.com/Future-Systems-Lab/CBD-Continuum-Retail/tree/main/CBD-Products
https://github.com/Future-Systems-Lab/CBD-Continuum-Retail/tree/main/CBD-Products/COAs
© 2025 Future Systems Lab
All rights reserved. Unlicensed. Educational and research use only.