Advanced Machine Learning Platform for Natural Therapeutic Discovery
Building AI-powered research tools to validate traditional medicine knowledge and discover botanical therapeutics through systems biology | Platform Development Stage
Six Research Platforms. One Integrated Health Ecosystem.
Our OmniPath infrastructure powers breakthrough research platforms that validate traditional medicine knowledge across the complete circle of health—from clinical care to mental wellness, nutrition, and environmental health. We combine advanced ML algorithms with systems biology to discover natural therapeutics while ensuring communities benefit from their knowledge contributions.
Clinical & Mental Health
FairTrace: Healthcare AI bias correction
NeuroBotanica: Botanical therapeutic analysis
MediPath: Traditional medicine integration
Nutrition & Agriculture
ArgoPath: Nutritional genomics
Food security through traditional knowledge
Sustainable agriculture optimization
Environmental Health
EcoPath: Environmental wellness
Traditional ecological knowledge
Community health resilience
Platform Development Stage | Active Patent Filing
Cloak and Quill Research is currently in the platform development and patent protection phase. The OmniPath infrastructure is complete and operational. We are actively developing FairTrace (healthcare AI bias correction) for January 2026 launch, with VeriTrad (traditional knowledge validation) following in Q4 2025.
Patent Portfolio: 5 filed/filing (VeriTrad, OmniPath, CommunityForge, FairTrace, NeuroBotanica) = 3 trade secret implementation (MediPath, ArgoPath, EcoPath).
Research partnerships and pilot programs available for healthcare systems, academic instutions, and traditional medicine practitioners.
CommunityForge: Communities Own Their Innovations. Always.
Every research discovery starts with traditional knowledge. CommunityForge ensures communities benefit from the therapeutic breakthroughs their wisdom enables.
Through blockchain attribution and automated benefit-sharing, 70% of platform revenue flows directly to knowledge-contributing communities, 25% funds STEM education programs, and 5% maintains infrastructure. Communities maintain 60% veto power over commercial applications of their knowledge.
This isn't charity—it's recognition that scientific advancement requires ethical partnerships, not extraction.
Blockchain Attribution
Cryptographic provenance tracking ensures proper credit for traditional knowledge contributions to scientific discoveries.
Automated Revenue Distribution
Smart contracts guarantee 70% of research platform revenue reaches contributing communities—no intermediaries.
Community Governance
Knowledge holders maintain 60% veto power over commercial applications and research uses of their contributions.
Bridging Traditional Wisdom and Modern Medicine
For centuries, traditional medicine has provided healing knowledge passed down through generations. Yet this wisdom remains largely unvalidated by modern science—and when it is studied, communities rarely benefit from the discoveries.
We're changing that. Our ML-powered platforms validate traditional therapeutics through rigorous systems biology while ensuring communities share in the scientific and economic value their knowledge creates.
The result: proven natural therapeutics, healthcare equity through bias-free AI, and sustainable partnerships between traditional knowledge holders and modern medicine.
Statistics
Target: 100+ Traditional Medicine Practices Validated by 2026
Target: 50+ Natural Therapeutic Compounds Discovered Through NeuroBotanica
Target: <5% Demographic Bias in Healthcare AI (FairTrace)
Impact
Target: 50+ Communities as Research Partners (Not Extraction Subjects)
Target: $2M+ Distributed to Communities by Year 2
Target: 200+ Community Members in STEM Education Programs
Partner With Us
Interested in research partnerships, pilot programs, or community collaborations? We work with healthcare systems, academic institutions, pharmaceutical companies, and traditional knowledge holders to advance natural therapeutic discovery. Fill out the form and we'll connect you with the right research team.