The MycoResin™ platform is structured as a multi‑layered biological activation system designed to move from laboratory fungal science to predictable plantation deployment. The architecture integrates microbiology, plant physiology, data monitoring, and standardized field operations into a cohesive commercial framework.
1. Biological Input Layer – Fungal Consortium Engineering
- Selection of compatible endophytic and rhizospheric fungal strains
- Screening for plant compatibility, signaling strength, and stability
- Controlled cultivation and preparation protocols
- Quality assurance checks prior to field deployment
This layer ensures biological consistency and minimizes uncontrolled variability.
2. Induction & Activation Layer – Controlled Biotic Signaling
- Age‑specific and species‑specific induction timing
- Calibrated application methodology (dose, placement, frequency)
- Stress‑response modulation without excessive tissue damage
- Activation of defense‑linked secondary metabolite pathways
This layer is responsible for triggering resin biosynthesis while preserving tree vitality.
3. Monitoring & Data Intelligence Layer
- Baseline tree health assessment
- Scheduled visual and structural inspections
- Resin mapping and progression tracking
- KPI benchmarking across pilot cohorts
Standardized data collection enables repeatability, comparability, and investor‑grade reporting.
4. Field Deployment & SOP Layer (Lab‑to‑Land™)
- Step‑by‑step operational manuals
- Technician training modules
- Compliance and safety protocols
- Replicable estate‑scale workflow design
This layer converts proprietary biological science into scalable commercial operations.
5. Feedback & Optimization Loop
- Performance analytics from pilot sites
- Iterative refinement of dosage and timing
- Cost optimization modeling
- Cross‑site validation before scale expansion
The architecture is intentionally designed as a closed optimization loop, allowing continuous protocol improvement prior to large‑scale licensing or estate deployment.