From Semiconductor Fabrication to Regenerative Agriculture 

Twenty years of elite cultivation expertise meets Intel manufacturing precision—engineering biological predictability at commercial scale. 

The Fab-to-Farm Methodology 

After getting called to recover a 50-acre hemp disaster with zero processes, I knew I needed to learn from the best. So I targeted, and was employed through a temp-to-hire at Intel. Intel is, arguably one of the best-in-the-world at engineering, process design, and logistics. I spent a year in the semiconductor fab. I wasn't there to build a career. I was there to learn and observe. I then took that invaluable experience and applied it to what I had learned from my elders, from the green thumbs who had gone before me like Dr. Elaine Ingham, Dragonfly Earth Medicine and others.

The result? Sovereign Systems Architecture—a framework that treats soil biology with the same engineering rigor Intel applies to silicon wafers.

Not guesswork. Not tradition. Engineered predictability.

Award-Winning Performance Through Regenerative Systems 

Competition Validation:

• 2024 Oregon Leaf Bowl Winner

• 2023 Growers Cup Winner

• 23.32 lbs from 32 sq ft documented yield

• Elite quality without synthetic dependency

Proprietary Methodology:

• Carbon Battery (subterranean woody biomass hydration)

• PFD (Persistent Filtration Defense)

• IMO (Indigenous Microorganism) protocols

• Permanent living soil architecture

Sovereign Systems Architecture 

This isn't organic farming. This is biological engineering.

Every protocol follows the same "Trust but Verify" framework I learned in semiconductor manufacturing:

• Document every input

• Measure every output

• Validate every assumption

• Engineer for repeatability

The difference? Instead of controlling photolithography, we're orchestrating soil food webs. Instead of chemical vapor deposition, we're managing mycelial exudates.

Same precision. Different substrate.

From Craft to Commercial Scale 

Today, Peak Cultivar applies this methodology to mid-to-large commercial operations worldwide—from validation modules to full facility transitions.

We work remotely through Oregon-based Command Center operations, providing weekly directives based on sensor data, microscope audits, and biological monitoring.

The goal: Pharmaceutical-grade predictability through regenerative systems—engineered for consistency, designed for profitability.

Regenerative Over Extractive 

Turn off the bottles. Build the garden.

Commercial cannabis became dependent on synthetic inputs because the industry prioritized speed over sustainability. We prove there's a better path—one that produces elite results while building biological assets, not depleting them.

This isn't compromise. This is evolution.

Josh Blair

Based in Hillsboro, Oregon, Josh Blair brings over 20 years of commercial cultivation experience combined with Intel Corporation's manufacturing precision methodologies.

Through Peak Cultivar, he consults with commercial operations worldwide—transitioning facilities from synthetic dependency to regenerative biological systems that deliver pharmaceutical-grade predictability at scale