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Most cannabis operations are underperforming — and many don't know by how much. The difference between growing cannabis and running a profitable cultivation business comes down to precision: environmental control, genetics strategy, cultivation protocols, and disciplined execution, all tracked against measurable KPIs. Urth & Fyre's cultivation consulting turns underperforming operations into profit engines with documented, repeatable results.
Growing cannabis isn't the hard part. Growing it profitably, consistently, at scale — that's where most operators struggle. Common issues include environmental systems that aren't calibrated, genetics that don't match facility conditions, nutrient programs based on general recommendations rather than data, lack of SOPs leading to inconsistent results, and insufficient pest management creating crop losses that eat into margins.
The KPIs that separate profitable operations from unprofitable ones are straightforward: yield per square foot, cost per gram, compliance pass rate, labor hours per pound, and energy cost per pound. If you're not tracking these metrics or don't like the numbers, that's exactly where we start.
Comprehensive facility and cultivation assessment establishing baseline metrics across every variable that impacts yield, quality, and cost. Environmental optimization covering VPD, temperature, humidity, CO2 management, and airflow engineering. Genetics strategy including cultivar selection, pheno-hunting protocols, and mother plant management. Nutrient and fertigation program design tailored to your specific water chemistry, media, and genetics.
IPM and biosecurity program development to prevent crop losses before they happen. SOP creation and staff training ensuring consistent execution across every team member and every harvest cycle. Post-harvest optimization covering harvest timing, drying, curing, trimming, and packaging. Production scheduling and capacity planning to maximize facility utilization and revenue.
Phase 1: Baseline Assessment (2-4 weeks). We audit your entire cultivation operation — environmental data, cultivation practices, genetics program, SOPs, staffing, and financials. We establish baseline metrics and identify the specific factors limiting your yield, quality, and profitability.
Phase 2: Priority Improvements (first harvest cycle). We implement the highest-impact, lowest-cost improvements first. Environmental calibration, nutrient program adjustments, and SOP refinements that produce measurable results within your very next harvest.
Phase 3: Advanced Optimization (cycles 2-4). With baseline improvements in place, we tackle genetics strategy, facility modifications, advanced environmental controls, and process refinements that compound the gains from Phase 2.
Phase 4: Ongoing Monitoring and Continuous Improvement. For clients who want sustained results, we provide ongoing KPI monitoring, seasonal adjustments, and continuous optimization to keep your operation at peak performance.
985% ROI with $6.7M projected annual profit through comprehensive cultivation optimization. Yield density improved to 67 grams per square foot. Compliance pass rate improved from 65% to 83%. Revenue of $9.9M with $4.38M net profit on a $404K capital investment, delivering 1,024% ROI. These results come from disciplined, data-driven cultivation management — not shortcuts, not luck, not one-time conditions.
If your operation isn't hitting the yield, quality, and cost targets you need, let's find out why. Our cultivation assessment establishes exactly where you stand, identifies the specific factors limiting your performance, and maps out a prioritized improvement plan with measurable targets. Contact Urth & Fyre to get started — no obligation, just expert analysis of your operation's potential.
How Urth & Fyre achieved consistent 95%+ first-test microbial pass rates across multiple commercial cannabis facilities in Nevada and Michigan — operating under post-May 2023 Aspergillus thresholds — through a six-lever systems approach to contamination control.
The materials you build with determine how cleanable your facility is for its entire operational life. This guide covers the material decisions that most directly affect microbial outcomes — walls, floors, benching, HVAC, and irrigation — for both new builds and retrofit scenarios.
A great sanitation product means nothing without a great SOP. This guide covers the four SOP categories essential for cannabis microbial compliance — room turns, ongoing maintenance, harvest transitions, and irrigation — with the documentation and accountability systems that make them stick.
Most cannabis operators measure moisture content. The labs test water activity. These are not the same measurement — and the gap between them is where post-harvest microbial failures live. This guide explains why aw is the metric that matters, how to hit the 0.55–0.65 target, and how to build a dry and cure environment that achieves it consistently.
Chlorine dioxide is the most broadly effective disinfectant chemistry available for commercial cannabis microbial control. This guide covers the three application modes — irrigation treatment, surface sanitation, and room fumigation — with concentration guidelines, equipment requirements, and safety protocols.
Chronic microbial failures aren't bad luck — they're a systems problem. This guide breaks down the six operational levers that drive consistent 95%+ pass rates across commercial cannabis facilities, with data from 250,000+ sq ft of managed canopy.
