MycoQR

ANALYTICS DASHBOARD

Stop Repeating Expensive Mistakes

See exactly which techniques work, which substrates fail, and which conditions predict success—so you stop guessing and start profiting from every grow.

mycoqr.com/dashboard/analytics

HOW IT WORKS

Turn data into decisions

1. Automatic Tracking
Data collection happens as you work

Every scan, stage change, and measurement is automatically logged. No extra data entry—your daily workflow builds a comprehensive analytics database.

2. Pattern Recognition
AI identifies what's working and what's not

Compare success rates across strains, substrates, and environmental conditions. Spot trends before they become expensive problems.

3. Actionable Insights
Get recommendations, not just numbers

See which substrate formulas have the highest yields, which strains resist contamination best, and which environmental ranges maximize profits.

BENEFITS

What you gain

Stop Losing Money on Failed Batches

See which substrate recipes, inoculation methods, and environmental conditions lead to contamination. Eliminate variables that don't work before they cost you thousands.

Optimize Yields with Real Data

Compare biological efficiency across different techniques. Discover which strains, substrates, and conditions produce the highest yields—then scale what works.

Predict Future Performance

Use historical data to forecast harvest dates, estimate yields, and plan production schedules. Make commitments to buyers with confidence.

Make Every Grow Better Than the Last

Track improvements over time as you refine your techniques. See the impact of every change you make—temperature adjustments, new substrates, different genetics.

USE CASES

Real-world applications

Substrate Recipe Optimization

Testing different substrate formulations:

  1. Run batches with varying ratios of hardwood sawdust, bran, and gypsum
  2. Track contamination rates and colonization times for each formula
  3. Compare yields per pound of substrate across different recipes
  4. Scale up the formula with the highest biological efficiency
Contamination Source Identification

Contamination rate suddenly spikes:

  1. Filter analytics by contamination events over the past 30 days
  2. Identify common thread: all affected batches used substrate from Supplier B
  3. Switch suppliers and monitor contamination rates drop
  4. Save thousands by catching the problem early
Strain Performance Benchmarking

Deciding which strains to focus on:

  1. Compare contamination resistance: Blue Oyster (5%) vs Pink Oyster (18%)
  2. Review average colonization time: Blue (14 days) vs Pink (21 days)
  3. Analyze yield per block: Blue (1.2 lbs) vs Pink (0.9 lbs)
  4. Make data-driven decision to prioritize Blue Oyster production

Ready to turn your data into profits?

See how analytics can help you optimize every aspect of cultivation