Crowe Mycology
Crowe Logic AIby Michael Crowe

Main

HomeAI AssistantCrowe Vision

Reference

Species LibraryContamination ID

Shop

Skool CommunityContact MichaelGet The Book
Crowe Logic AI
Crowe Logic AI
⌘K
Michael Crowe

Crowe Logic AI

🧠 Initializing neural pathways

Loading...0%
Substrate hydration: 62.4%
Temperature: 24.2°C
COâ‚‚ levels: 850 ppm
Humidity: 85.7%

Documentation

  • Overview
  • Schemas
  • Agents
  • Quality Controls
  • Decision Trees
  • Taxonomy

Quality Controls

Ensuring accuracy, relevance, and privacy in AI reasoning

Confidence Scoring
Transparent reliability metrics for every recommendation
High Confidence (90-100%)Well-established protocols
Medium Confidence (70-89%)Multiple valid approaches
Low Confidence (<70%)Experimental or uncertain

Confidence scores are calculated based on evidence quality, source recency, and consensus across multiple data sources.

Staleness Detection
Automatic flagging of outdated information

Staleness Thresholds:

  • Critical: Safety protocols, contamination data (<1 year)
  • Important: Cultivation techniques, equipment specs (<3 years)
  • General: Species characteristics, basic biology (<5 years)

Warning: This recommendation uses data from 2019. Newer research may be available.

Reasoning Privacy
Protecting proprietary cultivation methods

Chain-of-thought reasoning can be hidden for sensitive commercial operations while still providing actionable recommendations.

Privacy Levels:

  • Public: Full reasoning visible to all users
  • Private: Reasoning hidden, only final recommendations shown
  • Proprietary: Custom protocols not shared with knowledge base
Feedback Loops
Continuous learning from user outcomes

Users can rate recommendations and report outcomes, improving future responses.

Feedback Metrics:

✓ Was this recommendation helpful?

✓ Did you achieve the expected results?

✓ What was your actual yield/outcome?

✓ Any unexpected issues?

Feedback is aggregated and used to update confidence scores and refine protocols.