PhenoHunt: Cannabis Grow Log

The Smart Phenotype Selection & Grow Log Tool for Advanced Cultivators.

PhenoHunt is an offline-first grow journal, strain database, and decision-support tool designed for home growers, breeders, and craft cultivators who want to track their gardens, manage clones, and select superior plant phenotypes.

🌿 Strain Database & Profiles:
Keep a detailed catalog of your strains. Document characteristics such as Sativa/Indica ratio, lineage, flowering times, and nutrient preferences. Build a reliable library of your genetics so you always know what works in your garden.

🛠 Advanced Cultivation Tools:
Make data-driven selections. Evaluate your garden plants based on custom traits (vigor, yield, aroma, pest resistance, and structure) to identify and keep your ideal mother plants. Choose between a Quick Evaluation or a detailed Precision Evaluation.

👥 Collaborative Hunt & Blind Tastings:
Organize blind tastings or collaborative evaluations with partners, experts, and friends. Collect structured reviews and ratings on plant traits. PhenoHunt quantifies opinions and consolidates data, turning qualitative feedback into actionable insights.

⚖️ Paraconsistent Decision Method:
Our specialized algorithm confronts conflicting reviews and scores them based on participant expertise and trait importance. This eliminates subjectivity, providing a highly reliable final grade that reflects real-world performance.

Detailed Logs & Reports:
Document your plants through a secure base of knowledge. Keep track of tags, parent lineage, and growth characteristics. Generate comprehensive PDF reports of your hunts and review evaluations for individual plant traits.

Main Features:
- Track up to 3 plants completely free.
- One-time upgrade to unlock unlimited plant evaluations.
- Offline-first: Your data remains secure on your device.
- Log characteristics, notes, and labels.
- Calculate trait consistency and view detailed reports.

Optimize your grow routine, log your strains, and select your keeper cuts with scientific precision using PhenoHunt.