Growin smart farming is turning vacant urban spaces into productive green vertical modular farms. The company's system uses computer simulations to conduct early tests to evaluate how a variety may perform when faced with different sub-climates, nutrition mixes, weather patterns, and other factors. Based on machine learning, its growing units are accurate, efficient, and capable of evaluating a wide set of variables.
Growin's crowd-wisdom system is multipurpose, scalable, soil-less, and season-less with a closed-loop water system. It is designed to predict and generate high-quality yield in short-growth harvest cycles. The robotic-ready system ensures superior food safety and minimal environmental impact near or amid consumer population centers.
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Growin Climate Tech relevance
The advantages of Growin’s vertical farm climate challenged world are many.
- The controlled environment decouples crop growth from locally changing climate and weather conditions, devastating weather effects and damages from pests and disease.
- The carefully controlled environment requires drastically lower fertilizer and water inputs than fertigation requirements for outdoor crops.
- Produce is shipped shorter distances to markets, saving on freight emissions and reducing the waste of perishable goods in transit. The proximity enables local resilience for food security
- The land footprint is much smaller than outdoor crops, freeing up land for carbon opportunity uptakes (costs of land use), and mitigating water stress, soil degradation (erosion, salination and compaction), soil derived emissions of nitrous oxide and nutrient leaching from agricultural lands can add quantification on land use “saved” . Equate annual yield in heads/weight to typical for acre/hectare.