ReGen develops microbial fertilizers that enhance nutrient delivery to crops by introducing diverse beneficial microbes, promoting early germination and improved yield. This approach reduces reliance on synthetic agrochemicals, regenerates soil health, and increases farmers' productivity and resilience against environmental challenges.
Funding
Funding not disclosed
Founders
Product
Problem
Modern agriculture relies heavily on synthetic fertilizers, which can damage soil health, reduce biodiversity, and create a costly cycle for farmers. Overuse of agrochemicals depletes vital natural elements from the soil, disrupting the complex interactions between plants and the soil microbiome.
Solution
ReGen develops microbial fertilizers that enhance nutrient delivery to crops by harnessing the power of diverse, beneficial microbes. These microbial solutions promote early seed germination, improve nutrient uptake throughout the plant's life cycle, and boost overall crop yield. By introducing these complex microbial communities, ReGen enables farmers to reduce their dependence on synthetic agrochemicals, biologically fertilize their crops, and regenerate both plant and soil health. The company's approach improves nutrient recycling, enhances water and carbon sequestration in soils, and increases farmers' productivity and resilience against environmental challenges.
Target Audience
ReGen's primary customers are farmers seeking to reduce their reliance on synthetic fertilizers, improve soil health, and increase crop yields in a sustainable manner.
Features
- Seed coatings containing diverse, non-GMO, naturally occurring, and locally sourced microbial communities.
- Enhanced seed germination and faster initial growth, providing a competitive edge against weeds.
- Improved nutrient uptake through on-demand delivery of nutrients by the microbiome throughout the plant's life.
- Biodegradable and nature-positive microbial growing system utilizing natural materials and energy-efficient processes.
- Soil regeneration through improved soil structure, nutrient recycling, and carbon and water sequestration.
- Technologies for cultivating complex and diverse microbiomes tailored for various crops.