This agriculture technology company provides organic nano-input solutions specifically designed for cannabis and hemp cultivators, enhancing plant health and productivity. By utilizing these natural input technologies, farmers can achieve significant cost savings while producing stronger and healthier organic crops.
Funding
Funding not disclosed
Founders
Product
Problem
Cultivators often face challenges in maximizing plant health and yield using only organic and non-GMO input technologies. Traditional chemical-based growing protocols can have detrimental effects on plant health, consumer well-being, and the environment, while organic alternatives may not always provide adequate returns on investment.
Solution
ONIT Sciences provides organic nano-input technologies designed to enhance plant health, increase yields, and improve overall crop quality. Their flagship product, ONIT Grow™, is a plant-based extract formulated with non-GMO, all-organic ingredients that stimulate nutrient and water uptake in plants. This technology acts as a nano-surfactant, improving delivery and absorption of nutrients in both soil and plant tissue. By optimizing nutrient transport at the cellular level, ONIT Grow™ enhances photosynthesis and increases the absorption of water, sugars, and minerals, leading to healthier and more productive crops.
Target Audience
The primary target audience includes cannabis and hemp cultivators, as well as growers in the broader agriculture market seeking organic and non-GMO solutions to improve plant health and crop yields.
Features
- Proprietary formulation utilizing a non-GMO, all-organic carbon source
- Functions as a nano-surfactant, emulsifier, adjuvant, wetter, and soil conditioner
- Improves nutrient and water uptake through leaves, stems, and roots
- Reduces surface tension on leaves, increasing absorption and decreasing water requirements
- Enhances chlorophyll production for greener and healthier foliage
- Optimizes plant oxygen and nutrient uptake, improving enzymatic processes
- Suitable for use in conjunction with any input protocol and in all growing conditions