Microbesforlife provides a non‑GMO, seed‑coating product that delivers bio‑trained microbes—selected for drought, heat and salinity tolerance—directly to the rhizosphere. The proprietary formulation protects the microbes on the seed, extending shelf life and enhancing plant growth, biomass and nodulation, which has shown 10‑28% yield gains in field trials. The solution is compatible with existing agronomic practices and targets agribusinesses, seed producers and large‑scale farmers seeking sustainable stress mitigation.
Funding
$26.3K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
SUFounders
Product
Problem
Global agriculture faces increasing deforestation and significant crop losses due to abiotic stresses such as drought, heat, and soil salinity, threatening food security for hundreds of millions of people.
Solution
Microbesforlife offers a microbiological seed‑coating product that delivers bio‑trained, non‑GMO microbes directly to the soil via treated seeds. The microbes are isolated from plants thriving in extreme environments and undergo a bio‑training process to enhance stress resistance and plant affinity. A proprietary formulation extends shelf life and ensures microbial survival on the seed during storage and planting. When applied, the microbes colonize the root zone, improving plant growth, biomass, and nodulation, thereby increasing yields even under suboptimal conditions.
Target Audience
Primary customers are agribusinesses, seed producers, and large‑scale farmers seeking sustainable solutions to mitigate abiotic stress and improve crop productivity.
Features
- Bio‑trained microbial strains selected for tolerance to drought, heat, and salinity
- Non‑GMO, compatible with existing seed‑treatment workflows and other agronomic inputs
- Formulation that protects microbes on seed, extending shelf life and field viability
- Seed coating delivery method that transports microbes directly to the rhizosphere
- Demonstrated field performance: 10‑28% yield increase, 10‑60% biomass boost, up to 70% nodulation improvement across multiple crops