At Consyntra we develop microbial communities tailored to your crop, soil, and disease pressure. We don't sell generic biologicals: we design, validate, and adjust solutions for real field conditions.
This isn't just another biological. It's a community of microorganisms designed specifically for your crop and your problem. Field biology doesn't work with a single strain — it works as a community.
We don't start with a generic product. First we understand what's happening in your soil, your crop, and your problem. Then we isolate microorganisms adapted to those conditions and design combinations that can work together: controlling pathogens, improving roots, releasing nutrients, or helping the plant under stress.
Consyntra combines native microbial isolates, genomic insight, and a proprietary design workflow to move from field-specific discovery to repeatable biological product development.
Built to turn field-specific discovery into repeatable product development.
A growing biological design engine built from plant- and soil-associated isolates, genomic insight, and iterative development across real crop and field contexts.
Plant- and soil-associated isolates generated through years of systematic isolation.
Curated for community design based on functional relevance, compatibility potential, and manufacturability.
Key isolate genomes used for functional selection, quality control, and consortium traceability.
Designed across crop, soil, and stress contexts to support field-informed biological product development.
Microbiome analysis of soil, leaf, or seed. We identify what is failing before proposing anything.
Bacteria and fungi isolated from the crop itself. Local biology, not imported.
AI and bioinformatics prioritize which strains work together. We reduce trial and error to weeks.
Specific formulation by application: foliar, drench, seed. Each consortium, its own delivery.
Efficacy measured first in the lab. Then field trials with controls and commercial metrics.
Each consortium was designed for a specific problem, in a specific crop, with real field data. This is what we are working on right now.
Phytobacter diazotrophicus, Klebsiella variicola, Pseudomonas protegens, Achromobacter xylosoxidans and Pantoea ananatis.
Bacillus subtilis, Pseudomonas fluorescens, Paenibacillus polymyxa, Lysobacter enzymogenes and Sinorhizobium spp.
Bacillus amyloliquefaciens, Methylobacterium spp., Streptomyces sp., Pseudomonas putida and Sphingomonas spp.
Our platform also operates as a discovery engine for other companies in the sector. We co-develop the next biological for your portfolio.
Accelerate your R&D pipeline with our discovery platform. Bring the next biological product to market backed by microbial community science.
Design exclusive biologicals for your operation and crop. Tailored solutions with defined usage rights and internal validation.
Launch differentiated products backed by local science and validated data. We co-develop white-label consortia specific to your markets.
At Consyntra we combine microbiome science, data analysis, and practical agricultural experience to develop biologicals that are more specific, measurable, and applicable. We use genomics, bioinformatics, and artificial intelligence to design microbial communities with greater probability of working under real crop conditions.
No commitment: we begin with an analysis and deliver a diagnosis before discussing any proposal.