Better microbial communities. Better crops. Better future.
AI+ Genomics microbial communities
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Microbial communities, engineered for the field
Using AI + genomics we design microbial communities (SynComs) tailored to specific crops, regions, and stresses
Consyntra
Why microbial communities
Consyntra designs microbial communities that actually work in real fields.
Instead of searching for single “hero strains,” we use microbiome sequencing, agronomic data, and machine learning to design microbial communities that match a specific crop × region × stress.
We are seeking passionate and skilled individuals to become part of our team. Apply to join the family!
Join the team
Our Platform
Design Engine – AI for microbial communities
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Environmental Health & Safety Consultant
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Senior CSM
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Our Platform
Data engine:
Maps the biological and agronomic landscape
We integrate soil and root microbiome sequencing, qPCR and functional markers, crop performance, management practices, and climate and soil metadata to build a living dataset of “who lives where and what happens to the crop.”
Design engine:
AI for microbial communities
On top of this data, our models propose candidate SynComs. We optimize for functional traits (nutrient cycling, biocontrol, stress tolerance), compatibility between strains, colonization potential, robustness across environments, and practical constraints like number of strains and formulation limits.
Validation engine: Closes the loop with experiments
We assemble SynCom candidates and test them in growth chambers, greenhouses, and field pilots with our partners. We track plant performance, soil and root colonization, and microbiome shifts, and feed all results back into the models so each iteration is faster and more accurate.
Press
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Consistency
Higher and more predictable in-field response rates → 2–4× improvement vs. generic biologicals across programs. -
Time-to-recipe
Fewer blind trials to get to something that works→ from years to months by using models to prioritize what to test. -
Stability & manufacturability
Communities designed with formulation in mind from day one
Farmers
More predictable
yields + less risk
Biological/input companies
Higher hit rate
+ faster launches
Distributors
Proof-based selling
+ higher renewal
ESG
Input efficiency and resilience
+ auditable outcomes.
Outcomes that matter
Farmers
More predictable yields + less risk
Biological/input companies
Higher hit rate + faster launches
Distributors
Proof-based selling + higher renewal
ESG
Input efficiency and resilience + auditable outcomes.
We design around outcomes that create value for every player in the chain.
Research & Technology
Bioremediation & Waste Treatment
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Pollution Detection & Monitoring
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Sustainable Agricultural Practices
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We design SynComs for high-value, clearly defined problems:
WHERE WE FOCUS
Nutrient efficiency
Improve nitrogen, phosphorus, and potassium use efficiency to reduce fertilizer inputs without sacrificing yield.
Stress resilience
Maintain yield under drought, heat, salinity, and low-quality soils.
Disease and soil health
Support root health, disease suppression, and long-term soil biological function.
Consyntra Team
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Our team combines agronomy, microbiology, genomics, and machine learning with a long track record in biologicals and soil health projects. We’ve worked from sequencing labs to farmer fields, and we use that experience to design SynComs that are biologically sound, agronomically relevant, and ready for product pipelines.