SymmunoAI™, our proprietary AI platform, translates biological complexity across poultry, shrimp and finfish into functional therapeutics that solve real-world production challenges.
AI-powered discovery and prioritization of antimicrobial peptides and other functional bioactive molecules.
Connects pathogen biology, host response, target selection, modality choice and experimental evidence into one discovery system.
How SymmunoAI™ converts biological complexity into actionable product candidates.
Pathogen, host, immune response and biological context.
Rank high-value biological targets and intervention points.
Vaccine, peptide, RNA, decoy or functional therapeutic.
PeptoProbe™ and AI models create and optimize leads.
In vitro and in vivo testing checks efficacy and safety.
Experimental data feeds back into the next design cycle.
Our proprietary AI peptide discovery engine narrows a vast molecular search space into prioritized, development-ready opportunities.




Selected animal and aquatic health programs progressing from discovery through field validation.
| Asset Name | Type | Host | Current Stage | Key Milestone |
|---|---|---|---|---|
| EZN101 | Anti-coccidiosis | Poultry | Field Trial | Successful in vitro against 5 highly pathogenic Eimeria strains |
| EzScan™ | WSSV Diagnostic | Shrimp | Field Validation | Analytical validation complete, field testing underway |
| EZD201 | Anti-coccidiosis | Poultry | In Vitro | Potency & selectivity confirmed, PK studies underway |
| EZD301 | Anti-coccidiosis | Poultry | In Vitro | Potency in intestinal epithelial models, dose optimization |
| EZ-015 | Antiviral | Aquaculture | In Vitro | WSSV inhibition confirmed, hemocyte priming studies |
| EpiVax™ | Epigenetic Vaccine | Aquaculture | Discovery | In vitro transcription confirmed, hemocyte assay underway |
| EZS501 | Anti-parasitic | Aquaculture (Salmonoid) | In Vitro | Characterization and in vitro challenge bioassay studies |