Ai-native peptide design engine

We are an AI-native peptide design platform that computationally generates novel, functional peptides from scratch for non-therapeutic markets — crop protection, food preservation, cosmetic actives, and industrial enzymes. Using state-of-the-art generative AI and structural biology foundation models (backbone diffusion, sequence optimization, co-folding validation, energy-based filtering, agentic SAR-based evolution), we design de novo peptide candidates with predicted target binding, stability, and manufacturability in hours rather than the months required by traditional natural-product screening or directed evolution. The platform operates as a closed-loop intelligence engine: each round of wet-lab validation data feeds directly back into the models, compounding prediction accuracy and accelerating hit rates with every design cycle. Our founding team brings direct experience from Google's generative AI research applied to biological systems. We are seeking co-development partners and paid pilots across four verticals — insecticidal/antifungal peptides for agriculture, antimicrobial peptides for clean-label food preservation, next-generation cosmetic peptide actives, and functional peptides for industrial applications — with engagement models ranging from design-to-order projects to iterative co-development and IP licensing.