Neuralgap Drug Discovery

Genesys Model Family

Architecturally designed for transparency. Natively multimodal. Radically efficient at atomic-level predictions.

Multi-Unimodal Architecture

Seamless integration across proteins, peptides, small molecules, and ligand analogs

Built-In Interpretability Layers: Genesys embeds algorithmic transparency tools – CAMs (Class Activation Maps), UMAPs, and edge detection – directly into its architecture. These expose how predictions are made at each layer, enabling atomic-level confidence scoring.

Architectural Efficiency (MUM + SOM): Our Multi-Unimodal framework and proprietary training techniques enable adaptive multimodal learning with less training data, lower compute costs, and better out-of-sample distribution performance.

Physics-Informed Design: Integrates structural constraints and conformational dynamics and thermodynamic endpoint approximations.

The Multi-Unimodal Architecture

Redefining Molecular Intelligence

Multimodal by Architecture

  • Native integration of proteins, peptides, small molecules, ligand analogs
  • MUM framework enables incremental learning across modalities
  • Self-organizing protein class selection

 Efficient by Design

  • 10x less training data than benchmarks
  • Up to > 20x lower compute budgets
  • Superior out-of-distribution generalization

Interpretable by Default

  • Built-in transparency layers
  • Native hooks for attention mapping, layer archaeology, conformational analysis
  • Seamless integration with Circe’s confidence cartography

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