Synthetic Virtual
Living Organisms
Developing virtual biological systems for advanced drug testing and bio-manufacturing, reducing lab reliance through in-silico simulation.
Generative
DNA & RNA Design
De novo design of synthetic genetic sequences, optimizing both functional code and complex 3D molecular architecture.
Structural & Functional
Protein Design
AI and Math-Only Assisted Design of novel proteins, engineering precise biological functions from first principles.
Our Technology
We develop computational infrastructure for engineering biology across sequence, structure, and system-level behavior. Our platform combines generative modeling, biological computation, and automated analysis pipelines to transform biological information into designable systems.
Computational Engines
A unified set of computational frameworks designed to simulate, generate, and optimize biological function across nucleic acids, proteins, and virtual living systems.
AI Core
The intelligence layer of the platform, integrating machine learning, generative models, and mathematical reasoning to predict structure, function, interaction, and emergent biological behavior from first principles.
Bioinformatics Pipelines
Automated analytical workflows that process, organize, and interpret complex biological data, enabling robust design iteration, model refinement, and scalable biological engineering.
Collaborate with us to engineer the future.
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