Mission
Understand and safely engineer biological systems toward beneficial states.
What it does
Uses computational genomics and biological modelling to investigate disease correction, regeneration, resilience and biological enhancement.
What it manifests
Simulation-validated biological designs
Simulation-validated biological designs that proceed through appropriate laboratory, safety and clinical validation before deployment.
The cycle, through this arm
- 01 Monitor Genomes, variants and the models that read them
- 02 Understand How a biological system reaches a beneficial state
- 03 Discover Edits that correct, regenerate or strengthen
- 04 Design A biological design with its safety case attached
- 05 Simulate The design in computational genomics before any lab
- 06 Validate Laboratory, safety and clinical validation, in order
- 07 Organize Existential Safety reviews the unintended consequences
- 08 Manifest A validated design, deployed only after every gate
- 09 Measure Benefit delivered, off-target effects found
- 10 Improve Refine the model where biology surprised it
This arm has a door