Ecosystem Partners
AIVC Is Rewriting Life Science R&D
Traditional Life Science R&D
Years to Results
High Costs
Fragmented Data
AIVC Is Rewriting Life Science R&D
Days to Insight
Lower Costs
Unified Data
CellOS Foundation Model
Simulatable
Understand the principles of life. Learn cell states, life processes, and responses to perturbation to build continuously evolving virtual life systems in the digital world.
Predictable
Forecast what comes next. Simulate living systems to predict how cell states change under different perturbations, giving experiments a more reliable direction.
Designable
Empower bioengineering. Building on simulation and prediction, explore new drug targets, cell states, and engineering strategies to accelerate life science innovation.
World's Largest Virtual Cell Model
The World's First LLM-JEPA Virtual Cell World Model
SOTA
Vitaura Lab: Closing the Dry–Wet Loop, Evolving Continuously
Virtual Cell
Cell Launcher
Simulate
Perturb
Predict
Computer-Aided Design
Validate
High-Throughput
Learn
Extract insights and generate data
Evolve
Refine and extend the model
CellOS
Self-Evolving
Virtual Cell
Physical Lab
Automation & Robotics
Multi-Omics
Experiment
Deployed Across the Industry, Driving Life Science Innovation
More Accurate
More accurate simulation of living systems
More Efficient
Multifold gains in R&D efficiency
More Reliable
Lower R&D risk, higher success rates