Simulate. Predict. Design.

Simulate. Predict. Design.

Ecosystem Partners

AIVC Is Rewriting Life Science R&D

Traditional Life Science R&D

Years to Results

Iterative wet-lab validation stretches R&D into years.

High Costs

Large-scale experimental screening demands enormous resources at high cost

Fragmented Data

Data buried in scattered publications and siloed lab records.
Built to test one narrow hypothesis at a time.

AIVC Is Rewriting Life Science R&D

Days to Insight

Days to Insight

Simulate at massive scale in silico — compressing years of R&D into days.
Lower Costs

Lower Costs

Hundreds of thousands of candidates, screened in silico for a fraction of the lab cost.
Unified Data

Unified Data

Cross-modal, multi-scale data flows into one model that generalizes across tasks.
Captures how systems behave, revealing the underlying logic of life.

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

World's Largest Virtual Cell Model

A 12B-parameter model trained on 390.5 million human single-cell transcriptomes
World's Largest Virtual Cell Model
The World's First LLM-JEPA Virtual Cell World Model

The World's First LLM-JEPA Virtual Cell World Model

The first systematic application of JEPA (Joint Embedding Predictive Architecture) and world-model principles to single-cell research
The World's First LLM-JEPA Virtual Cell World Model
SOTA

SOTA

Leading performance on multiple core metrics in public benchmarks
SOTA
World's Largest Virtual Cell Model
The World's First LLM-JEPA Virtual Cell World Model
SOTA
CellAura Agent

Vitaura Lab: Closing the Dry–Wet Loop, Evolving Continuously

Virtual Cell

Virtual Cell

Cell Launcher

Cell Launcher

Simulate

Simulate

Perturb

Perturb

Predict

Predict

Computer-Aided Design

Validate

Validate

High-Throughput

Learn

Learn

Extract insights and generate data

Evolve

Evolve

Refine and extend the model

CellOS

Self-Evolving
Virtual Cell

Physical Lab

Physical Lab

Automation 
& Robotics

Automation & Robotics

Multi-Omics

Multi-Omics

Experiment

Experiment

Deployed Across the Industry, Driving Life Science Innovation

Drug Discovery
Cell Therapy & Regenerative Medicine
Biomanufacturing
More Accurate

More Accurate

More accurate simulation of living systems

More Efficient

More Efficient

Multifold gains in R&D efficiency

More Reliable

More Reliable

Lower R&D risk, higher success rates

Let the next breakthrough begin with AIVC.