Design Life. Grow the Future.
The AI-powered DNA CAD platform for synthetic tissue engineering. Design protocols visually, predict outcomes before you run a single experiment, and synthesise tissue constructs at reproducible scale.
No commitment required — join 200+ researchers on the waitlist
Trusted by cultivated meat pioneers and biomedical research teams
Synthetic Biology Moves at the Speed of Pipettes
The science has never been more advanced. The tools holding it back have never been more outdated.
70% of Research Time Is Protocol Admin
Tissue engineers spend most of their bench time designing, debugging, and documenting protocols in spreadsheets and Word documents — not doing the science they were trained for.
First-Attempt Success Rates Below 30%
Without predictive intelligence, protocol failures are expensive and slow. Each failed synthesis run costs weeks of time, thousands in materials, and another month of missed milestones.
Reproducibility Is Broken Across Labs
The same protocol produces different results across operators, instruments, and facilities. Scaling synthetic tissue from bench to commercial production requires reproducibility that manual workflows cannot deliver.
You did not spend years mastering tissue engineering to be a protocol management system. There is a better way.
Show Me the Platform
The DNA CAD for the 21st Century Biologist
Synthetix integrates protocol design, AI prediction, and synthesis execution in one platform — so you spend your time on discovery, not documentation.
The complete tissue engineering workflow in one environment
Design
Build tissue protocols visually on the DNA CAD canvas. Annotate sequences, set differentiation parameters, and collaborate with your team in real time — no code required.
Predict
Before you run a single experiment, the AI Differentiation Predictor analyses your protocol against thousands of historical runs and surfaces predicted outcomes, failure modes, and optimisation suggestions.
Grow
Connect to automated bioreactors and execute validated protocols with real-time monitoring. Every parameter is tracked, every anomaly is flagged, every run is documented automatically.
Validate
Every successful run improves the prediction model — for your lab and the entire Synthetix research community. Your data makes the platform smarter; the platform makes your science better.
From Protocol to Living Tissue in Four Steps
Design Your Protocol
Use the DNA CAD canvas to build your tissue construction protocol visually. Import existing protocols or start from the community library of validated templates.
Hours, not daysGet Your Prediction
The AI Differentiation Predictor analyses your protocol and returns predicted outcomes, confidence scores, and optimisation recommendations based on thousands of historical runs.
Before you run a single experimentExecute Synthesis
Connect to your bioreactor infrastructure and execute your validated protocol with automated parameter monitoring and real-time anomaly detection.
Connected to your existing hardwareLearn and Scale
Every synthesis run generates a reproducibility score and updates the prediction model — for your lab and the entire Synthetix research community.
Every run improves the modelQuestions From the Scientists Who Evaluated Us First
Join the Research Teams Designing the Future of Food and Medicine
Request early access to the Synthetix Platform. We onboard new research teams in cohorts — apply now to secure your place in the next intake.