Strategic Capabilities
Cell Factory Design
We engineer microbial systems for high-yield production of complex biologics and industrial chemicals.
Strain Engineering
Advanced genetic manipulation and automation to optimize biological performance and scalability.
Computational Biology
AI-driven modeling and systems biology to predict biological behavior and optimize manufacturing pathways.
Automated Foundries
Nano-Enabled Formulation
Analytical Validation
Modular, robotic platforms for high-throughput genetic engineering and biological testing.
Next-generation precision biopesticides and active delivery systems using advanced nanotechnology.
Rigorous testing and data integrity protocols ensuring reproducibility and regulatory compliance.
Design-Build-Test-Learn
We bridge the gap between computational design and physical reality through a closed-loop DBTL workflow. Our modular biofoundry automates the strain engineering lifecycle, ensuring reproducibility and data integrity at every stage.
Responsible Science
We prioritize the ethical and technical integrity of our biological engineering. Our approach ensures rigorous biosafety protocols, data reproducibility, and full regulatory readiness to deliver scalable solutions that meet global standards.