Our comprehensive technology platform streamlines every aspect of synthetic biology development, from initial design through commercial production.
State-of-the-art bioreactor automation and control systems that optimise growth conditions, monitor key parameters in real-time, and automatically adjust processes for maximum yield and consistency across all production scales.
Advanced machine learning algorithms analyse bioprocess data to predict outcomes, identify optimisation opportunities, and prevent potential issues before they impact production.
Computational tools for genetic circuit design, metabolic pathway engineering, and protein optimisation using the latest advances in synthetic biology and systems engineering.
Comprehensive quality control and assurance protocols ensuring consistent product quality and regulatory compliance throughout the development and production process.
High-throughput laboratory automation systems that accelerate the design-build-test-learn cycle, enabling faster iteration and optimisation of biological systems.
Our integrated approach combines multiple advanced technologies to deliver superior results and faster time-to-market for your synthetic biology projects.
Advanced algorithms and machine learning models predict optimal genetic designs and process parameters before laboratory work begins, significantly reducing development time and costs whilst improving success rates.
High-throughput robotic systems conduct thousands of experiments in parallel, rapidly testing design variants and process conditions to identify optimal solutions with unprecedented speed and precision.
Continuous monitoring systems track critical parameters throughout bioprocesses, providing instant feedback and enabling immediate adjustments to maintain optimal conditions and prevent deviations.
Comprehensive data management systems integrate information from all platform components, providing actionable insights and enabling continuous improvement of both processes and technology capabilities.
