Next generation infrastructure for programmable biology
Engivent is building infrastructure for an autonomous biology lab. Our platform combines standard lab robotics with modular microfluidic systems to run experiments as software-defined workflows. Scaling workflows from protein discovery and enzyme optimization to microbial screening and synthetic biology.
Three things that change the pace of discovery
Massively parallel experimentation
Massively parallel experimentation
Massively parallel experimentation
Run hundreds of conditions simultaneously. Cover biological parameter spaces exhaustively in a fraction of the time conventional setups require.
Closed-loop workflows
Massively parallel experimentation
Massively parallel experimentation
Connect execution, readout, and iteration in a single programmable workflow. Each experiment informs the next — compressing design-build-test cycles from months to days.
Structured, model-ready data
Massively parallel experimentation
Structured, model-ready data
Traceable, standardised outputs — reproducible conditions, parameter-rich datasets ready for model training, validation, and analysis.
Where Engivent delivers value
Therapeutic protein discovery
High-throughput workflows for antibody screening, peptide optimisation, and therapeutic protein validation. Structured outputs ready for modelling and documentation.
Enzyme optimisation and directed evolution
Exhaustive parameter sweeps across variant libraries and conditions. Kinetics and activity data that drives confident engineering decisions, faster.
AI protein design validation
Close the loop between computational design and experimental reality. Structured, high-dimensional datasets that turn each experimental round into a learning cycle.
Built for teams working at the frontier of biology
Pharmaceutical and therapeutic discovery
Synthetic biology and microbial engineering
Enzyme engineering and industrial biotech
High-throughput infrastructure for antibody screening, peptide optimisation, and therapeutic protein workflows — at the throughput your timelines require.
Enzyme engineering and industrial biotech
Synthetic biology and microbial engineering
Enzyme engineering and industrial biotech
Systematic parameter-space exploration for directed evolution, kinetics profiling, and enzyme optimisation. More variants, more conditions, full reproducibility.
AI-native protein design
Synthetic biology and microbial engineering
Synthetic biology and microbial engineering
You generate candidates faster than any lab can validate them. Engivent closes that loop — connecting your models to real-world experimental data at the speed your iteration cycles demand.
Synthetic biology and microbial engineering
Synthetic biology and microbial engineering
Synthetic biology and microbial engineering
Programmable automation and multiplexed screening for strain optimisation, pathway engineering, and microbial workflow development.