Prolific Machines

Closed-Loop Software & Illumination Systems

Our platform uses model-predictive control so that you can more directly interact with your process

Specific model pathway

Closed-loop software

Illumination systems

Software as controller

Our software models the specific pathways and dynamics of your production system and acts as the platform mediator through continuously sensing and monitoring your target activation.

Light adjusts dynamically

Our model-predictive controls automatically adjust light pattern and intensity to create a consistent and regulated environment, empowering you to focus on only the biology you care about.

Consistency and precision

Our Photomolecular platform enables real-time measurement and dynamic adjustment of light input, ensuring precise control over activation levels. This direct modulation with light makes our controllers more robust to environmental changes, process deviations, and biological variability. As a result, we achieve more consistent, specific, and reliable activation of the target pathway, enhancing process stability and performance.

Light is the superior way to control biology.

Temporal Control

Light can instantly turn “up” or “down” important cellular processes, allowing precise control over exactly when and for how long bioprocesses, like gene expression, receptor activation, and enzyme activity are active.

Light is tunable and multiplexable

We can tune light intensity, color, and patterns to optimize cellular output and quality for any cellular process.

Spatial control

Light can precisely control individual cells, receptors, or genes without impacting surrounding cells or cellular processes.

Illumination Systems

Our illuminators are designed to get the most out of your cells at every production-level scale. Light is an essential part of our scale-up process, allowing us to fine-tune light delivery at every stage of the culture. We support a range of pre-clinical workflows via our illumination systems, from benchtop to 200-liter scale and beyond.

Contact us to co-develop the future of biology.

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