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Biotechnology

Make biology measurable.

Instruments, sensors and models that turn living systems into reliable data, so discoveries move from the bench into the world faster.

  • Lab automation
  • Biosensing
  • Computational biology
  • Biosecurity

The opportunity

Biology is the most capable technology on Earth, and among the least instrumented. We build the systems that let scientists measure it reliably, model it honestly and act on what they find.

017448 AI

  • Simulator
  • Outlook
  • Inside the model
  • Methodology

7448 AI. Gut chemistry from sequencing.

Predicts the metabolites a gut microbiome produces from sequencing alone, with every prediction's held-out accuracy shown beside it. Runs in your browser.

Explore 7448 AI

Focus areas

Where we work in the life sciences.

  1. A technician loads a sample plate into an automated analyzer01

    Laboratory automation

    Closed-loop systems that run experiments around the clock, adjust as results arrive, and record every step so any result can be reproduced.

    • Robotics
    • Assay design
    • Traceability
  2. Fluorescence microscopy of living cells, with one cell outlined by an analysis overlay02

    Biosensing

    Sensors that read biological signals continuously, in the lab, the clinic and the field, instead of in occasional snapshots.

    • Imaging
    • Optical sensing
    • Edge analysis
  3. Space-filling model of a folded protein with its binding pocket highlighted in amber03

    Computational biology

    Models of molecules, cells and populations trained on data we can trace, with uncertainty reported alongside every prediction.

    • Structure
    • Simulation
    • Machine learning
  4. A gloved hand adjusts the focus of a laboratory microscope04

    Biosecurity

    Early detection of biological threats, built on the same sensing and fusion core as our security systems.

    • Surveillance
    • Early warning
    • Response

Automation

Designed so every sample is tracked and every step can be reproduced.

Representative footage

Approach

From sample to decision.

  1. Step 01

    Sample

    Collect the right material at the right moment, with chain of custody from the first second.

  2. Step 02

    Measure

    Automated instruments generate consistent, calibrated data at a pace people cannot match by hand.

  3. Step 03

    Model

    Analysis that explains its reasoning and states what it does not know.

  4. Step 04

    Decide

    Clear findings for the scientists and clinicians who carry the responsibility.

Space-filling model of a folded protein with its binding pocket highlighted in amber
Binding pocket, highlighted in amberIllustrative render

Partner with us

Bring us the hard problem.

We are looking for our first research, clinical and industry partners on problems where better measurement changes the outcome.

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