VITACemvita’s BioSolutions Intelligence Platform
Illustration: an industrial plant, a microbe, a protein structure and finished BioSolutions linked by a flowing line, labelled real industrial challenges, AI plus biology discovery, and real solutions.
VITACemvita’s BioSolutions Intelligence Platform

From industrial challenge to commercial BioSolution

VITA combines scientific knowledge, experimental lab data, process history and machine learning to move BioSolutions from discovery through development and deployment.

  1. Discover
  2. Develop
  3. Deploy
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1 · Discovery

Explore a new industrial challenge or opportunity

Explore an industrial challenge or opportunity, connect the relevant biology and scientific data, and identify promising BioSolution paths. VITA gathers cited research and proposes candidate BioSolutions and the limiters that stand between them and deployment.

  • Research
  • BioSolution
  • Limiter Redesign
  • Validation Plan
Illustration of a protein structure rendered as blue and green ribbons against a dark background. Illustration only; not experimental data.
AI-generated illustration · not evidence · Illustrative image, not project data.

2 · Development

Build on experimental lab data

Combine experimental lab data, process knowledge and machine learning to understand performance and guide the next development decision across strain, bench and scale-up, then hand the validated process basis into Deployment, with every figure traceable to its source and a way to ask questions of the data.

Calculations are deterministic and traceable to their source data. Machine learning appears where it is actually used, for example protein-structure predictions and VITA's AI assistant, and is labelled where it does.

  • Upload data
  • Project workspace
  • Visual overview
  • Ask VITA
Illustration of a researcher pipetting a green culture into sample vials in a laboratory. Illustration only; not experimental data.
AI-generated illustration · not evidence · Illustrative image, not project data.

Within Development

  1. StrainStrain and host work: lineage, constructs and host comparison where metadata exists.
  2. BenchBench fermentation experiments and their comparison.
  3. Scale-upSeed trains and larger-scale runs.
  4. DeploymentThe handoff into the Deployment workspace: validated process learning carried into DSP, engineering, economics and risk mitigation.

Development is organized across four connected stages. Projects may begin with existing data at different points, while VITA preserves continuity from Strain through the handoff into Deployment.

3 · Deployment

Carry what was learned into commercial scale

Carry what was learned through scale-up, engineering, economics and risk mitigation toward commercialization: a decision-ready deployment package, with every figure traceable to its source document and revision.

  • Process definition
  • Engineering
  • Economics
  • Risk mitigation
Illustration of an industrial fermentation facility with large stainless-steel tanks and piping at night. Generic illustration; not a real plant or engineering drawing.
AI-generated illustration · not evidence · Generic illustration, not a project or engineering drawing.

Discovery is only the beginning

VITA connects biological discovery to the experimental, scale-up, engineering and deployment decisions needed to move a BioSolution toward commercial operation. It is built around Cemvita's own industrial BioSolutions workflow, so what is learned at the bench travels with the project all the way to commercial scale.

  1. Scientific knowledge
  2. Experimental lab data
  3. Machine learning
  4. Process development
  5. Scale-up
  6. Engineering
  7. Deployment

Turn what Cemvita has learned into what Cemvita can repeat.

VITA converts Cemvita's proprietary biological, scale-up and engineering experience into a reusable platform for discovering, developing and deploying new BioSolutions.

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VITA is available to Cemvita staff with a VITA role. Sign in with your Microsoft account.

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