• Rapid identification of micro-organisms

  Mosaic Portrait provides the means for the rapid and accurate identification of micro-organisms on the basis of newly-discovered patterns in assessment data of any origin.

• Control and optimisation of bioreactors

  Mosaic Portrait analyses operational data for each individual bioreactor and identifies objective systemic relations between input and output parameters in a technological process. These relations represent a new non-trivial knowledge (often very surprising revelations) about the process, which can serve as a rational, justified foundation for control and optimisation of bioreactors.

• Prognosis of fermentation outcome

  Mosaic Portrait identifies new, a priory unknown systemic relations between the process settings and process outcome. These relations are expressed as deterministic rules, which can be used to accurately prognosticate the fermentation process outcome at an early stage . This enables the process owner to undertake corrective actions as necessary and increase process efficiency. Mosaic Portrait has been applied numerous times to increase the yield of batch-based industrial processes.

See Case Sudies