AI-Powered Scientific Intelligence

Scientific instruments produce data. BENNETT produces understanding.

BENNETT reads native scientific instrument files, measures what is present, tests interpretations against scientific constraints, blocks unsupported claims, and publishes defensible scientific output.

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The pipeline

Native data in, defensible evidence out

Every stage is recorded rather than assumed.

1

Ingest

Native scientific data, metadata, scale, channels, acquisition context, and provenance are preserved.

2

Measure

Deterministic engines quantify signal, structure, spatial relationships, and applicable scientific parameters.

3

Govern

Interpretations are tested against modality, instrument, measurement, and scientific limits.

4

Publish

Measured evidence, methods, validation state, claim boundaries, and provenance are assembled into a defensible record.

Formats

Reads your instrument's own files

Straight from the microscope. No conversion, no export step. The vendor container is decoded as-is.

  • .czi
  • .nd2
  • .lif
  • .vsi
  • .tif
  • .ome.tif
  • .dat.gz
  • .csv
  • .zip
ZeissNikonLeicaOlympusBrukerZeissNikonLeicaOlympusBruker

Archives are unpacked through a hardened extractor that refuses executables, symlinks, path traversal and compression bombs.

Constraints

It tells you what it cannot tell you

A gated engine is not a failure — it means your acquisition does not meet that engine's preconditions, and the report says which one and why. Interpretation stays inside what the modality, resolution and metadata can support: no inferring molecular interaction from co-localization, no numbers that did not come out of your pixels.

  • Run Channel intensity, measured on the decoded array
  • Gated Calibrated distance — this file carries no physical scale
  • Blocked Molecular interaction inferred from co-localization

Foundation

The scientific foundation

Identifyn built the scientific operating foundation. BENNETT is what that foundation made possible.

Scientists at workstations inside the Identifyn and BENNETT laboratory, with Zeiss LSM 900 Airyscan, Bruker Vutara and Zeiss ApoTome SIM instrument bays labelled on the walls.
Inside the vertically integrated Identifyn® and BENNETT™ scientific laboratory in Sarasota, Florida.

Identifyn operated under a LEAN manufacturing system designed to standardize method development, image acquisition, processing, and documentation across conventional microscopy, super-resolution, and single-molecule imaging. Reproducible workflows, structured metadata, and disciplined documentation created the scientific training foundation for BENNETT.

  • 3 years Building the Identifyn scientific system
  • 40K+ Structured data points
  • Multi-modal Conventional to single-molecule imaging
  • 20+ years Across science & operational excellence

Ready to transform your research?

BENNETT is designed to reduce interpretive bias and workflow variability while lowering the time and cost required to move from native scientific data to defensible output.