Research & development

Hard problems,
honest methods.

We investigate the edge cases of speech and sound so the systems built from them are more robust, more transparent, and more useful in the conditions analysts actually work in.

Research driven by the gap between benchmarks and the field.

Phonix Lab' research agenda is shaped by the recordings analysts actually encounter — not the clean, studio-quality audio that dominates standard benchmarks. We focus on reproducible evaluation, appropriate data governance, and transparent model limits that travel with every output.

WORKING AREA

Robust multilingual speech recognition

Pushing transcription accuracy and alignment under dialect variation, low-resource language conditions, heavy code-switching, channel noise, and compression artifacts — the conditions that break off-the-shelf systems.

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WORKING AREA

Speaker and conversation structure

Advancing diarization, speaker representations, and conversation-level structure in naturally occurring, non-studio audio — including overlapping speech, interrupted turns, and multi-channel field recordings.

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WORKING AREA

Acoustic representation learning

Building representations that preserve interpretable signal cues while supporting scalable retrieval, continuous monitoring, and structured analyst review workflows.

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WORKING AREA

Responsible deployment methods

Developing evaluation frameworks, model documentation standards, and human-review practices for speech and acoustic systems operating in high-consequence environments.

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A research claim without its limits is just marketing.

We assess models against the context they are expected to operate in — not only by aggregate scores on public datasets. We do not position model outputs as proof of identity, intent, deception, or psychological state. Our systems are designed to support trained human review under appropriate governance, with known sources of uncertainty visible to the decision-maker.

  • Data use and access are scoped to authorized research and deployment purposes
  • Known sources of uncertainty are documented and communicated to decision-makers
  • High-impact outputs are designed to remain reviewable, contestable, and traceable
  • Research roadmaps are driven by mission need and measurable risk reduction — not novelty