PhasePoint
Time Structure Engine
Extract latent time features from your data

PhasePoint
Extract time structure from your data.

Export interpretable, model-agnostic time features with an evidence bundle.
Built for forecasting & ML teams.
Adopt with zero model refactoring.

Export interpretable, model-agnostic time features with an evidence bundle.
Built for forecasting & ML teams.
Adopt with zero model refactoring.

Export interpretable, model-agnostic time features.
Trustworthy results for forecasting & ML teams.
Adopt with zero model refactoring.

What PhasePoint is

PhasePoint discovers latent temporal zones directly from your timestamps and exports two bundles: model-ready features and human-readable evidence. You uncover time structure without manual feature engineering, and receive reports (zones, support/lift, stability) that make time effects reviewable and easy to integrate into any workflow.

What PhasePoint is not

  • Not a new model family: PhasePoint exports features and evidence; your forecasting/ML model stays the same.

  • Not a new model family: PhasePoint exports features and evidence; your forecasting/ML model stays the same.

  • Not a new model family: PhasePoint exports features and evidence; your forecasting/ML model stays the same.

  • Not opaque automation: you get a zone catalog + stability diagnostics, not an unexplainable transformation.

  • Not opaque automation: you get a zone catalog + stability diagnostics, not an unexplainable transformation.

  • Not opaque automation: you get a zone catalog + stability diagnostics, not an unexplainable transformation.

  • Not calendar engineering: beyond day/month/holiday flags, PhasePoint finds latent temporal regimes from the data itself.

  • Not calendar engineering: beyond day/month/holiday flags, PhasePoint finds latent temporal regimes from the data itself.

  • Not calendar engineering: beyond day/month/holiday flags, PhasePoint finds latent temporal regimes from the data itself.

Not a new model

Not a new model

Not basic flags

Not basic flags

No black box

No black box

How it works

Ingest:

Timestamp + Target (or residuals)

Discover:

Zones with support/lift + stability checks

Generate:

Model-agnostic feature matrix

Export:

Feature bundle + evidence bundle,
ready for downstream models

Outputs: Feature, Evidence Bundles

Feature Bundle

Format: CSV / Parquet
Use: join to training data → train any model

Exported time features you can plug directly into your pipeline without refactoring your models.

  • Zone membership and proximity

  • Time-geometry features

  • Optional stability-weighted variants


  • Zone membership and proximity

  • Time-geometry features

  • Optional stability-weighted variants

Format: CSV / Parquet

Use: join to training data → train any model


Evidence Bundle

Evidence Bundle

Purpose: transparency, adoption confidence, and audit-ready review.



A structured report bundle that makes PhasePoint’s outputs easy to trust, understand, and review.


  • Zone catalog: definitions, names, intervals, and metadata

  • Diagnostics: support/lift summaries, stability scores, OOS checks

  • Reports & plots: tables, summaries, visualizations

  • Run manifest: configuration + versioning for traceability




A structured report bundle that makes PhasePoint’s outputs easy to trust, understand, and review.


  • Zone catalog: definitions, names, intervals, and metadata

  • Diagnostics: support/lift summaries, stability scores, OOS checks

  • Reports & plots: tables, summaries, visualizations

  • Run manifest: configuration + versioning for traceability


Purpose: transparency, adoption confidence, and audit-ready review.



  • Zone catalog: definitions, names, intervals, and metadata


  • Diagnostics: support/lift summaries, stability scores, OOS checks


  • Reports & plots: tables, summaries, visualizations


  • Run manifest: configuration + versioning for traceability




Purpose: transparency, adoption confidence, and audit-ready review.

Outcomes with PhasePoint

Detect missed time effects. Reveal recurring, interpretable patterns that common seasonality features and standard models often miss. Especially helpful in multi-scale data.

Lift performance without refactoring. Drop in new features; keep your model family.

Explain and validate the gains. Evidence, stability checks, and reports come with every run.