Compose the right transformation
Combine visual steps, SQL, and code to filter, join, map, aggregate, or enrich data from governed sources.
Data Pipelines. Turn source data into maintained datasets. Preview every transformation, resolve quality issues, and publish a version other teams can depend on.
Illustrative workflow with synthetic data.

Product walkthrough
Read the transcript and visual descriptionsCombine visual steps, SQL, and code to filter, join, map, aggregate, or enrich data from governed sources.
Inspect sample results at each step. Catch a broken mapping or unexpected join while the pipeline is still a draft.
Specify the output schema and quality requirements. Give downstream consumers a clear contract to build against.
Follow source and field lineage to understand which transformations and published outputs a proposed change will affect.
Separate an editable definition from a published pipeline. Keep each run tied to the version, inputs, and configuration it used.
Inspect failed steps, run history, freshness, and output quality. Use replayable inputs to investigate and rebuild affected results.
A malformed sensor timestamp stops a draft. Follow the diagnosis, then inspect the separate reviewed version and its published output.
The Lithium telemetry readiness pipeline connects source readings to typed fields, timestamp checks, and a reusable status output.
The preview preserves the malformed timestamp and identifies its source row. Problems explains why draft v3 cannot publish its output.
Reviewed release v2 has a completed build and a published nine-row snapshot. Its quality policy permits one quarantined row; the blocked draft stays blocked.

In practice
An invalid timestamp should not quietly become a readiness signal. The pipeline identifies the bad sensor row, exposes the failed check, and keeps the draft from publishing. Consumers can continue to inspect the output of the separately reviewed version and the policy that produced it.
Example operation.Explore the solutionStart with one source, one useful output, and the checks that determine whether that output is fit for use.