Transform passive metadata records into dynamic crystalline trust networks. Automatically score, propagate lineage risks, and deploy code-level tests before faults cascade.

Static metadata libraries are archives of historical schema facts. They do not prevent drift. PRAXIS intercept data streams, calculates real-time compliance grades, and implements active safety gates at ingestion.
Actively monitors domains and captures schema structures, column metrics, and description coverage parameters.
Evaluates compliance across integrity, provenance, stability, and adoption, producing a composite trust grade.
Recursively maps dependencies to transmit risk factors downstream to all associated pipelines and models.
Synthesizes dbt testing schemas and data contracts, and commits them via auto-generated pull requests.
Select an operational dimension to display its calculations, threshold limits, and compliance triggers.
Ingestion decay propagates downstream. A drift warning in an upstream log decodes scores, sending quality warning signals to all downstream analytical nodes.


Evaluate training datasets. Before pipeline runs trigger training, the ML gate checks composite compliance. If upstream trust decays below parameters, execution is blocked.
PRAXIS generates code-level test configurations to patch validation gaps. It compiles schema contracts and opens a GitHub PR to fix the broken parameters.
"Field 'logging_events.user_id' type has changed from VARCHAR to INTEGER upstream. Dependent asset 'order_details' carries VARCHAR expectations."
"Today, 4 out of 8 domains maintain full green compliance parameters. 12 datasets require review due to propagated upstream lineage warnings. 2 remediation branches have been opened on GitHub to address these gaps."
PRAXIS digests metadata changes into a human-readable summary, giving clear operational insight instead of raw logging lists.
Enter the central operational room to inspect running agents, query the ML training safety gate, and view live metadata audits.