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DATABRICKS DATA QUALITY

Trust the data in your Databricks lakehouse

digna monitors, validates and tracks Databricks data directly in your workspace: anomalies, rescued records, duplicates, schema drift and delivery times, with nothing copied out for checking. AI learns what normal looks like, so you don’t write an expectation for every case.
digna monitoring Databricks lakehouse datasets: rescued records, a duplicate anomaly and an on-time gold table
digna monitoring Databricks lakehouse datasets: rescued records, a duplicate anomaly and an on-time gold table

Your Databricks jobs can be green while your data is not

Workflows can complete. Delta tables can commit. And the gold-layer dashboards your business reads can still be built on incomplete, duplicated or out-of-date data. digna monitors the data itself, catching quality problems that job and pipeline monitoring were never built to see. Combine the capabilities below into the Databricks data quality solution you actually need.

Data Anomalies
Data Validation
Timeliness
Data Analytics
Schema Tracker

YOUR DATABRICKS WORKSPACE CAN BE HEALTHY WHILE YOUR DATA IS NOT

Data Anomalies

Discover problems you didn’t know to look for. digna continuously observes your Databricks data and learns how each dataset behaves over time, then flags what breaks the pattern.

  • DATA VOLUMES

  • VALUE DISTRIBUTIONS

  • NULL RATES

  • CARDINALITY

YOUR DATABRICKS WORKSPACE CAN BE HEALTHY WHILE YOUR DATA IS NOT

Data Anomalies

Discover problems you didn’t know to look for. digna continuously observes your Databricks data and learns how each dataset behaves over time, then flags what breaks the pattern.

  • DATA VOLUMES

  • VALUE DISTRIBUTIONS

  • NULL RATES

  • CARDINALITY

Data Anomalies
Data Validation
Timeliness
Data Analytics
Schema Tracker

YOUR DATABRICKS WORKSPACE CAN BE HEALTHY WHILE YOUR DATA IS NOT

Data Anomalies

Discover problems you didn’t know to look for. digna continuously observes your Databricks data and learns how each dataset behaves over time, then flags what breaks the pattern.

  • DATA VOLUMES

  • VALUE DISTRIBUTIONS

  • NULL RATES

  • CARDINALITY

Monitor Databricks data where it lives

digna runs data quality checks directly in your Databricks workspace — nothing is copied into an external platform just to be checked.

Data stays in your environment

Under your existing security and governance controls.

Data stays in your environment

Under your existing security and governance controls.

In-lakehouse monitoring

Quality calculations run directly against your Delta tables.

In-lakehouse monitoring

Quality calculations run directly against your Delta tables.

Enterprise deployment

Inside your infrastructure and security boundaries.

Enterprise deployment

Inside your infrastructure and security boundaries.

One monitoring layer

Across every catalog and schema in your workspace, not a separate setup per dataset.

One monitoring layer

Across every catalog and schema in your workspace, not a separate setup per dataset.

Digna panel combining rule validation, 1,240 checks passed, with continuous AI monitoring that flags a distribution shift no rule would catch.

Cover what you expect, and what you don’t

Expectations still matter. A column shouldn’t be NULL. A key should exist in the reference table. A job should land before 6:00 AM. digna keeps validating all of that — and watches for what no expectation describes: a table quietly losing rows, a distribution shifting, a job finishing later every night.

What breaks quietly in a lakehouse

The defects that reach your dashboards are rarely the ones that fail a job. They pass through ingestion, transformations and commits without raising anything, then surface weeks later as numbers nobody can reconcile.

Records diverted into rescued data

Auto Loader captures malformed and type-mismatched fields in the rescued data column while the stream keeps running. digna surfaces the records that never landed as expected.

Records diverted into rescued data

Auto Loader captures malformed and type-mismatched fields in the rescued data column while the stream keeps running. digna surfaces the records that never landed as expected.

Duplicates from replayed batches

A re-run, or a MERGE on a key that is not unique, can double rows in a Delta table without a single job failing.

Duplicates from replayed batches

A re-run, or a MERGE on a key that is not unique, can double rows in a Delta table without a single job failing.

Schema drift that merges itself in

With mergeSchema and automatic schema evolution, new or changed columns enter a table without the write ever breaking.

Schema drift that merges itself in

With mergeSchema and automatic schema evolution, new or changed columns enter a table without the write ever breaking.

Jobs that finish later every night

A workflow that used to finish well before the reporting window starts creeping into it, one run at a time.

Jobs that finish later every night

A workflow that used to finish well before the reporting window starts creeping into it, one run at a time.

One data quality layer for every Databricks deployment

Whether your workspaces run on AWS, Azure or Google Cloud, and whether the data sits in bronze, silver or gold, digna provides one consistent data quality layer.

Delta Lake tables

Monitor the tables and datasets your workloads actually depend on.

Unity Catalog workspaces

Observe data across catalogs and schemas and catch unexpected changes.

Critical business data

Protect financial, customer, regulatory and operational data continuously.

AWS, Azure or Google Cloud

Stay within your existing infrastructure and security model.

A defect in bronze does not stay in bronze

Medallion pipelines carry whatever they inherit. A bad batch landing in bronze is transformed into silver and aggregated into gold, and by the time a number looks wrong on a dashboard it has usually been wrong for several layers.

Coverage at every layer

Monitor bronze, silver and gold tables in the same place, not only the ones closest to the business.

Coverage at every layer

Monitor bronze, silver and gold tables in the same place, not only the ones closest to the business.

Catch it where it enters

Anomalies are flagged where data lands, before transformations carry them downstream.

Catch it where it enters

Anomalies are flagged where data lands, before transformations carry them downstream.

Layer-to-layer comparison

Compare volumes and distributions between layers, so a drop introduced by a transformation stands out.

Layer-to-layer comparison

Compare volumes and distributions between layers, so a drop introduced by a transformation stands out.

Protect the gold layer

The tables feeding reporting and AI keep the same continuous monitoring as everything upstream.

Protect the gold layer

The tables feeding reporting and AI keep the same continuous monitoring as everything upstream.

Databricks data quality questions

Direct answers about how digna runs inside a Databricks workspace, what it detects and what it leaves untouched.

Does digna work with Databricks and Delta Lake?

Does digna work with Databricks and Delta Lake?

Does data leave the Databricks workspace when digna monitors it?

Does data leave the Databricks workspace when digna monitors it?

How does digna detect Databricks data quality issues without an expectation for every table?

How does digna detect Databricks data quality issues without an expectation for every table?

Can digna detect records captured in the rescued data column?

Can digna detect records captured in the rescued data column?

Does digna work with Unity Catalog?

Does digna work with Unity Catalog?

How is this different from Databricks job and pipeline monitoring?

How is this different from Databricks job and pipeline monitoring?

Will monitoring add compute cost on Databricks?

Will monitoring add compute cost on Databricks?

Know what’s really in your Databricks data

Databricks tells you the job succeeded. digna tells you whether the data it produced can be trusted: what changed, what matters, and what’s happening over time.

Know what’s really in your Databricks data

Databricks tells you the job succeeded. digna tells you whether the data it produced can be trusted: what changed, what matters, and what’s happening over time.

Know what’s really in your Databricks data

Databricks tells you the job succeeded. digna tells you whether the data it produced can be trusted: what changed, what matters, and what’s happening over time.

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