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MYSQL DATA QUALITY

Trust the data inside your MySQL databases

digna monitors, validates and tracks MySQL data directly in your environment: anomalies, truncated values, duplicates, delivery times and schema changes, with nothing copied out for checking. AI learns what normal looks like, so you don’t write a rule for every case.
digna monitoring MySQL datasets: truncated values, a duplicate anomaly and an on-time table
digna monitoring MySQL datasets: truncated values, a duplicate anomaly and an on-time table

Your MySQL databases can be healthy while your data is not

Replication can be caught up, queries can be fast and every insert can commit. And the services and reports built on those tables can still be working with values that were quietly adjusted on the way in, or rows that never arrived at all. digna monitors the data itself, catching quality problems that database and pipeline monitoring were never built to see. Combine the capabilities below into the MySQL data quality solution you actually need.

Data Anomalies
Data Validation
Timeliness
Data Analytics
Schema Tracker

YOUR MYSQL DATABASE CAN BE HEALTHY WHILE YOUR DATA IS NOT

Data Anomalies

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

  • DATA VOLUMES

  • VALUE DISTRIBUTIONS

  • NULL RATES

  • CARDINALITY

YOUR MYSQL DATABASE CAN BE HEALTHY WHILE YOUR DATA IS NOT

Data Anomalies

Discover problems you didn’t know to look for. digna continuously observes your MySQL 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 MYSQL DATABASE CAN BE HEALTHY WHILE YOUR DATA IS NOT

Data Anomalies

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

  • DATA VOLUMES

  • VALUE DISTRIBUTIONS

  • NULL RATES

  • CARDINALITY

Monitor MySQL data where it lives

digna runs data quality checks directly in your MySQL environment — 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-database monitoring

Quality calculations run directly against your MySQL tables.

In-database monitoring

Quality calculations run directly against your MySQL tables.

Enterprise deployment

Inside your infrastructure and security boundaries.

Enterprise deployment

Inside your infrastructure and security boundaries.

One monitoring layer

Across every database you monitor, not a separate setup per instance.

One monitoring layer

Across every database you monitor, not a separate setup per instance.

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

Rules still matter. A column shouldn’t be NULL. A status should belong to an approved list. A nightly export should land before 6:00 AM. digna keeps validating all of that — and watches for what no rule describes: inserts quietly stopping, a distribution shifting after a release, a table that simply stops growing.

What breaks quietly in MySQL

MySQL is forgiving by design, and that is exactly where defects hide. Values get adjusted, rows get skipped, and every job keeps succeeding — so nothing surfaces until a number looks wrong weeks later.

Values silently truncated or coerced

Outside strict mode, an over-long string, an invalid date or an out-of-range number is adjusted on the way in and the insert still succeeds.

Values silently truncated or coerced

Outside strict mode, an over-long string, an invalid date or an out-of-range number is adjusted on the way in and the insert still succeeds.

Rows dropped by INSERT IGNORE

Rows that would have failed are skipped instead, so the load finishes clean while records are quietly missing.

Rows dropped by INSERT IGNORE

Rows that would have failed are skipped instead, so the load finishes clean while records are quietly missing.

Characters lost to encoding mismatches

A utf8 column meeting four-byte characters mangles or drops them, and nothing in the pipeline complains.

Characters lost to encoding mismatches

A utf8 column meeting four-byte characters mangles or drops them, and nothing in the pipeline complains.

Checks switched off for bulk loads

Foreign key and uniqueness checks disabled for an import leave duplicates and orphans behind once they are switched back on.

Checks switched off for bulk loads

Foreign key and uniqueness checks disabled for an import leave duplicates and orphans behind once they are switched back on.

One data quality layer for every MySQL deployment

Whether MySQL runs self-managed, on a managed cloud service, or across dozens of per-service databases, digna provides one consistent data quality layer.

Self-managed MySQL

Monitor critical tables and datasets inside your own infrastructure.

Managed MySQL services

Cover managed databases the same way as the ones you run yourself.

Critical business data

Protect financial, customer, regulatory and operational data continuously.

On-premises, private or public cloud

Stay within your existing infrastructure and security model.

Hundreds of databases, one quality layer

MySQL estates rarely stay in one place. A database per service, per tenant or per environment turns data quality into per-instance scripts that nobody maintains. digna applies the same monitoring across all of them and reports it in one place.

One setup, many instances

Monitor tables across databases and instances without a separate implementation each time.

One setup, many instances

Monitor tables across databases and instances without a separate implementation each time.

Consistent expectations

The same checks and learned baselines apply wherever a dataset lives.

Consistent expectations

The same checks and learned baselines apply wherever a dataset lives.

Nothing to maintain per database

Coverage does not depend on scripts kept alive inside each instance.

Nothing to maintain per database

Coverage does not depend on scripts kept alive inside each instance.

A clear view across the estate

See where quality is drifting across the whole fleet rather than one server at a time.

A clear view across the estate

See where quality is drifting across the whole fleet rather than one server at a time.

MySQL data quality questions

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

Does digna work with MySQL?

Does digna work with MySQL?

Does data leave the MySQL environment when digna monitors it?

Does data leave the MySQL environment when digna monitors it?

How does digna detect MySQL data quality issues without a rule for every table?

How does digna detect MySQL data quality issues without a rule for every table?

Can digna detect values that MySQL silently adjusted?

Can digna detect values that MySQL silently adjusted?

Can digna cover many MySQL databases at once?

Can digna cover many MySQL databases at once?

Will monitoring add load to the database?

Will monitoring add load to the database?

Can digna monitor MySQL and the warehouse it feeds?

Can digna monitor MySQL and the warehouse it feeds?

Know what’s really in your MySQL data

MySQL tells you the insert succeeded. digna tells you whether the data it stored can be trusted: what changed, what matters, and what’s happening over time.

Know what’s really in your MySQL data

MySQL tells you the insert succeeded. digna tells you whether the data it stored can be trusted: what changed, what matters, and what’s happening over time.

Know what’s really in your MySQL data

MySQL tells you the insert succeeded. digna tells you whether the data it stored can be trusted: what changed, what matters, and what’s happening over time.

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