Vivian Health connects healthcare professionals to their dream job with dbt Cloud and Metaplane
Vivian Health's data team faced recurring data incidents with downstream impacts that were hard to identify and fix. Manual pipeline testing was slow (one hour to a full day per pipeline), test thresholds required constant updates as data evolved, and new objects from product growth went unmonitored.
Using Persistent Derived Tables in Looker for data transformation required specialized LookML knowledge and produced fragile, hard-to-maintain code. Manual unit tests were too slow to set up and could not keep pace with scale.
Vivian Health tripled the number of data pipeline contributors, moved 100% of data models into dbt, achieved their data quality OKR, and saved weeks of effort on creating and maintaining custom tests.
Frequently asked questions
What did this team achieve with this AI workflow?
Vivian Health tripled the number of data pipeline contributors, moved 100% of data models into dbt, achieved their data quality OKR, and saved weeks of effort on creating and maintaining custom tests.
What tools did this team use?
dbt Cloud, Metaplane, Snowflake, Stitch, Airflow, Kinesis Firehose, Segment, Looker, Census, Snowpark.
What results were reported?
Data pipeline contributors: 3x increase; data quality OKR achieved: 1; Data models created in dbt: 100%; Effort on custom test creation and maintenance: saving weeks of effort (source-reported, not independently verified).
What failed first in this deployment?
Using Persistent Derived Tables in Looker for data transformation required specialized LookML knowledge and produced fragile, hard-to-maintain code.
How is this back office ops AI workflow structured?
Multi-source data ingestion → Dbt transformation and modeling → Dbt pre-deployment testing → Metaplane data quality monitoring → Alert on data incident → Downstream data distribution.