Note: If Databricks exposes an Iceberg-backed table through its standard catalog and table metadata, use the same Databricks connector workflow described on this page. This page does not document separate Iceberg-specific configuration or guarantees for the Databricks connector.
- Requirements
- Unity Catalog
- Metadata Ingestion
- Query Usage
- Data Profiler
- Data Quality
- Lineage
- dbt Integration
- Troubleshooting
- Reverse Metadata
How to Run the Connector Externally
To run the Ingestion via the UI you’ll need to use the OpenMetadata Ingestion Container, which comes shipped with custom Airflow plugins to handle the workflow deployment. If, instead, you want to manage your workflows externally on your preferred orchestrator, you can check the following docs to run the Ingestion Framework anywhere.External Schedulers
Get more information about running the Ingestion Framework Externally
Requirements
Before ingesting metadata from Databricks, grant the following permissions to the user account Collate will use to connect.Permission Requirement
To enable full functionality of metadata extraction, profiling, usage, and lineage features in Collate, the following permissions must be granted to the relevant users in your Databricks environment.Metadata and Profiling Permissions
These permissions are required on the catalogs, schemas, and tables from which metadata and profiling information will be ingested.Usage and Lineage
These permissions enable Collate to extract query history and construct lineage information.Unity Catalog
If you use Unity Catalog in Databricks, see the Unity Catalog connector.Metadata Ingestion
To ingest metadata from Databricks, you need to create a service connection. The service connects Databricks with Collate. Once you create a service, Collate automatically starts ingesting metadata.Step 1: Add New Service
Open the Services page and start a new service.-
Navigate to Settings > Services and select Database Services.

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Click Add New Service.

Step 2: Select a Service and Connector
From the service type dropdown, select Database Services, then click the Databricks connector tile.
Step 3: Add Service Name and Description
- Enter a unique, descriptive Service Name. Collate identifies services by their service name. Enter a name that distinguishes this deployment from other Databricks services you are ingesting metadata from.
- Optional: Enter a Description for the service.

Note: The service name can’t be changed after you set it.
Step 4: Configure Connection Options
Specify where ingestion runs, provide your source credentials, and verify the connection.Select Ingestion Runner
Select an Ingestion Runner: the runner where the ingestion pipeline will execute.
Enter Connection Details
Enter the connection details for Databricks. The right-hand panel in the UI displays inline help for each field.
- Host and Port: Enter the fully qualified hostname and port number for your Databricks deployment in the Host and Port field.
- Token: Generated Token to connect to Databricks.
- HTTP Path: Databricks compute resources URL.
- connectionTimeout: The maximum amount of time (in seconds) to wait for a successful connection to the data source. If the connection attempt takes longer than this timeout period, Collate returns an error.
- Catalog: Catalog of the data source (for example,
hive_metastore). This optional parameter restricts metadata reading to a single catalog. When left blank, Collate ingestion scans all catalogs. - DatabaseSchema: The database schema of the data source. This optional parameter restricts metadata reading to a single schema. When left blank, Collate ingestion scans all schemas.
Advanced Configuration
Database Services include an Advanced Configuration section for passing extra arguments to the connector and, if needed, changing the connection scheme. This is required only for advanced connectivity scenarios or customizations.- Connection Options (Optional): Enter the details for any additional connection options that can be sent to the database during the connection. These details must be added as key-value pairs.
- Connection Arguments (Optional): Enter the details for any additional connection arguments such as security or protocol configs that can be sent during the connection. These details must be added as key-value pairs.
Test Connection
- Click Test Connection to verify the credentials.
- After the test succeeds, click Save.

Step 5: Configure Ingestion Options
In the What to Ingest step, use filter patterns to control which assets Collate ingests from your database service. Filter rules match asset names using the following match types.How Filter Patterns Work
- Include: Add one or more comma-separated values. Each value uses one of the following match types. Collate ingests only assets whose names match at least one rule. Leave blank to include all assets.
- Exclude: Add one or more comma-separated values. Each value uses one of the following match types. Collate skips any asset whose name matches a rule. Leave blank to exclude nothing.
- contains: matches any name containing the value. For example,
salesmatchesmy_sales_dataandsales_2024. - starts with: matches names beginning with the value. For example,
prod_matchesprod_dbandprod_schema. - ends with: matches names ending with the value. For example,
_rawmatchesevents_rawandlogs_raw. - is exactly: matches the exact name only. For example,
analyticsmatches onlyanalytics. - matches regex: matches names using a regular expression. For example,
^prod_.*_v\d+$matchesprod_events_v1.
Filter Options
The Database, Schema, and Table sections each include the following filter options:- Database: Controls which databases Collate ingests from the source.
- Schema: Controls which schemas within the ingested databases are included.
- Table: Controls which tables and views within the ingested schemas are included.
- Scan Mode: Choose between the following scan modes:
- Scan all: Ingests every asset of that type the connector can access. This is the default.
- Only specific: Enables include rules so only assets matching at least one rule are ingested.
- Exclude system toggle: Use this toggle to filter out system-reserved names defined by the connector for that asset type.
- Always exclude: Add permanent exclusion rules (shown in red). Assets matching these rules are never ingested, regardless of include rules.
- Preview: Shows a real-time summary of what will be in scope based on your current rules.
- Include rules: In Only specific mode, click + Add to define a rule. Added rules appear as chips. An asset is included if it matches any rule.
Step 6: Create & Deploy
Click Create & Deploy to deploy the agent and start the first metadata ingestion run. Collate saves the service configuration and immediately begins pulling metadata from the source. To monitor ingestion progress or view the service you just added, go to Settings > Services and select your service.Configure Metadata Agent and Schedule Ingestion
The Metadata Agent extracts schemas, tables, columns, and other structural metadata from your source and keeps your Collate catalog in sync. It powers discovery, lineage, and governance across your data assets. When you click Create & Deploy, Collate automatically deploys a Metadata Agent for this service and triggers the first ingestion run. View its status and run history from the Agents tab on the service detail page. To configure the additional Metadata Agent and schedule ingestion, follow these steps:- Navigate to Settings > Services and select the Databases service.
- Select your service and click the Agents tab.
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Click Add Agent and select Metadata from the dropdown.
For some services, the dropdown is not available and clicking Add Agent takes you directly to the agent configuration page.
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On the Configure Ingestion page, do the following and click Next.
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Name this Ingestion: Enter a unique, recognizable name for this ingestion pipeline.

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Agent Setup: Configure core parameters for metadata extraction. The following fields are available:
For more information, see Hierarchical Owner Configuration.

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Filter Patterns: Apply include or exclude rules to scope which databases, schemas, tables, and stored procedures this agent ingests. These follow the same filter options described in Step 5.

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Scope & Behaviour: Control how the agent handles metadata during ingestion. Toggle each option on or off based on your needs:
Note: Available toggles vary by connector. Stored procedure options only appear for connectors that support stored procedures.

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Advanced Config: Driver-level options (connection arguments, scheme, and timeouts). Most connections never need these, and they vary by connector. This section also has one ingestion-scope toggle:

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Name this Ingestion: Enter a unique, recognizable name for this ingestion pipeline.
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On the Schedule Interval page, set when the agent runs:
- Schedule: Choose a preset interval (Hourly, Daily, Weekly, Monthly) or enter a custom cron expression.
- On-Demand: No automatic schedule. Trigger the agent manually when needed.

- Click Add to deploy the agent.
Reverse Metadata
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Reverse Metadata
Description Management
Databricks supports description updates at all levels:- Database level
- Schema level
- Table level
- Column level
Owner Management
Databricks supports owner management at the following levels:- Database level
- Schema level
- Table level
Databricks identifies user principals by email, not by username. When reverse ingestion updates a user owner, Collate uses the assigned user’s email address when available and falls back to the OpenMetadata username otherwise. Collate resolves teams by team name—the team must match a Databricks account-level group.
Tag Management
Databricks supports tag management at all levels:- Database level
- Schema level
- Table level
- Column level
Custom SQL Template
Databricks supports custom SQL templates for metadata changes. The template is interpreted using python f-strings.Here are examples of custom SQL queries for metadata changes:Requirements for Reverse Metadata
In addition to the basic ingestion requirements, for reverse metadata ingestion the user needs:Troubleshooting
Databricks Troubleshooting
Learn more about how to troubleshoot common Databricks connector issues and resolve configuration or ingestion errors.