Mitigate disruption and risks
Optimize the management of data assets during each stage of a cloud migration.


Before migration
- Go through an inventory of what needs to be migrated using the Data Catalog
- Identify the most critical assets to prioritize migration efforts based on actual asset usage
- Leverage lineage to identify downstream impact of the migration in order to plan accordingly
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During migration
- Use the Data Catalog to confirm all the data was backed up appropriately
- Ensure the new environment matches the incumbent via dedicated monitors

After migration
- Swiftly document and classify new pipelines thanks to Sifflet AI Assistant
- Define data ownership to improve accountability and simplify maintenance of new data pipelines
- Monitor new pipelines to ensure the robustness of data foundations over time
- Leverage lineage to better understand newly built data flows


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Frequently asked questions
How does SQL Table Tracer handle complex SQL features like CTEs and subqueries?
SQL Table Tracer uses a Monoid-based design to handle complex SQL structures like Common Table Expressions (CTEs) and subqueries. This approach allows it to incrementally and safely compose lineage information, ensuring accurate root cause analysis and data drift detection.
What is data volume and why is it so important to monitor?
Data volume refers to the quantity of data flowing through your pipelines. Monitoring it is critical because sudden drops, spikes, or duplicates can quietly break downstream logic and lead to incomplete analysis or compliance risks. With proper data volume monitoring in place, you can catch these anomalies early and ensure data reliability across your organization.
What is “data-quality-as-code”?
Data-quality-as-code (DQaC) allows you to programmatically define and enforce data quality rules using code. This ensures consistency, scalability, and better integration with CI/CD pipelines. Read more here to find out how to leverage it within Sifflet
What is data lineage and why is it important for data observability?
Data lineage is the process of tracing data as it moves from source to destination, including all transformations along the way. It's a critical component of data observability because it helps teams understand dependencies, troubleshoot issues faster, and maintain data reliability across the entire pipeline.
What is data observability and why is it important?
Data observability is the ability to monitor, understand, and troubleshoot data systems using real-time metrics and contextual insights. It's important because it helps teams detect and resolve issues quickly, ensuring data reliability and reducing the risk of bad data impacting business decisions.
Can Sifflet help reduce false positives during holidays or special events?
Absolutely! We know that data patterns can shift during holidays or unique business dates. That’s why Sifflet now lets you exclude these dates from alerts by selecting from common calendars or customizing your own. This helps reduce alert fatigue and improves the accuracy of anomaly detection across your data pipelines.
Why is data observability becoming essential for data-driven companies?
As more businesses rely on data to drive decisions, ensuring data reliability is critical. Data observability provides transparency into the health of your data assets and pipelines, helping teams catch issues early, stay compliant with SLAs, and ultimately build trust in their data.
How does Sifflet's integration with dbt Core improve data observability?
Great question! By integrating with dbt Core, Sifflet enhances data observability across your entire data stack. It helps you monitor dbt test coverage, map tests to downstream dependencies using data lineage tracking, and consolidate metadata like tags and descriptions, all in one place.












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