Integrates with your %%modern data stack%%
Sifflet seamlessly integrates into your data sources and preferred tools, and can run on AWS, Google Cloud Platform, and Microsoft Azure.
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The Sifflet team is always working hard on incorporating more integrations into our product. Get in touch if you want us to keep you updated!
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Frequently asked questions
Who should use the data observability checklist?
This checklist is for anyone who relies on trustworthy data—from CDOs and analysts to DataOps teams and engineers. Whether you're focused on data governance, anomaly detection, or building resilient pipelines, the checklist gives you a clear path to choosing the right observability tools.
How does Sifflet enhance data lineage tracking for dbt projects?
Sifflet enriches your data lineage tracking by visually mapping out your dbt models and how they connect across different projects. This is especially useful for teams managing multiple dbt repositories, as Sifflet brings everything together into a clear, centralized lineage view that supports root cause analysis and proactive monitoring.
How does Sifflet support data quality monitoring for business metrics?
Sifflet uses ML-based data quality monitoring to detect anomalies in business metrics and alert users in real time. This enables both data and business teams to quickly investigate issues, perform root cause analysis, and maintain trust in their data.
Can I use Sifflet’s data observability tools with other platforms besides Airbyte?
Absolutely! While we’ve built a powerful solution for Airbyte, our Declarative Lineage API is flexible enough to support other platforms like Kafka, Census, Hightouch, and Talend. You can use our sample Python scripts to integrate lineage from these tools and enhance your overall data observability strategy.
How does data lineage tracking help when something breaks?
Data lineage tracking is a lifesaver when you’re dealing with broken dashboards or bad reports. It maps your data’s journey from source to consumption, so when something goes wrong, you can quickly see what downstream assets are affected. This is key for fast root cause analysis and helps you notify the right business stakeholders. A good observability platform will give you both technical and business lineage, making it easier to trace issues back to their source.
What’s the difference between data distribution and data lineage tracking?
Great distinction! Data distribution shows you how values are spread across a dataset, while data lineage tracking helps you trace where that data came from and how it’s moved through your pipeline. Both are essential for root cause analysis, but they solve different parts of the puzzle in a robust observability platform.
What is the difference between data monitoring and data observability?
Great question! Data monitoring is like your car's dashboard—it alerts you when something goes wrong, like a failed pipeline or a missing dataset. Data observability, on the other hand, is like being the driver. It gives you a full understanding of how your data behaves, where it comes from, and how issues impact downstream systems. At Sifflet, we believe in going beyond alerts to deliver true data observability across your entire stack.
What role does data lineage tracking play in volume monitoring?
Data lineage tracking is essential for root cause analysis when volume anomalies occur. It helps you trace where data came from and how it's been transformed, so if a volume drop happens, you can quickly identify whether it was caused by a failed API, upstream filter, or schema change. This context is key for effective data pipeline monitoring.




















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