Shared Understanding. Ultimate Confidence. At Scale.
When everyone knows your data is systematically validated for quality, understands where it comes from and how it's transformed, and is aligned on freshness and SLAs, what’s not to trust?


Always Fresh. Always Validated.
No more explaining data discrepancies to the C-suite. Thanks to automatic and systematic validation, Sifflet ensures your data is always fresh and meets your quality requirements. Stakeholders know when data might be stale or interrupted, so they can make decisions with timely, accurate data.
- Automatically detect schema changes, null values, duplicates, or unexpected patterns that could comprise analysis.
- Set and monitor service-level agreements (SLAs) for critical data assets.
- Track when data was last updated and whether it meets freshness requirements

Understand Your Data, Inside and Out
Give data analysts and business users ultimate clarity. Sifflet helps teams understand their data across its whole lifecycle, and gives full context like business definitions, known limitations, and update frequencies, so everyone works from the same assumptions.
- Create transparency by helping users understand data pipelines, so they always know where data comes from and how it’s transformed.
- Develop shared understanding in data that prevents misinterpretation and builds confidence in analytics outputs.
- Quickly assess which downstream reports and dashboards are affected


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Frequently asked questions
Why is data lineage tracking important in a data catalog solution?
Data lineage tracking is key to understanding how data flows through your systems. It helps teams visualize the origin and transformation of datasets, making root cause analysis and impact assessments much faster. For teams focused on data observability and pipeline health, this feature is a must-have.
Why is data observability important for large organizations?
Data observability helps organizations ensure data quality, monitor pipelines in real time, and build trust in their data. At Big Data LDN, we’ll share how companies like Penguin Random House use observability tools to improve data governance and drive better decisions.
Can I deploy Sifflet in my own environment for better control?
Absolutely! Sifflet offers both SaaS and self-managed deployment models. With the self-managed option, you can run the platform entirely within your own infrastructure, giving you full control and helping meet strict compliance and security requirements.
How can I monitor data freshness proactively instead of reacting to problems?
You can use a mix of threshold-based alerts, machine learning for anomaly detection, and visual freshness indicators in your BI tools. Pair these with data lineage tracking and root cause analysis to catch and resolve issues quickly. A modern data observability platform like Sifflet makes it easy to set up proactive monitoring tailored to your business needs.
How does Sifflet help with data lineage tracking?
Sifflet offers detailed data lineage tracking at both the table and field level. You can easily trace data upstream and downstream, which helps avoid unexpected issues when making changes. This transparency is key for data governance and ensuring trust in your analytics pipeline.
How does Sifflet help close the observability gap for Airbyte pipelines?
Great question! Sifflet bridges the observability gap for Airbyte by using our Declarative Lineage API and a custom Python script. This allows you to capture complete data lineage from Airbyte and ingest it into Sifflet, giving you full visibility into your pipelines and enabling better root cause analysis and data quality monitoring.
How can poor data distribution impact machine learning models?
When data distribution shifts unexpectedly, it can throw off the assumptions your ML models are trained on. For example, if a new payment processor causes 70% of transactions to fall under $5, a fraud detection model might start flagging legitimate behavior as suspicious. That's why real-time metrics and anomaly detection are so crucial for ML model monitoring within a good data observability framework.
How does MCP improve root cause analysis in modern data systems?
MCP empowers LLMs to use structured inputs like logs and pipeline metadata, making it easier to trace issues across multiple steps. This structured interaction helps streamline root cause analysis, especially in complex environments where traditional observability tools might fall short. At Sifflet, we’re integrating MCP to enhance how our platform surfaces and explains data incidents.












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