A Seriously Smart Upgrade.
Prevent, detect and resolve incidents faster than ever before. No matter what your data stack throws at you, your data quality will reach new levels of performance.


No More Over Reacting
Sifflet takes you from reactive to proactive, with real-time detection and alerts that help you to catch data disruptions, before they happen. Watch your mean time to detection fall rapidly. On even the most complex data stacks.
- Advanced capabilities such as multidimensional monitoring help you seize complex data quality issues, even before breaks
- ML-based monitors shield your most business-critical data, so essential KPIs are protected and you get notified before there is business impact
- OOTB and customizable monitors give you comprehensive, end-to-end coverage and AI helps them get smarter as they go, reducing your reactivity even more.

Resolutions in Record Time
Get to the root cause of incidents and resolve them in record time.
- Quickly understand the scope and impact of an incident thanks to detailed system visibility
- Trace data flow through your system, identify the start point of issues, and pinpoint downstream dependencies to enable a seamless experience for business users, all thanks to data lineage
- Halt the propagation of data quality anomalies with Sifflet’s Flow Stopper


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Frequently asked questions
Can I trust the data I find in the Sifflet Data Catalog?
Absolutely! Thanks to Sifflet’s built-in data quality monitoring, you can view real-time metrics and health checks directly within the Data Catalog. This gives you confidence in the reliability of your data before making any decisions.
Why are traditional data catalogs no longer enough for modern data teams?
Traditional data catalogs focus mainly on metadata management, but they don't actively assess data quality or track changes in real time. As data environments grow more complex, teams need more than just an inventory. They need data observability tools that provide real-time metrics, anomaly detection, and data quality monitoring to ensure reliable decision-making.
How did jobvalley improve data visibility across their teams?
jobvalley enhanced data visibility by implementing Sifflet’s observability platform, which included a powerful data catalog. This centralized hub made it easier for teams to discover and access the data they needed, fostering better collaboration and transparency across departments.
What are Sentinel, Sage, and Forge, and how do they enhance data observability?
Sentinel, Sage, and Forge are Sifflet’s new AI agents designed to supercharge your data observability efforts. Sentinel proactively recommends monitoring strategies, Sage accelerates root cause analysis by remembering system history, and Forge guides your team with actionable fixes. Together, they help teams reduce alert fatigue and improve data reliability at scale.
Why is collaboration important in building a successful observability platform?
Collaboration is key to building a robust observability platform. At Sifflet, our teams work cross-functionally to ensure every part of the platform, from data lineage tracking to real-time metrics collection, aligns with business goals. This teamwork helps us deliver a more comprehensive and user-friendly solution.
Can data lineage help with regulatory compliance such as GDPR?
Absolutely. Data lineage supports data governance by mapping data flows and access rights, which is essential for compliance with regulations like GDPR. Features like automated PII propagation help teams monitor sensitive data and enforce security observability best practices.
What makes Sifflet’s Data Catalog different from built-in catalogs like Snowsight or Unity Catalog?
Unlike tool-specific catalogs, Sifflet serves as a 'Catalog of Catalogs.' It brings together metadata from across your entire data ecosystem, providing a single source of truth for data lineage tracking, asset discovery, and SLA compliance.
What role do tools like Apache Spark and dbt play in data transformation?
Apache Spark and dbt are powerful tools for managing different aspects of data transformation. Spark is great for large-scale, distributed processing, especially when working with complex transformations and high data volumes. dbt, on the other hand, brings software engineering best practices to SQL-based transformations, making it ideal for analytics engineering. Both tools benefit from integration with observability platforms to ensure transformation pipelines run smoothly and reliably.



















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