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 define data quality monitors as code using Sifflet?
Absolutely! With Sifflet's Data-Quality-as-Code (DQaC) v2 framework, you can define and manage thousands of monitors in YAML right from your IDE. This Everything-as-Code approach boosts automation and makes data quality monitoring scalable and developer-friendly.
What does Sifflet's recent $12.8M Series A funding mean for the future of data observability?
Great question! This funding round, led by EQT Ventures, allows us to double down on our mission to make data more reliable and trustworthy. With this investment, we're expanding our data observability platform, enhancing real-time monitoring capabilities, and growing our presence in EMEA and the US.
How does Etam ensure pipeline health while scaling its data operations?
Etam uses observability tools like Sifflet to maintain a healthy data pipeline. By continuously monitoring real-time metrics and setting up proactive alerts, they can catch issues early and ensure their data remains trustworthy as they scale operations.
How do the four pillars of data observability help improve data quality?
The four pillars—metrics, metadata, data lineage, and logs—work together to give teams full visibility into their data systems. Metrics help with data profiling and freshness checks, metadata enhances data governance, lineage enables root cause analysis, and logs provide insights into data interactions. Together, they support proactive data quality monitoring.
What is the MCP Server and how does it help with data observability?
The MCP (Model Context Protocol) Server is a new interface that lets you interact with Sifflet directly from your development environment. It's designed to make data observability more seamless by allowing you to query assets, review incidents, and trace data lineage without leaving your IDE or notebook. This helps streamline your workflow and gives you real-time visibility into pipeline health and data quality.
Why is technology critical to scaling data governance across teams?
Technology automates key governance tasks such as data classification, access control, and telemetry instrumentation. With the right tools, like a data observability platform, organizations can enforce policies at scale, detect anomalies automatically, and integrate governance into daily workflows. This reduces manual effort and ensures governance grows with the business.
How can I detect silent failures in my data pipelines before they cause damage?
Silent failures are tricky, but with the right data observability tools, you can catch them early. Look for platforms that support real-time alerts, schema registry integration, and dynamic thresholding. These features help you monitor for unexpected changes, missing data, or drift in your pipelines. Sifflet, for example, offers anomaly detection and root cause analysis that help you uncover and fix issues before they impact your business.
Why is data lineage tracking considered a core pillar of data observability?
Data lineage tracking lets you trace data across its entire lifecycle, from source to dashboard. This visibility is essential for root cause analysis, especially when something breaks. It helps teams move from reactive firefighting to proactive prevention, which is a huge win for maintaining data reliability and meeting SLA compliance standards.



















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