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
How has AI changed the way companies think about data quality monitoring?
AI has definitely raised the stakes. As Salma shared on the Joe Reis Show, executives are being asked to 'do AI,' but many still struggle with broken pipelines. That’s why data quality monitoring and robust data observability are now seen as prerequisites for scaling AI initiatives effectively.
What new dbt metadata can I now see in Sifflet?
You’ll now find key dbt metadata like the last execution timestamp and status directly within the dataset catalog and asset pages. This makes real-time metrics and pipeline health monitoring more accessible and actionable across your observability platform.
How can data observability support the implementation of a Single Source of Truth?
Data observability helps validate and sustain a Single Source of Truth by proactively monitoring data quality, tracking data lineage, and detecting anomalies in real time. Tools like Sifflet provide automated data quality monitoring and root cause analysis, which are essential for maintaining trust in your data and ensuring consistent decision-making across teams.
Can Flow Stopper work with tools like Airflow and Snowflake?
Absolutely! Flow Stopper supports integration with popular tools like Airflow for orchestration and Snowflake for storage. It can run anomaly detection and data validation rules mid-pipeline, helping ensure data quality as it moves through your stack.
How does Sifflet help with analytics tools like Looker?
Sifflet extends its end-to-end data observability to Looker, helping you ensure the data powering your dashboards is accurate and reliable. This means fewer surprises and more confidence in your business insights.
How does data ingestion relate to data observability?
Great question! Data ingestion is where observability starts. Once data enters your system, observability platforms like Sifflet help monitor its quality, detect anomalies, and ensure data freshness. This allows teams to catch ingestion issues early, maintain SLA compliance, and build trust in their data pipelines.
How does integrating a data catalog with observability tools improve pipeline monitoring?
When integrated with observability tools, a data catalog becomes more than documentation. It provides real-time metrics, data freshness checks, and anomaly detection, allowing teams to proactively monitor pipeline health and quickly respond to issues. This integration enables faster root cause analysis and more reliable data delivery.
How does integrating dbt with Sifflet improve data observability?
Great question! When you integrate dbt with Sifflet, you unlock a whole new level of data observability. Sifflet enhances visibility into your dbt models by pulling in metadata, surfacing test results, and mapping them into a unified lineage view. This makes it easier to monitor data pipelines, catch issues early, and ensure data reliability across your organization.



















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