Big Data. %%Big Potential.%%
Sell data products that meet the most demanding standards of data reliability, quality and health.


Identify Opportunities
Monetizing data starts with identifying your highest potential data sets. Sifflet can highlight patterns in data usage and quality that suggest monetization potential and help you uncover data combinations that could create value.
- Deep dive into patterns around data usage to identify high-value data sets through usage analytics
- Determine which data assets are most reliable and complete

Ensure Quality and Operational Excellence
It’s not enough to create a data product. Revenue depends on ensuring the highest levels of reliability and quality. Sifflet ensures quality and operational excellence to protect your revenue streams.
- Reduce the cost of maintaining your data products through automated monitoring
- Prevent and detect data quality issues before customers are impacted
- Empower rapid response to issues that could affect data product value
- Streamline data delivery and sharing processes


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Frequently asked questions
How can observability platforms help with compliance and audit logging?
Observability platforms like Sifflet support compliance monitoring by tracking who accessed what data, when, and how. We help teams meet GDPR, NERC CIP, and other regulatory requirements through audit logging, data governance tools, and lineage visibility. It’s all about making sure your data is not just stored safely but also traceable and verifiable.
How does Sifflet make it easier to manage data volume at scale?
Sifflet simplifies data volume monitoring with plug-and-play integrations, AI-powered baselining, and unified observability dashboards. It automatically detects anomalies, connects them to business impact, and provides real-time alerts. Whether you're using Snowflake, BigQuery, or Kafka, Sifflet helps you stay ahead of data reliability issues with proactive monitoring and alerting.
How does field-level lineage improve root cause analysis in observability platforms like Sifflet?
Field-level lineage allows users to trace issues down to individual columns across tables, making it easier to pinpoint where a problem originated. This level of detail enhances root cause analysis and impact assessment, helping teams resolve incidents quickly and maintain trust in their data.
Why are data consumers becoming more involved in observability decisions?
We’re seeing a big shift where data consumers—like analysts and business users—are finally getting a seat at the table. That’s because data observability impacts everyone, not just engineers. When trust in data is operationalized, it boosts confidence across the business and turns data teams into value creators.
What exactly is data quality, and why should teams care about it?
Data quality refers to how accurate, complete, consistent, and timely your data is. It's essential because poor data quality can lead to unreliable analytics, missed business opportunities, and even financial losses. Investing in data quality monitoring helps teams regain trust in their data and make confident, data-driven decisions.
What are some of the latest technologies integrated into Sifflet's observability tools?
We've been exploring and integrating a variety of cutting-edge technologies, including dynamic thresholding for anomaly detection, data profiling tools, and telemetry instrumentation. These tools help enhance our pipeline health dashboard and improve transparency in data pipelines.
How does a unified data observability platform like Sifflet help reduce chaos in data management?
Great question! At Sifflet, we believe that bringing together data cataloging, data quality monitoring, and lineage tracking into a single observability platform helps reduce Data Entropy and streamline how teams manage and trust their data. By centralizing these capabilities, users can quickly discover assets, monitor their health, and troubleshoot issues without switching tools.
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.



















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