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
Why do traditional data contracts often fail in dynamic environments?
Traditional data contracts struggle because they’re static by nature, while modern data systems are constantly evolving. As AI and real-time workloads become more common, these contracts can’t keep up with schema changes, data drift, or business logic updates. That’s why many teams are turning to data observability platforms like Sifflet to bring context, real-time metrics, and trust into the equation.
What role does data lineage tracking play in volume monitoring?
Data lineage tracking is essential for root cause analysis when volume anomalies occur. It helps you trace where data came from and how it's been transformed, so if a volume drop happens, you can quickly identify whether it was caused by a failed API, upstream filter, or schema change. This context is key for effective data pipeline monitoring.
How does the Model Context Protocol (MCP) improve data observability with LLMs?
Great question! MCP allows large language models to access structured external context like pipeline metadata, logs, and diagnostics tools. At Sifflet, we use MCP to enhance data observability by enabling intelligent agents to monitor, diagnose, and act on issues across complex data pipelines in real time.
What role does data lineage tracking play in storage observability?
Data lineage tracking is essential for understanding how data flows from storage to dashboards. When something breaks, Sifflet helps you trace it back to the storage layer, whether it's a corrupted file in S3 or a schema drift in MongoDB. This visibility is critical for root cause analysis and ensuring data reliability across your pipelines.
What makes Sifflet different from other data observability platforms like Monte Carlo or Anomalo?
Sifflet stands out by offering a unified observability platform that combines data cataloging, monitoring, and data lineage tracking in one place. Unlike tools that focus only on anomaly detection or technical metrics, Sifflet brings in business context, empowering both technical and non-technical users to collaborate and ensure data reliability at scale.
What are some best practices for ensuring SLA compliance in data pipelines?
To stay on top of SLA compliance, it's important to define clear service level objectives (SLOs), monitor data freshness checks, and set up real-time alerts for anomalies. Tools that support automated incident response and pipeline health dashboards can help you detect and resolve issues quickly. At Sifflet, we recommend integrating observability tools that align both technical and business metrics to maintain trust in your data.
How do declared assets improve data quality monitoring?
Declared assets appear in your Data Catalog just like built-in assets, with full metadata and business context. This improves data quality monitoring by making it easier to track data lineage, perform data freshness checks, and ensure SLA compliance across your entire pipeline.
What makes observability scalable across different teams and roles?
Scalable observability works for engineers, analysts, and business stakeholders alike. It supports telemetry instrumentation for developers, intuitive dashboards for analysts, and high-level confidence signals for executives. By adapting to each role without adding friction, observability becomes a shared language across the organization.



















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