Sifflet uses AI not just for buzzwords, but to genuinely improve your workflows. From AI-powered metadata generation to dynamic thresholding and intelligent anomaly detection, Sifflet helps teams automate data quality monitoring and make faster, smarter decisions based on real-time insights.

Not quite. While data quality monitoring helps ensure individual datasets are accurate and consistent, data reliability goes further by ensuring your entire data system is dependable over time. That includes pipeline orchestration visibility, anomaly detection, and proactive monitoring. Pairing data quality with a robust observability platform gives you a more comprehensive approach to reliability.

Absolutely! Our new dbt tab surfaces custom metadata defined in your dbt models, which you can leverage for better data governance and data profiling. It’s all about giving you the flexibility to manage your data assets exactly the way you need.

Great question! While Splunk Observability Cloud is excellent for system-level telemetry like uptime and latency, it doesn't cover the data layer. A dedicated data observability platform like Sifflet gives you full visibility into data quality, lineage, freshness, and anomalies, so you can trust the insights powering your dashboards and models.

Sifflet is designed to bridge the gap between data engineers and business users. It combines powerful features like automated anomaly detection, data lineage, and context-rich alerting with a no-code interface that’s accessible to non-technical teams. This means everyone—from analysts to execs—can get real-time metrics and insights about data reliability without needing to dig through logs or write SQL. It’s observability that works across the org, not just for the data team.

While Datadog excels at system triage by identifying infrastructure failures, Sifflet focuses on data forensics. Our platform uses root cause analysis to trace data anomalies back to their origin, whether it's a faulty dbt job or a schema change. This kind of insight is crucial for data teams who need to understand why the data is wrong, not just whether the pipeline ran successfully.

That's a great distinction to understand! Technical data quality focuses on things like accuracy, completeness, and consistency—basically, whether the data is structurally sound. Business data quality, on the other hand, asks if the data actually supports how your organization defines success. For example, a report might be technically correct but still misleading if it doesn’t reflect your current business model. A strong data governance framework helps align both dimensions.

A well-managed data catalog enhances data reliability by capturing metadata like data lineage, ownership, and quality indicators. It supports data governance by enforcing access controls and documenting compliance requirements, making it easier to meet regulatory standards and ensure trustworthy analytics across the organization.